СПОСОБ ОЧИСТКИ РЕЗЕРВУАРА ОТ ДОННЫХ ОТЛОЖЕНИЙ И УСТРОЙСТВО ДЛЯ ЕГО ОСУЩЕСТВЛЕНИЯ

Изобретение относится к области транспортировки и хранения нефти, нефтепродуктов и может быть использовано, в частности, для очистки стационарных резервуаров. Она обеспечивает повышение эффективности очистки от донных отложений, экологическую безопасность и удешевление. Способ включает очистку стенок и дна под воздействием струи нагретого рабочего агента под давлением в поле центробежных сил, при этом перед воздействием нагретого рабочего агента в резервуар заливают нефть, затем на смесь донных отложений и нефти воздействуют струей мятого пара с температурой 110-130°С в соотношении 1:(3-5) соответственно до достижения температуры 100-105°С с последующим отстоем в течение 1-2 суток и откачкой нефти и расплавленных парафинов. Далее в оставшийся в резервуаре осадок вводят фракцию нефти 150-360° С в соотношении 1:(3-5) соответственно, на смесь донного осадка и фракции нефти 150-360°С воздействуют струей острого пара с температурой 150-250°С под давлением 1,0-1,5 МПа, отстаивают в течение 1- ...

УСТАНОВКА ДЛЯ ОТМЫВКИ ЕМКОСТЕЙ ОТ УГЛЕВОДОРОДНЫХ ЗАГРЯЗНЕНИЙ

Изобретение относится к очистке поверхности резервуаров от углеводородных загрязнений и может быть использовано преимущественно для химико-механизированной мойки технологических и транспортирующих емкостей с применением водных моющих растворов, способных образовывать с углеводородами неустойчивую эмульсию. Изобретение обеспечивает повышение экономичности работы установки за счет эффективной регенерации моющего раствора. Установка для отмывки поверхности емкости от углеводородных загрязнений моющим раствором, способным эмульгировать углеводороды, включает узел подачи моющего раствора в отмываемую емкость, узел отбора отработанного моющего раствора из отмываемой емкости, а также систему регенерации отработанного моющего раствора, содержащую соединенные между собой перепускной трубкой первую емкость и вторую емкость. Первая емкость снабжена входным отверстием, расположенным на ее верхней торцевой поверхности и связанным посредством первого трубопровода с узлом отбора отработанного моющего ...

УСТАНОВКА ДЛЯ ОЧИСТКИ ПОВЕРХНОСТЕЙ ОТ УГЛЕВОДОРОДНЫХ ЗАГРЯЗНЕНИЙ

Изобретение относится к устройствам очистки путем отмыва поверхностей, загрязненных углеводородными остатками, и может быть использовано для очистки различных поверхностей, таких как внутренняя и наружная поверхность различных емкостей и резервуаров, в том числе железнодорожных цистерн, загрязненных жирами, органическими и минеральными маслами и нефтепродуктами, такими как нефть, парафин, смолы, асфальтены, керосин, бензин и т.п. Установку также можно использовать для очистки донных отложений в нефтяных резервуарах, а также нефтяных остатков, получаемых в результате ликвидации шламовых амбаров. Установка содержит емкость для моющего раствора, нагреватель моющего раствора, насосы для подачи моющего раствора в зону отмывки и откачивания смеси моющего раствора и продуктов отмывки, устройство струйной отмывки в виде моющей головки, емкость для сбора смытых нефтяных остатков, систему трубопроводов, запорную арматуру, контрольно-измерительную и регулирующую аппаратуру. В установке дополнительно ...

УСТРОЙСТВО И СПОСОБ ТРАНСПОРТИРОВАНИЯ МАТЕРИАЛОВ СО ДНА ВОДНОГО ПРОСТРАНСТВА

Изобретение имеет отношение к очистке от токсичных отходов. Устройство содержит резервуар с открытой лицевой стороной. Резервуар может быть опущен на дно водного пространства, с лицевой стороной, обращенной вниз. Резервуар и дно образуют изолированный объем. Устройство может содержать по меньшей мере одно устройство для перемешивания материалов внутри резервуара, так чтобы образовать смесь, содержащую осадочные материалы, которые в свою очередь содержат загрязняющие вещества. Множество труб (или по меньшей мере одна труба) соединено с резервуаром для осуществления транспортирования смеси из резервуара, для проведения ее обработки (фильтрации, обработки химикатами и т.п.), так чтобы нейтрализовать или удалять загрязняющие вещества, содержавшиеся в смеси. Затем обработанная смесь может быть возвращена внутрь резервуара по меньшей мере через одну трубу. Изобретение обеспечивает укороченный, безопасный и более эффективный процесс обработки.4 н. и 19 з.п. ф-лы, 21 ил.

МОДУЛЬНАЯ ПЕРЕДВИЖНАЯ УСТАНОВКА ДЛЯ ОЧИСТКИ ВНУТРЕННЕЙ ПОВЕРХНОСТИ ЕМКОСТИ ОТ УГЛЕВОДОРОДНЫХ ЗАГРЯЗНЕНИЙ

... 1. Модульная передвижная моющая установка для очистки внутренней поверхности емкости от углеводородных загрязнений, включающая устанавливаемую внутри очищаемой емкости моечную машинку, соединенную трубопроводом с насосом, подающим моющий раствор из отстойной емкости, разделенной перегородками на четыре отсека, первый из которых служит для первоначального залива чистого моющего раствора и поступления его в процессе работы установки, при этом четвертый отсек служит для первичного отстоя поступающего из очищаемой емкости моющего раствора и выпадения из него механических примесей, а второй отсек служит для финишного отстоя моющего раствора, при этом третий отсек служит для сбора углеводородных загрязнений, при этом первый, второй и четвертый отсеки сообщаются между собой перетоками, при этом в перегородках между вторым и первым, а также между вторым и четвертым отсеками имеются отверстия, которые обеспечивают переток между первым, вторым и четвертым отсеками, при этом в перегородках между вторым ...

СПОСОБ МОЙКИ ЕМКОСТИ И ЕМКОСТЬ

Группа изобретений применима в области повторно используемых пластиковых бутылок, в частности, заполняемых пищевыми продуктами. Способ мойки емкости, особенно для пищевых продуктов или напитков, типа бутылки, предназначенной для повторного использования, включает промывку упомянутой емкости водным раствором при температуре более 70°С . Емкость многоразового использования изготавливают из гомополимера или сополимера либо из их смеси, при этом она прозрачна и имеет среднюю степень кристалличности более 30%, причем толщина стенок емкости составляет более 0, 35 мм по корпусу более 1,00 мм в днище. Достигается улучшение механических свойств, повышение химической стойкости к различным пищевым средам и газонепроницаемость, а также снижение степени остаточного загрязнения после промывки. 2 с. и 22 з.п.ф-лы, 2 табл.

УСТРОЙСТВО ДЛЯ ОЧИСТКИ РЕЗЕРВУАРОВ ОТ ОТЛОЖЕНИЙ ПАРАФИНОВ И ОСАДКОВ

Полезная модель относится к нефтяной промышленности, в частности к хранению нефтепродуктов, и предназначена для размыва и удаления донных отложений в подземных емкостях типа РГС на линейной части магистральных нефтепроводов и нефтеперекачивающих станциях. Для повышения эффективности очистки, экологической безопасности и сокращении сроков проведения работ устройство содержит штангу с мягкой вставкой для подачи рабочего вещества, головку с соплами и рычажно-шарнирную систему, предназначенную для ориентирования устройства внутри резервуара. Головка состоит из радиально расположенных патрубков, на концах которых установлены указанные сопла. Каждый патрубок оснащен лопастью, установленной под углом к нему. 4 ил.

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УСТРОЙСТВО ДЛЯ ОЧИСТКИ РЕЗЕРВУАРОВ ОТ ДОННЫХ ОТЛОЖЕНИЙ С ТАНГЕНЦИАЛЬНЫМ ЗАБОРНИКОМ

... 1. Устройство для очистки резервуаров от донных отложений с тангенциальным заборником, содержащее кольцевой трубчатый коллектор для подачи разрушающего рабочего тела, установленный в горизонтальной плоскости нижней части резервуара по его внутреннему периметру и снабженный патрубками с заглушенными свободными концами, которые установлены на равном расстоянии по периметру коллектора, направлены к центру резервуара, снабжены форсунками, расположенными равномерно по длине патрубков и установленными под углом и против часовой стрелки к днищу резервуара, отличающееся тем, что откачка продукта зачистки предусмотрена через тангенциальный заборник, установленный на днище резервуара у боковой его стенки. ! 2. Устройство по п.1, отличающееся тем, что трубопровод откачки присоединен к тангенциальному заборнику и выведен из боковой стенки резервуара. ! 3. Устройство по п.1, отличающееся тем, что в качестве разрушающего рабочего тела в трубчатый коллектор может под давлением подаваться пар, горячая ...

СПОСОБ ОЧИСТКИ ВНУТРЕННИХ ПОВЕРХНОСТЕЙ ПОЛЫХ ЦИЛИНДРИЧЕСКИХ ЕМКОСТЕЙ И УСТРОЙСТВО ДЛЯ ЕГО ОСУЩЕСТВЛЕНИЯ

Изобретение относится к технологии очистки внутренних поверхностей трубопроводов и любых емкостей от обрастания, коррозии, отложений и прочих засорений, а также к технологии их дезинфекции и может быть использовано в нефтедобывающей и нефтеперерабатывающей отраслях промышленности, в водном хозяйстве, а также в химической и др. отраслях. Способ очистки внутренних поверхностей полых цилиндрических емкостей заключается в том, что на очищаемую поверхность воздействуют звуковыми колебаниями кавитирующей струи рабочей жидкости, которую создают направленной вперед по ходу очистного устройства насадкой в виде генератора. При этом на очищающую поверхность воздействуют также звуковыми колебаниями кавитирующей струи рабочей жидкости, направленной противоположно вышеупомянутой, а генераторы выполняют с возможностью фиксируемого разворота на любой заданный угол для создания необходимого наклона струи жидкости относительно очищаемой поверхности и для поступательного винтового перемещения устройства.

СПОСОБ ОЧИСТКИ ВНУТРЕННЕЙ ПОВЕРХНОСТИ ЦИСТЕРН ОТ ОСТАТКОВ ОРГАНИЧЕСКИХ ПРОДУКТОВ И МОЮЩЕЕ СРЕДСТВО, ИСПОЛЬЗУЕМОЕ В СПОСОБЕ

Изобретение относится к технологии очистки твердых поверхностей от органических загрязнений (нефтепродуктов, смазок, жиров, масел и т.п.) и может быть использовано для мойки транспортных средств (железнодорожных и автоцистерн, морских танкеров) и технологических емкостей, преимущественно, к отмывке железнодорожных цистерн из-под растительных и минеральных масел. Способ состоит в приготовлении водного раствора заданной концентрации из моющего средства, струйной мойке поверхности цистерны водным раствором моющего средства при заданном давлении струй, откачке полученной эмульсии, разделении эмульсии на водную и органическую фазы с последующим возвращением водной фазы моющего средства в цикл мойки и периодическим удалением органической фазы и шлама в соответствующие емкости, последующем ополаскивании и сушке внутренней поверхности. Перед мойкой поверхности цистерны раствором моющего средства осуществляют струйную промывку ее горячей проточной водой с температурой 70-90°С. Образующуюся неустойчивую ...

СПОСОБ ОЧИСТКИ ЕМКОСТИ ОТ ОСТАТКОВ НЕФТЕПРОДУКТОВ

Изобретение относится к области транспортировки и хранения материалов и может быть использовано, в частности, для очистки цистерн от застывших нефтепродуктов. В способе на обрабатываемую поверхность направляют струи рабочего агента и осуществляют их перемещение по поверхности. В качестве рабочего агента используют разогретые до вязкости 4-60 мм2/с, удаленные в процессе очистки емкости, остатки нефтепродуктов, которые подают в емкость через введенную в нее полую штангу с поперечными отводами с соплами на конце, расположенными с возможностью истечения струй рабочего агента во взаимно противоположных направлениях и обеспечения различного усилия истечения струй из сопел, а полую штангу закрепляют в отверстии емкости с возможностью вращения относительно продольной оси штанги и отклонения от вертикальной оси емкости на угол до 45o. Такое выполнение обеспечивает повышение эффективности процесса очистки емкостей от остатков нефтепродуктов за счет увеличения площади охвата рабочим агентом омываемой ...

Устройство для мойки внутренней поверхности емкости для нефтепродуктов

Полезная модель относится к области технического обслуживания железнодорожного подвижного состава, в частности к обслуживанию железнодорожных вагонов-цистерн, и может быть использована в устройствах для мойки поверхности их внутренней емкости. Устройство для мойки содержит средство для подготовки моющей композиции, средство для направления моющей композиции на внутреннюю поверхность емкости, средство для сбора и обработки отработанной композиции и блок управления процессом мойки. При этом блок управления процессом мойки соединен с элементом управления каждого из указанных средств и снабжен аналитическим блоком, выполненным с возможностью определения параметров отработанной композиции для коррекции действующего технологического процесса через блок управления. Устройство для мойки также может быть снабжено подключенной к блоку управления теплогенерирующей установкой, включенной в цепь аналитического блока, которая, в свою очередь, может быть выполнена с возможностью использования в качестве ...

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Изобретение относится к моечной технике и может найти применение при промывке различных полых изделий, в частности топливных баков летательных аппаратов. Изобретение обеспечивает повышение надежности работы и уменьшение поперечных габаритов. Устройство содержит патрубок с отверстиями на боковой поверхности для подвода моющей жидкости в полость корпуса и установленный на патрубке с возможностью вращения относительно патрубка корпус с крышкой, образующие при соединении торообразную полость, соединенную окнами с полостью корпуса и соединенную с пазами на крышке, предназначенными для формирования струй моющей жидкости. В полости корпуса установлен соединенный с патрубком и соосный ему диск, отверстия на боковой поверхности патрубка выполнены в два ряда - с обеих сторон диска. Корпус с крышкой имеет возможность не только вращения вокруг патрубка с диском, но и перемещения вдоль оси патрубка таким образом, чтобы края диска перемещались по высоте окон. 2 ил.

Способ и установка для кавитационно-реагентной очистки внутреннего пространства пылеуловителя мультициклонного типа

Группа изобретений относится к способу и установке для очистки внутреннего пространства различного технологического оборудования, применяемого в газовой промышленности, в частности к способу очистки внутреннего пространства пылеуловителя мультициклонного типа от отложений, представляющих собой уплотненную тонкодисперсную фракцию минеральных и органических отложений. Способ кавитационно-реагентной очистки внутреннего пространства пылеуловителя мультициклонного типа заключается в том, что выведенный из эксплуатации и подготовленный пылеуловитель мультициклонного типа очищают от твердых отложений скребковыми приспособлениями, проводят химическую очистку и гидравлическую очистку с последующим удалением разрушенных отложений. При этом химическую и гидравлическую очистку внутренних поверхностей проводят в водной среде раствора поверхностно-активных веществ (ПАВ) при воздействии пульсирующего кавитационного потока схлопывающихся газопаровых пузырьков и гидродинамического силового воздействия радиально-направленных ...

Устройство для размыва донных отложений жидких углеводородов в вертикальном резервуаре большой вместимости

Изобретение относится к области хранения жидких углеводородов, в частности нефти и нефтепродуктов, и может быть использовано при осуществлении транспортно-складских операций на объектах добычи, перекачки и переработки жидких углеводородов. Изобретение касается устройства для размыва донных отложений жидких углеводородов в вертикальном резервуаре большой вместимости, которое содержит две размещенные на днище резервуара с V-образным взаимным сочленением под углом 60° относительно друг друга распределительные напорные трубы с равномерно установленными по их боковым сторонам параллельно днищу резервуара соплами. Также устройство содержит подводящую напорную трубу с присоединенным к ее торцевой части V-образным сочленением распределительных напорных труб, всасывающий патрубок, установленный над уровнем образования донных осадков, насос, подключенный к продольной напорной трубе и всасывающему патрубку. Также в устройстве имеется входной промывочный патрубок, соединенный с всасывающим патрубком ...

СПОСОБ ПРОМЫВКИ ТОПЛИВНОЙ СИСТЕМЫ САМОЛЕТА, КОМПЛЕКС И АППАРАТ ГАЗОНАСЫЩЕНИЯ ДЛЯ ЕГО ОСУЩЕСТВЛЕНИЯ

... 1. Способ промывки топливной системы самолета, включающей баки, оборудованные сливными клапанами, системой дренажа и наддува баков, системой закрытой заправки, содержащий ввод азота в топливо, подачу азотированного топлива в топливные баки, циркуляцию через баки и слив топлива из баков, отличающийся тем, что подачу азотированного топлива осуществляют через сливные клапаны баков, а после расширения азотированного топлива в баках в результате псевдовскипания слив производят через самолетную систему закрытой заправки, причем соотношение площадей сечений магистралей слива и нагнетания поддерживают равными или большими степени расширения азотированного топлива в баках. 2. Способ промывки топливной системы самолета по п.1, отличающийся тем, что в процессе циркуляции азотированного топлива в баках создают разряжение в пределах 0,02-0,025 МПа. 3. Способ промывки топливной системы самолета по п.1, отличающийся тем, что ввод азота в поток топлива осуществляют через пористо-капиллярную 0,5-2-микронную ...

МОБИЛЬНЫЙ КОМПЛЕКС ЗАЧИСТКИ РЕЗЕРВУАРОВ ОТ НЕФТЕШЛАМОВ И ПРИНЦИП ЕГО ДЕЙСТВИЯ

Устройство для мойки бетонных емкостей

Устройство для очистки

SICHERHEITS- UND REINIGUNGSANLAGE FÜR EINEN EINE BRAND- UND EXPLOSIONSGEFÄHRLICHE FLÜSSIGKEIT ENTHALTENDEN BEHÄLTER.

Verfahren zur Reinigung von Reaktoren

Apparatus and method for cleaning a vessel

The apparatus for cleaning a vessel with use of a fluid medium is characterised by the following features: a) an inlet opening (1) for supply of the cleaning agent; b) an opening (2) for supply of a pressurised fluid; c) an accelerating section (3) joined to the openings (1, 2), for acceleration of the cleaning agent by the fluid; d) an outlet opening (4) of the acceleration section, for joint (direct or indirect) introduction of the fluid and the accelerated cleaning agent into the container to be cleaned. The corresponding method is characterised by the fact that the cleaning agent is accelerated into the container by a pressurised fluid.

Maschine zum Waschen von vorzugsweise Bierfässern

SLUDGE REMOVAL MACHINE

Reinigungsdüse

Ablösung von plasmagespritzten oder gesinterten Beschichtungen mittels eines Wasserstrahls.

Verfahren zum Entfernen abgesetzter Schlammanhaeufungen aus Behaeltern

Müllbehälter-Reinigungsanlage

Verfahren und Vorrichtung zur Reinigung von benutzten Schüttgut-Textilcontainern oder dergleichen

Die Erfindung betrifft ein Verfahren und eine Vorrichtung zur Reinigung von benutzten Schüttgut-Textilcontainern oder dergleichen, wobei der Textilcontainer eine oberseitige Einlassöffnung, einen in etwa quader- oder zylinderförmigen Stauraum und eine unterseitige, insbesondere tüllenförmig ausgebildete Auslassöffnung aufweist. Um eine Reinigung von benutzten Schüttgut-Textilcontainern anzugeben, mit der mit geringem Aufwand und bei vertretbaren Kosten eine so gute Reinigungsleistung erzielt wird, dass die derart gereinigten Textilcontainer vielseitig weiterverwendet werden können, soll der Textilcontainer zur Reinigung über eine an der Einlassöffnung angeordnete Luftversorgung und eine an die Auslassöffnung befindliche Luftabsaugung mit Luft durchströmt werden, wobei die Luftversorgung ein derart höheres Luftvolumen als die Luftabsaugung fördert, dass der Textilcontainer aufgebläht wird.

Reinigungsverfahren und Reinigungsvorrichtung für einen Spülkasten in einer Toilette

Mithilfe einer erfindungsgemäßen Reinigungsvorrichtung und in einem erfindungsgemäßen Reinigungsverfahren für einen Spülkasten (3) einer Toilette wird Reinigungsflüssigkeit mit einer Pumpe (9) über einen Ansaugschlauch (15) aus einem Toilettenbecken (2) angesaugt, in einem Durchlauferhitzer (10) erwärmt und über Zulaufschläuche (17, 18) mithilfe von Sprüheinrichtungen (20, 21) auf die zu reinigenden Teile (5, 6, 7, 24, 29) im Spülkasten (3) aufgebracht. Es handelt sich bei den zu reinigenden Teilen z. B. um ein Ventil (5), einen Schwimmer (6), eine Heberglocke (7) im Spülkasten sowie um die Innenfläche (29) der Wandungen des Spülkastens 3. Dadurch können insbesondere die Entleerungs- und Befüllungseinrichtungen (5, 6, 7) gereinigt werden, so dass deren Austausch bei Kalkablagerungen und Verunreinigungen nicht erforderlich ist. Die in den Spülkasten (3) eingesprühte Reinigungsflüssigkeit fließt über eine Spülleitung (22) wieder in das Toilettenbecken (2) zurück, so dass ein geschlossener ...

VERFAHREN UND VORRICHTUNG ZUR ERZEUGUNG VON TURBULENZEN UND DEREN VERTEILUNG

RECOVERY OF HEAVY HYDROCARBONS FROM OIL SLUDGE

Waschvorrichtung für Kehrmaschinenbehälter, Abfallcontainer u.dgl.

VERFAHREN UND EINRICHTUNG ZUR HYDRODYNAMISCHEN REINIGUNG

Vorrichtung zur Innenreinigung von Tanks

VORRICHTUNG ZUM ENTFERNEN VON SCHLAMM AUS EINEM SCHWIMMDACHOELTANK

Verfahren zur Reinigung der Innenwaende einer Behaelteranlage sowie Vorrichtung zur Ausfuehrung des Verfahrens

In einen Behaelter einsetzbare Fluessigkeitsspruehvorrichtung

Process for the thermochemical cleaning of storage tanks

TANK WASHING EQUIPMENT

WASHING APPARATUS

Sound generating system

A sound generating system, suitable among other purposes for keeping boilers and the like free of soot, comprises a sound generator (13), for example a rotary sound generator, which functions by interrupting an air or gas supply at predetermined frequent intervals, at least one resonance tube (18, 19, 20) connected to receive sound pulses produced by the sound generator (13), and, disposed in the connecting line between the sound generator (13) and the or each resonance tube (18, 19, 20), a valve (21, 22, 23) having a straight-through flow passage closable by rotation of a rotary valve member. The system makes it possible to operate several such resonance tubes (18, 19, 20) from a single sound generator (13).

TANK WASHING MACHINE

Improved turbine drive rotary spray cleaner

Cleaning apparatus

Apparatus for clearing and reclaiming the residuals from crude tar and creosote pitch fuel tanks

... 940,117. Cleaning tanks. R. BEECH. June 9, 1960 [June 9, 1959], No. 19654/59. Heading A4F. Residuals are reclaimed from a crude tar or creosote pitch fuel tank 2 by covering the residuals 3 with a layer 14 of a mixture of crude tar or creosote pitch and a solvent or a surface active agent and circulating the mixture through a strainer 6A, pipe 6, pump 7, and pipe 5 to an agitator 5A or a jet, until the residuals become wholly suspended in the mixture, which is then fed by a pipe 11 to a table 1 for re-use. The agitator device may comprise blades rotated by the flowing mixture or by an electric motor. The solvent or surface active agent is introduced into the circulating system through a pipe 10. The liquid in the tank 2 may be heated by an electric heater or other means during the cleaning operation.

Method and apparatus for cleaning oil storage tank

Sludge 9 deposited in a floating roof type oil storage tank 1 is removed by inserting a pressurised liquid spray device 5 in a straightened state into the tank 1 through an orifice 3 in the floating roof 2, feeding pressurised liquid to the spray device 5 thereby causing the nozzle 19 thereof to be swung about the device 5 and, a the same time, causing the sludge to be disintegrated and fluidized by the spray, and discharging the fluidized sludge from the tank. The spray device 11 may comprise a cylinder 12 and cylinder 14 with nozzle 19 having cooperating slanted end surfaces connected to each other by a retaining ring, and a rotatable rod 29 connected by a joint 31 to rod 30 fixed to cylinder 14. In another embodiment, the spray device may be bent to a "V"-shape. ...

Tank cleaning equipment

Tank cleaning equipment comprises at least one vessel 2, 4 having a liquid outlet 22, 23, suction inlet 20, 21, and suction outlet 16, 17, the arrangement being such that, in use, cleaning liquid is sprayed into a tank from one of the vessels and the used liquid is recovered by suction and stored in the vessel. The cleaning liquid may be passed through a heat exchanger 12. The equipment may be mounted on a trailer, and may be used for cleaning rooms, roadways, or buildings. ...

METHOD FOR CLEANING STORAGE TANKS

Tank cleaning apparatus

... 1,103,909. Hoses. SUN OIL CO. 1 Aug., 1966 [18 Aug., 1965], No. 34398/66. Heading F2P. [Also in Divisions A4 and B1] An apparatus for cleaning a tank through an opening at or near the top thereof comprises a substantially rigid standpipe 5 adapted to be lowered through the opening into contact with the bottom 1 of the tank and having pivotably connected thereto near its lower end an elongated hose guiding member 40 resiliently biased as by a spring 43 to swing outwardly from the pipe to extend downwardly at an acute angle thereto. The member 40 is channelshaped and swings outwardly through a slot 39 in the standpipe 5. In the cleaning operation the free end of a flexible hose 4 carrying a suction nozzle 6 is passed downwardly through the standpipe 5 to be guided laterally by the member 40 through the slot 39 to lie along the bottom 1 of the tank. Sediment &c. on the tank bottom 1 is then drawn by a suction pump (not shown) through the nozzle 6, the hose 4, and pipes 20, 23 connected to ...

VIBRATORY CLEANING SYSTEM

CLEANING & PROTECTING TANK

Improvements relating to the Cleansing of Tanks

... 1,186,343. Cleaning tanks. NEWCASTLE BREWERIES Ltd. 14 June, 1967 [14 March, 1966], No. 11043/66. Heading A4F. [Also in Division B2] Apparatus for cleaning tanks comprises a water container 4, a pump 6 the discharge outlet 33 of which is connectable to a nozzle inserted through an opening in the top of the tank, a closure valve 12 in a pipe 8 connected to the bottom of the water container, a valve 13, and a valve 15 in a drainage pipe 10. The end 34 of the pump inlet manifold 7 is connected by flexible tubing to the bottom of the tank and a pipe 9 connects a detergent container 5 to the pump inlet manifold via a valve 14. The valves 12, 15 and a water inlet valve 16 are initially opened (the valve 13 being closed) when the electrical controller 17 is switched on. Water is supplied to the container 4 via a pipe 11 until the level reaches a probe P1 which completes a circuit through a probe P2 to cause closure of the valve 16 and to switch on the pump 6 to spray water into the tank via the ...

TANK WASHING APPARATUS

... 1,237,237. Tank washing apparatus. BUTTERWORTH SYSTEM Inc. 31 Oct., 1968 [19 Jan., 1968], No. 51613/68. Heading A4F. Apparatus for washing tanks includes a nozzle mechanism for spraying the interior of a tank and a control unit which is attached to and controls the nozzle mechanism in order to concentrate the spray on the dirtier areas of the tank, i.e. on sediment in the lower parts of the tanks. A nozzle 18 is mounted on sleeve 22 which is rotatable (through 360 degrees) about a pipe 19 connected to a supply of washing liquid, the nozzle 18 being rotatable (through 180 degrees) about an axis perpendicular to the axis of rotation of the sleeve 22. Control Unit. The unit, Fig. 5, is mounted on the nozzle mechanism outside the tank and a rotatable control shaft 24 extends from the unit through the pipe 19 and sleeve 22, the shaft 24 being attached to the sleeve 2 and being connected via a rod 32 to a rack 30 which moves up and down in accordance with up and down movement of the shaft 24 ...

APPARATUS FOR CLEANING A CONTAINER

METHOD OF CLEANING A REACTOR VESSEL HAVING A ROTARY AGITATOR EXTENDING AXIALLY OF THE VESSEL AND ROTATABLE ON THE AXIS OF THE REACTOR VESSEL AND PASSING CLOSE TO ITS WALLS AND AN APPARATUS FOR CARRYING OUT THE METHOD

... 1501525 Mixing apparatus; washing a reactor vessel RHONE - POULENC INDUSTRIES 24 May 1976 [28 May 1975] 21459/76 Headings B1C and S1X A reactor vessel having a rotary agitator extending axially of the vessel and rotatable over the axis of the vessel and passing close to its walls is cleaned by a jet of pressurised liquid directed from an oscillating nozzle from near and outside the external face of the surface of revolution over which the agitator sweeps. As shown the nozzle 1 is situated in a neck 31 of a reactor vessel 30 and is oscillated preferably through an arc of 30‹-170‹ by a motor 8 and crank mechanism. The reactor may have more than one neck 31, each designed to receive a cleaning apparatus; when cleaning is completed the apparatus may be withdrawn and the neck sealed.

REMOVAL OF LIQUID SOLID AND SEMI-SOLID WASTES

Spray device for use in cleaning containers

... 750,784. Spray-producers. WICKHAM INDUSTRIAL EQUIPMENT, Ltd. (Renzmann, K., and Grunewald, K.). Nov. 1, 1954, No. 31565/54. Class 69 (3). [Also in Group XVII] A spray-producer comprises a pair of jets 11, 12, adapted to be turned about a substantially horizontal axis 7 by the fluid leaving the jets, and a third jet 14 adapted to turn the whole system about a vertical axis. The jet 14 may be adjusted to any setting except a vertical one. The device is displaceable vertically by being suspended from a flexible tube 2.

HARMONIC NOZZLE DRIVE

... 1477562 Spray-producers PUREX CORP 26 Aug 1975 [20 Sept 1974] 35232/75 Heading B2F [Also in Division F2] A drive for orbital nozzles 31 comprises a housing 10 having a fluid inlet 13 and containing a fluid driven impeller 20 from which fluid flows through a passage 21 within the housing, harmonic speed reducing mechaniism 54 in the housing comprising an inner flexible rotating gear having teeth 76 meshing with teeth 81 of an outer relatively rigid gear, a rotating wave generator 64 driven by the impeller 20 and operable to flex the inner gear in wave sequence, an output shaft 32 driven by the inner gear, and a T shaped member 41 secured to the shaft 32 and carrying hollow, lateral members 42 through which fluid is conveyed to the rotatably mounted nozzles 31. The wave generator 64 is coupled to the impeller shaft 28 by a coupling sleeve 55 and comprises radially flexible raceways 68, 69 spaced by bearings 70. Raceway 69 is adhered to the inside of the mouth of a cup-shaped flexspline 71 ...

Procéd´et appareiilage with multiple functions for the maintenance of the metastable liquids

Cleaning and eductor for tank.

Container-washing installation

A container-washing installation having a collecting gutter 2 made of plastic or elastomer material for cleaning the outside of large containers 1 comprises an approximately U-shaped collecting profile 11 formed by an inner wall 8 and outer wall 9, a collecting channel 10 running parallel to the latter, and the collecting gutter 2 is provided with a return-flow line 3 at its lowermost point. ...

CONCRETE FROM WASH AND MIXING INTO A PASTE WITH CATCHING PROCEDURE AND - SYSTEM

EMPTYING UNIT FOR RECOVERING ARREARS, IN PARTICULAR IN FILTER DRYERS, DRYING UNITS, AND SUCH A THING

DÜSENKOPF

ZUSATZEINRICHTUNG FÜR EINE VORRICHTUNG ZUM REINIGEN METALLISCHER FÄSSER, INSBESONDERE BIERFÄSSER

DEVICE AND METHOD FOR THE DISTANCE OF MUD

SYSTEM AND PROCEDURE FOR THE DISPOSAL OF LIQUID WASTES AND FOR RINSING CONTAINERS

DRIVE UNIT, PARTICULARLY FOR THE EMPLOYMENT IN CONNECTION WITH TANK CLEANING EQUIPMENTS

CONTAINER WASHING PLANT

DEVICE FOR THE INTERNAL CLEANING OF A SILO

DEVICE FOR CLEANING CONTAINERS, IN PARTICULAR CONTAINERS FOR AGRICULTURAL CHEMICALS FOR USE WITH A AGRICULTURAL FIELD SYRINGE.

EQUIPMENT FOR CLEANING CLOSED AREAS

JET ARRANGEMENT TO THE INTERIOR SQUIRTING OF BOTTLES

ROAD TANK CAR FOR THE TRANSPORT OF LIQUID SUBSTANCES.

PROCEDURE FOR THE FLUIDISIEREN OF MUD IN OELVORRATSBEHAELTERN AND ITS DIRECT RE-USE.

PROCEDURE AND PLANT FOR CLEANING FROM FLOATING-ROOF TANKS TO STORING CRUDE OIL.

CLEANING DEVICE FUER BASIN IN PURIFICATION PLANTS.

PROCEDURE AND DEVICE FOR THE CLEANING OF AN OIL TANK

PROCEDURE AND DEVICE FOR THE CLEANING OF USED BULK MATERIAL TEXTILE CONTAINERS OR SUCH A THING

Device for cleaning a container and therein the arranged, in particular for mixing and agitating Yoghurt, Fruchtyoghurt, cream or set cultures of intended agitator

EMPLOYMENT SYSTEM OF A CLEANING /INSPEKTIONSEINRICHTUNG FOR THE UPPER BANKS OF TUBES OF A STEAM GENERATOR

DEVICE FOR WASHING

PROCEDURE FOR EMPTYING AND CLEANING FLEXIBLE BAGS

MOTORIZED VEHICLE FOR CLEANING AND DEGASSING UNDERGROUND TANK CONTAINERS

PROCEDURE AND DEVICE FOR WASHING THE INNER SURFACES OF TANKS AND CONTAINERS

PROCEDURE FOR THE CLEANING OF FILTER HOUSINGS

Device to evacuation of sedimentierter solids from lengthwise-flowed through settling tanks

Device for the drainage and clearing of mud of storage tanks for combustible liquids

DISPENSING APPARATUS

AUTOMATIC TANK WASHER

Detonative cleaning apparatus

TANK WASHING EQUIPMENT

APPARATUS FOR TRANSFERRING SETTLED OR SUSPENDED SOLIDS FROM AN OPEN VESSEL INTO A CLOSED VESSEL

Bin cleaner

PAOPER\RSK99236-CAP doc-9/12200 -14 Apparatus for cleaning a garbage bin, comprising a cleaning chamber, and means for loading a bin into the cleaning chamber and for moving the bin relative to a nozzle system 5 within the chamber for discharging cleaning water under pressure at least into the interior of the bin.

Static bathtub or swimming pool cleaning device

Устройство для размыва донных отложений в резервуаре с нефтью

Полезная модель относится к устройствам для размыва донных отложений, образующихся на дне вертикальных резервуаров с нефтью или нефтепродуктами, и для перемешивания нефти (нефтепродуктов) с целью предотвращения образования отложений. Технический результат, достигаемый при реализации полезной модели, заключается в повышении надежности устройства для размыва донных отложений в резервуарах с нефтью. Устройство для размыва донных отложений в резервуаре с нефтью включает корпус с подшипниковыми опорами и уплотнениями, фланец для монтажа устройства к стенке резервуара, вал, один конец которого соединен посредством плоскозубчатой ременной передачи с электродвигателем, а на другом конце вала закреплен гребной винт. В отличие от прототипа, для углового поворота корпуса применен привод, состоящий из мотор-редуктора, выходной вал которого соединен с кривошипом, связанный с шатуном. Шатун с помощью оси шатуна имеет подвижное соединение с корпусом. Корпус с подшипниковыми опорами и уплотнениями может свободно поворачиваться на неподвижных осях фланца. Полезная модель, сохраняя основные характеристики прототипа, является более надежной, ремонтопригодной, дешевой и лучше приспособленной к регулировке положения затопленной струи. 4 з.п. ф-лы, 2 ил. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 177 271 U1 (51) МПК B08B 9/08 (2006.01) B01F 7/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К ПАТЕНТУ (52) СПК B01F 7/00 (2006.01); B01F 15/00 (2006.01); B08B 9/083 (2006.01); B08B 9/0933 (2006.01); B08B 9/0936 (2006.01); B08B 9/093 (2006.01) (21)(22) Заявка: 2017132099, 13.09.2017 13.09.2017 Дата регистрации: 14.02.2018 Приоритет(ы): (22) Дата подачи заявки: 13.09.2017 (45) Опубликовано: 14.02.2018 Бюл. № 5 1 7 7 2 7 1 R U (56) Список документов, цитированных в отчете о поиске: RU 152747 U1, 20.06.2015. RU 134821 U1, 27.11.2013. RU 2238795 C2, 27.10.2004. RU 141740 U1, 10.06.2014. US 5040899 A, 20.08.1991. US 2011228633 A1, 22.09.2011. (54) ...

Универсальная моечная установка для подготовки вагонов-цистерн к наливу нефтепродуктов

Полезная модель относится к средствам очистки стенок ёмкостей от нефтепродуктов и имеющихся при этом загрязнений, и может быть использована, в частности, для очистки вагонов-цистерн от застывших тёмных нефтепродуктов.Технический результат от использования предложенного технического решения может быть выражен в повышении эффективности очистки ёмкостей от остатков нефтепродуктов:- за счёт увеличения площади охвата омываемой поверхности (в т.ч. отсутствия или сведения к минимуму непромытых «мёртвых» зон);- за счёт минимизации топливно-энергетических ресурсов (ТЭР) на достижение результата;- за счёт снижения времени воздействия;- за счёт снижения количества установок моечного оборудования;- за счёт эргономичности (продуманности/ удобства в пользовании), минимизирующем максимальные потребные усилия оператора, количество совершаемых операций, лёгкость контроля при их совершении;- за счет возможности подачи моющего средства под высоким давлением, порядка 100 бар.Заявленный технический результат достигается следующим образом.Универсальная моечная установка для очистки цистерн от отложений нефтепродуктов содержит опорный диск раздвижные штанги с установленными на них моющими головками. При этом точка раздвижения штанг максимально приближена к опорному люку, в то же время, не допуская с ним контакта. Свободные концы раздвижных штанг могут быть оснащены телескопическими или съёмными удлинителями. При этом универсальная моечная установка оснащена паровым каналом с одним или несколькими паровыми соплами. Также опорный диск может быть оснащён средствами для подачи воздуха (подачи и откачки газо-воздушной среды для сушки и дегазации).Также опорный диск может быть оснащён клапаном для заливки горячей воды под низким давлением (для разогрева сверхнормативного остатка тёмных нефтепродуктов в холодное время года). РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 188 178 U1 (51) МПК B08B 9/093 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К ПАТЕНТУ ...

Device for cleaning closed spaces

Device for cleaning of closed spaces using a sprayed liquid, includes a housing ( 1 ) with a stationary part ( 2 ) configured to receive liquid into the device and a rotatable part ( 3 ) arranged with the stationary part ( 2 ). The rotatable part ( 3 ) is rotatably arranged with a hub ( 4 ) with at least one spray nozzle ( 5 ). In the housing ( 1 ) there is an axis ( 6 ) with one part connected to a rotation generating element ( 7 ) in the housing ( 1 ) and another part provided with threads forming a worm screw ( 8 ). The worm screw ( 8 ) is arranged to fit into the threads of an adjacent first gear wheel ( 9 ) forming a worm gear ( 10 ). The worm gear ( 10 ) is configured to transmit rotational force from the rotation generating element ( 7 ) via the axis ( 6 ) for rotating the hub ( 4 ) and the rotatable part ( 3 ). The rotation generating element ( 7 ), the axis ( 6 ) and the worm gear ( 10 ) are arranged in a flow path ( 11 ) for liquid passing through the device, whereby the bulk of the liquid flows through the worm gear ( 10 ) in a direction towards at least one spray nozzle ( 5 ).

Method and Plant for Treating Bottom Sludge in a Tank

Method for treating bottom sludge in a storage tank, comprising the step of breaking up the bottom sludge of the tank by the use of one or more jets under pressure. The method is characterized in that it comprises the steps of 161-. (canceled)62. Plant for treating bottom sludge in a storage tank , comprising:means for generating one or more jets under pressure into the tank, said jets serving for breaking up the banks of bottom sludge and/or for mixing the contents of said tank, said means being adjustable for varying the range and direction of said jets and being intended for being fed with the contents of said tank; anda control unit of said means for generating jets;characterised in that it comprises active SONAR means suitable for detecting the state of the bottom sludge inside said tank, said SONAR means interfacing with said control unit so as to allow the latter to adjust the range and the orientation of said jets on the basis of the bottom sludge state.63. Plant according to claim 62 , wherein the sound transducers of said SONAR means are associated to said means for generating jets.64. Plant according to claim 63 , wherein said sound transducers use a variable frequency.65. Plant according to claim 64 , wherein said frequency is variable within the range comprised between 7.5 kHz and 200 kHz.66. Plant according to claim 63 , wherein said sound transducers use a variable power.67. Plant according to claim 66 , wherein said power is variable within the range comprised between 50 W RMS and 250 W RMS.68. Plant according to claim 63 , wherein said sound transducers are arranged inside said tank.69. Plant according to claim 63 , wherein said transducers are connected to the exterior of the tank by electrical cables in sealed raceways.70. Plant according to claim 63 , wherein said transducers are connected to the exterior of the tank by laser or visible light optical fibres.71. Plant according to claim 62 , wherein said means for generating jets comprise one or ...

POOL CLEANER BASE PLATE WITH HIGH PRESSURE CLEANING JETS

The base plate of a robotic or manually propelled tank or pool cleaning apparatus includes a transverse conduit positioned on the interior surface of the base plate and is in fluid communication with a source of pressurized water that is also located within the pool cleaner's housing, which pressurized water is discharged from the bottom or lower portion of the transverse conduit through a plurality of openings that extend along a line that is transverse to the longitudinal axis of the pool cleaner's direction of travel, to produce downwardly-directed water jets that are discharged through and below the base plate towards the surface of the pool or tank over which the pool cleaning apparatus is moving to dislodge and suspend dirt and debris that is then drawn into and retained by the pool cleaner's filter. 1. A base plate for a pool or tank cleaner , the cleaner including a housing , movable support means for contacting a surface of the pool or tank , a filter for capturing debris from water passing through the housing , a source of pressurized water and a pressurized water delivery conduit extending from the source of pressurized water , the base plate comprising:an exterior surface that faces the surface of the pool or tank and an opposite interior surface,a transverse conduit that extends across the interior surface of the base plate transverse to the longitudinal axis of the cleaner as defined by the direction of travel,a plurality of downwardly directed outlet openings extending from the interior of the transverse conduit and through the exterior surface of the base plate,an inlet port for admitting a stream of pressurized water into the interior of the transverse conduit, the inlet port configured to mate in watertight relation for fluid communication with the pressurized water delivery conduit.2. The base plate of in which the plurality of outlet openings have a uniform cross-section throughout their length.3. The base plate of in which the openings are ...

POWDER SUPPLYING DEVICE FOR A POWDER COATING INSTALLATION

A powder supplying device for a powder coating installation with at least one closed or closable powder container, which has a substantially cuboidal powder chamber for coating powder. In order to quickly change the powder, at least one cleaning compressed-air inlet to which a compressed air source can be connected in a cleaning operation of the powder coating installation for removing residual powder from the powder chamber, in order to introduce cleaning compressed air into the powder chamber, is provided in a side wall of the powder container. In addition, at least one residual powder outlet is provided, through which residual powder can be driven out from the powder chamber with the aid of the cleaning compressed air introduced into the powder chamber. The at least one cleaning compressed-air inlet has an inlet opening, which points in the same direction as the outlet opening of the residual powder outlet. 1. Powder supplying device for a powder coating installation with at least one closed or closable powder container , which has a substantially cuboidal powder chamber for coating powder ,wherein at least one cleaning compressed-air inlet to which a compressed air source can be connected in a cleaning operation of the powder coating installation for removing residual powder from the powder chamber, in order to introduce cleaning compressed air into the powder chamber, is provided in a side wall of the powder container, andin that furthermore at least one residual powder outlet is provided, through which residual powder can be driven out from the powder chamber with the aid of the cleaning compressed air introduced into the powder chamber,the at least one cleaning compressed-air inlet having an inlet opening and the at least one residual powder outlet having an outlet opening, the outlet opening of the residual powder outlet pointing in the same direction as the inlet opening of the at least one cleaning compressed-air inlet.2. Powder supplying device according ...

CLEANER

The invention relates to a cleaner for use in washing an internal surface of a container, the cleaner comprising an elongate boom having a head, the head having a multiplicity of nozzles in fluid communication with a pressure chamber, and at least a portion of each nozzle being angled with respect to the longitudinal axis of the head. 1. A cleaner for use in washing an internal surface of a container , the cleaner comprising:an elongate boom having a head;the head having a multiplicity of nozzles in fluid communication with a pressure chamber, at least a portion of each nozzle being angled with respect to a longitudinal axis of the head;wherein each nozzle creates a substantially laminar flow in fluid passing through.2. The cleaner of claim 1 , further comprising a rotator to oscillate or rotate the head.3. The cleaner of wherein the angle between the angled portion of each nozzle and the longitudinal axis of the head is between 60-85°.4. The cleaner of wherein the angle between the angled portion of each nozzle and the longitudinal axis of the head is 75°.5. The cleaner of claim 1 , further comprising a pump to supply water to the head.6. The cleaner of claim 1 , wherein a support is used to mount the elongate boom.7. The cleaner of claim 6 , wherein the elongate boom is moveable between an extended position and a retracted position with respect to the support.8. The cleaner of claim 6 , wherein a stand is used to mount the support.9. The cleaner of claim 8 , wherein the height of the stand is adjustable.10. (canceled)11. (canceled)12. The cleaner of claim 1 , wherein each nozzle has a nozzle end through which water exits claim 1 , the nozzle ends being arranged in a helical manner around the pressure chamber.13. The cleaner of claim 1 , wherein the length of each nozzle is at least ten times the length of an internal diameter of the nozzle end.14. The cleaner of claim 13 , wherein the length of each nozzle is at least fourteen times the length of an internal ...

SUBSTRATE TREATING APPARATUSES AND METHODS OF REMOVING REACTION GAS USING THE SAME

A method of removing a reaction gas remaining in a process chamber after a process of treating a substrate in the process chamber is completed includes exhausting the reaction gas remaining in the process chamber to a region outside of the process chamber through an exhaust line, and supplying a cleaning gas into the process chamber through a gas supplying line. The cleaning gas is different from the reaction gas 1. A method of removing a reaction gas remaining in a process chamber after a process of treating a substrate in the process chamber is completed , the method comprising:exhausting the reaction gas remaining in the process chamber to a region outside of the process chamber through an exhaust line; andsupplying a cleaning gas into the process chamber through a gas supplying line, the cleaning gas being different from the reaction gas.2. The method as claimed in claim 1 , further comprising supplying a purge gas into the process chamber before the reaction gas remaining in the process chamber is exhausted and before the cleaning gas is supplied claim 1 , wherein:before the purge gas is supplied, a first pressure lower than an atmospheric pressure is maintained inside the process chamber, andafter the purge gas is supplied, a second pressure that corresponds to the atmospheric pressure is maintained inside the process chamber.3. The method as claimed in claim 1 , wherein the cleaning gas includes air.4. The method as claimed in claim 3 , wherein:the gas supplying line is connected to the process chamber, the gas supplying line including an inlet in which the cleaning gas flows,the inlet being exposed to another region outside of the process chamber, andair in the other region outside the process chamber being drawn into the inlet such that the air is supplied into the process chamber.5. The method as claimed in claim 1 , wherein the cleaning gas includes an inert gas.6. The method as claimed in claim 1 , wherein supplying the cleaning gas includes:supplying a ...

Surface media blasting system and method

The system delivers media blasting material to an interior surface of a large storage tank comprises a substantially upright support structure secured to the surface to be blasted. The upright support structure is preferably vertical. A frame extends across the upright support structure. An extendable arm is affixed to the frame at a section. The section is securely and pivotably attached to the section in such a way to enable the arm to rotate freely inside the large storage tank, so that the blaster secured at the end of the extendable arm can blast the entire interior surface of the large storage tank while the upright support structure remains in place. A robot blaster is positioned at the end of the extendable arm and performs the media blasting. A work station is located nearby the site of the large storage tank and controls the position of the extendable arm relative to the interior surface being blasted via a processor and the operation of the blasting delivery system. The surfaces to be blasted may also include the exterior surface of all types of large storage tanks and structures, ship hulls, exterior and interior building wall surfaces. 1. A system for delivering media blasting material to a surface , said system comprising:a substantially upright support structure secured to the surface to be blasted;a frame extending across said upright support structure;an arm projecting from said frame, said arm being extendable, said arm being attached to said frame by a section, said section being pivotable relative to said frame, said arm traveling back and forth along said frame between said substantially upright support structure;a robot blast tool disposed at or near the end of the extendable arm with a media blasting device attached to said robot blast tool enabling said retractable arm to deliver blasting media to said surface to be blasted;a work station to control operation of said robot blast tool, said work station being remote from said robot blast tool; ...

Method for degassing a storage tank for liquid products containing volatile organic compounds, in particular petroleum products

Method for degassing a storage tank for liquid products containing volatile organic compounds or VOC, in particular petroleum products, comprising a step a) of introducing an aqueous mixture comprising substances able to interact chemically and/or physically with the VOC in the gaseous state inside the tank, which is kept closed, so as to encourage them to pass from the gaseous phase to the liquid phase, and to remain in the liquid phase. Such introduction step being protracted so as to reduce the concentration of the VOC to a predetermined value functional to having an acceptable explosive limit.

METHOD FOR AUTOMATED, CLOSED LOOP CLEANING OF TANKS

A method for cleaning tanks and other containers including, but not necessarily limited to, tanks associated with land-based drilling rigs and/or used in connection with hydraulic fracturing operations. Recoverable liquids and associated solids are first removed from a tank to be cleaned. A cleaning solution is prepared in a weir tank and sprayed into a tank to be cleaned. Sprayed cleaning solution, together with any debris or residue from the tank being cleaned, is pumped back to the weir tank and recycled for further cleaning. 1. A method for cleaning a frac tank having an interior comprising:a) preparing a cleaning fluid within a weir tank;b) pumping said cleaning fluid through at least one nozzle disposed in the interior of said tank;c) spraying internal surfaces of said frac tank with said cleaning fluid; andd) pumping said cleaning fluid from the interior of said frac tank to said weir tank.2. The method of claim 1 , further comprising removing substantially all free liquids and solids from said tank before pumping said cleaning fluid in the interior of said tank.3. The method of claim 1 , further comprising spraying steam against internal surfaces of said frac tank.4. The method of claim 3 , further comprising:a) collecting condensed water from the interior of said frac tank; andb) pumping said water to said weir tank.5. The method of further comprising suctioning said cleaning fluid from said frac tank.6. The method of claim 1 , wherein said cleaning fluid contains soap.7. The method of claim 6 , wherein the concentration of said soap in said cleaning fluid is increased over time.8. The method of claim 1 , wherein said at least one nozzle disposed in the interior of said tank comprises an automated spray nozzle.9. The method of claim 1 , wherein said at least one nozzle disposed in the interior of said tank comprises a hose nozzle.10. A method for cleaning tanks of a land-based drilling rig comprising:a) removing substantially all free liquids and solids ...

CLEANING OF PROCESS EQUIPMENT

A method of cleaning fouled process equipment which includes a process vessel () fouled by an organic foulant, includes spraying a hydrocarbon stream at a pressure of at least 69 bar(g) at fouled surfaces inside the process vessel () thereby to dislodge the organic foulant from the fouled surfaces. The hydrocarbon stream is sprayed from at least one nozzle () located inside the process vessel (). The hydrocarbon stream is at a temperature below the melting point of the organic foulant or below the melting point of a major component of the organic foulant when the organic foulant is a multi-component organic foulant. The dislodged foulant is removed from the process vessel (). 1. A method of cleaning fouled process equipment which includes a process vessel fouled by an organic foulant , the method includingspraying a hydrocarbon stream at a pressure of at least 69 bar(g) at fouled surfaces inside the process vessel thereby to dislodge the organic foulant from said fouled surfaces, the hydrocarbon stream being sprayed from at least one nozzle located inside the process vessel and the hydrocarbon stream being at a temperature below the melting point of the organic foulant or below the melting point of a major component of the organic foulant when the organic foulant is a multi-component organic foulant; andremoving the dislodged foulant from the process vessel.2. The method as claimed in claim 1 , in which the organic foulant includes aluminium and in which the hydrocarbon stream includes claim 1 , or is defined by one or more hydrocarbons compatible with a catalyst of a process employing the process vessel.3. The method as claimed in claim 1 , which includes displacing said at least one nozzle from a retracted condition in which the nozzle is not present inside claim 1 , or not exposed to claim 1 , a process volume defined by the process vessel claim 1 , to an operative or cleaning condition in which the nozzle is positioned inside or exposed to the process volume ...

Bin Washing System

Provided is an example of bin washing system. The bin washing system may include a first solid-liquid separating device, a second solid-liquid separating device, a pump, and an inlet structure. The first solid-liquid separating device may be configured to receive a first solid-liquid suspension having first solids and second solids, separate the first solids from the second solids, and dispatch a second solid-liquid suspension having the second solids. The second solid-liquid separating device may be configured to receive the second solid-liquid suspension, capture the second solids, and dispatch cleaned water. The pump may be configured to pump cleaning water to the first solid-liquid separating device. The inlet structure may be configured to receive waste water that includes the first and second solids. The bin washing system may be configured to combine the cleaning water pumped by the pump with the waste water to form the first solid-liquid suspension.

PURGE NOZZLE UNIT, PURGE APPARATUS AND LOAD PORT

A purge nozzle unit includes a nozzle main body including a trunk and a collar section protruding outward from the trunk and a holder including a side wall that is in slidable contact with an outward face of the collar section and a bottom wall having a through hole with which an outward face of the trunk is in slidable contact and is configured such that a vent in communication with the outside is formed in the holder and the nozzle main body is vertically moved relative to the holder by regulating a pressure in a pressure-regulated space S formed between the nozzle main body and the holder and in communication with the vent 1. A purge nozzle unit capable of replacing a gaseous atmosphere in a purge container with purge gas composed of nitrogen or dry air through a port provided on a bottom of the purge container , comprisinga nozzle main body and a holder,the nozzle main body including a trunk that allows the purge gas to pass through and a collar section that protrudes outward from the trunk,the holder including a side wall that is in slidable contact with an outward face of the collar section and a bottom wall having a through hole in which the trunk is inserted while an outward face of the trunk is in slidable contact with the through hole,wherein the holder has a vent in communication with the outside, the vent formed in at least a part of the holder, andthe nozzle main body is vertically moved relative to the holder by regulating a pressure in a pressure-regulated space that is formed between the nozzle main body and the holder and communicates with the vent.2. The purge nozzle unit according to claim 1 , whereinthe pressure-regulated space comprises one pressure-regulated space, andthe nozzle main body is moved up by supplying gas into the pressure-regulated space through the vent to increase the pressure in the pressure-regulated space and is moved down by discharging gas in the pressure-regulated space to the outside through the common vent to reduce the ...

DEVICE FOR CLEANING CONTAINER INTERIOR WALLS

A cleaning device for cleaning an interior wall of a container includes a rotatable driveshaft which is supported in a nozzle head mounted for rotation about an axis extending transversely to the driveshaft. A nozzle holder is mounted on the driveshaft has an arm for holding a nozzle for ejecting a liquid under pressure. The driveshaft and/or the nozzle head are reversibly pivotable via a gear mechanism, with an auxiliary drive connected to the gear mechanism for driving the nozzle holder. 1. A cleaning device for cleaning an interior wall of a container , comprising:a rotatable driveshaft;a nozzle head supporting the driveshaft and mounted for rotation about an axis extending transversely to the driveshaft;a nozzle holder mounted on the driveshaft;at least one nozzle held in an arm of the nozzle holder for ejecting a liquid under pressure;a gear mechanism configured for reversibly pivoting at least one of the driveshaft and nozzle head; andan auxiliary drive connected to the gear mechanism for driving the nozzle holder.2. The cleaning device of claim 1 , wherein the gear mechanism is configured in at least one of two ways claim 1 , a first way in which the gear mechanism is constructed as a coupling gear including a first connecting rod having one end connected to a driven crank disc and another end connected by an articulated joint to a coupling member to which a second connecting rod is connected claim 1 , said second connecting rod being in operative connection with the driveshaft claim 1 , a second way in which the gear mechanism includes a gear driven by a toothed gear drive to which a crank is connected to a coupling gear attached at a drive disc.3. The cleaning device of claim 2 , wherein the crank disc is driven by the auxiliary drive.4. The cleaning device of claim 2 , wherein the coupling member is constructed as a two-armed lever pivotably supported at on a rotating pin claim 2 , said first and second connecting rods being spaced from the rotating pin at ...

PORTABLE AUTOMATED MINI-BULK CONTAINER RINSING SYSTEM AND METHOD PROVIDING CLOSED SYSTEM MINI-BULK CONTAINER RINSING FOR MINI-BULK CONTAINER REUSE OF DISPOSAL

A portable automated mini-bulk container rinsing system for rinsing mini-bulk containers in a closed, efficient environmentally friendly and economical manner is disclosed. The system includes a cap attachable to a mini-bulk container opening; a rigid tube extending from the cap configured to extend into the mini-bulk container interior; a spray head coupled to the tube at a distal end of the tube spaced from the cap and configured to be within the mini-bulk container interior when the cap is attached to the mini-bulk container opening; and a fluid coupling member attached to an end of the rigid tube opposite the spray head and adapted to be coupled to a source of cleaning fluid, wherein fluid under pressure can flow from the source, through the fluid coupling, through the tube and through the spray head to rinse the mini-bulk container when the cap is coupled to the mini-bulk container opening. 1. A portable automated mini-bulk container rinsing system for rinsing mini-bulk containers in a closed environmentally friendly and economical manner , said system comprising:A cap attachable to an opening in a mini-bulk container;A rigid tube extending from the cap configured to extend into the interior of the mini-bulk container;A spray head coupled to the tube at a distal end of the tube spaced from the cap configured to be in a position within the interior of the mini-bulk container when the cap is attached to the opening of the mini-bulk container;A fluid coupling member attached to an end of the rigid tube opposite the spray head and adapted to be coupled to a source of cleaning fluid, wherein fluid under pressure can flow from the source, through the fluid coupling, the tube and through the spray head to rinse the mini-bulk container when the cap is coupled to the mini-bulk container opening.2. The portable automated mini-bulk container rinsing system according to wherein the spray head is a rotary spray head that is configured to rotate when dispensing fluid under ...

WAREWASH MACHINE WITH DESCALING/DELIMING SYSTEM AND METHOD

The timing of warewash machine delime operations may be set according to one or more of water used in the machine or one or more machine characteristics. A delime process that utilizes intermittent shock delime operations is also provided. 1. A method of repeatedly deliming a warewash machine including a recirculated spray system for spraying liquid within a chamber of the machine , the method comprising the steps of: (i) performing multiple successive normal delime operations at a normal delime chemical concentration; and', '(ii) after the multiple successive normal delime operations, performing a shock delime operation at a shock delime chemical concentration, where the shock delime chemical concentration is substantially higher than the normal delime chemical concentration., 'performing multiple delime operations over time, in which delime solution formed by water with added delime chemical is sprayed through nozzles of the recirculated spray system, including2. The method of wherein the each of the multiple successive normal delime operations is performed on a timed basis and the shock delime operation is performed after a specified number of the normal delime operations.3. The method of wherein a time period between successive normal delime operations is set according to hardness of water being used in the machine claim 2 , such that higher hardness of water results in a lower time period between successive normal delime operations.4. The method of wherein the specified number of normal delime operations is set according to one or more of (i) hardness of water being used in the machine claim 3 , with lower hardness of water tending to result in a lower specified number claim 3 , or (ii) time period between normal delime operations claim 3 , with longer time period between normal delime operations tending to result in a lower specified number.5. The method of wherein the warewash machine includes a sensor for automatically evaluating the hardness of incoming ...

AUTOMATIC COKE REMOVER WITH SOLID-OF-REVOLUTION STRUCTURE

An automatic coke remover with a solid-of-revolution structure, comprising a connector, a housing, a coke cutting nozzle, a drilling nozzle, and a pressure-controlled pilot valve, wherein an upper end of the housing is provided with a flange surface connected with the connector, an inner cavity of the housing butts a central hole of the connector to form a vertical high pressure waterway, the inner cavity of the housing is provided with a coaxial valve sleeve, the valve sleeve and a hollow piston disposed therein form a bi-directional hydraulic cylinder, the valve sleeve is provided with seal faces mating with upper and lower end faces of the hollow piston respectively. 1. An automatic coke remover with a solid-of-revolution structure , comprising a connector , a housing , a coke cutting nozzle , a drilling nozzle , and a pressure-controlled pilot valve , wherein an upper end of the housing is provided with a flange surface connected with the connector , an inner cavity of the housing butts a central hole of the connector to form a vertical high pressure waterway , the inner cavity of the housing is provided with a coaxial valve sleeve , the valve sleeve and a hollow piston disposed therein form a bi-directional hydraulic cylinder , the valve sleeve is provided with seal faces mating with upper and lower end faces of the hollow piston respectively , wherein , the housing and the connector are solids of revolution taking the center line of the high pressure waterway as an axis , a circumferential surface of the housing is at least provided with two coke cutting nozzle mounting holes , a lower surface of the housing is at least provided with four drilling nozzle mounting holes , an outer circumferential surface of the housing is further provided with a square or circular groove the pressure-controlled pilot valve is disposed in the groove of the housing , and any part of the pressure-controlled pilot valve is located in space of the groove , the coke cutting nozzle is ...

AUTOMATIC NURSING ROBOT

An automated nursing robot is disclosed, including a main body unit, a wastewater bucket, a clean water bucket, a water injection and wastewater discharge unit for discharging and flushing the wastewater bucket and adding water into the clean water bucket, a mobile base disposed under the wastewater bucket and clean water bucket for carrying both to move between the main body unit and the water injection and wastewater discharge unit, and a connecting side plate arranged on one side of the mobile base. The main body unit and the water injection and wastewater discharge unit are each equipped with a positioning and fixing plate. Each positioning and fixing plate is provided with a pipe joint A, and the connecting side plate is correspondingly provided with a pipe joint B, and the pipe joint A and the pipe joint B are mutually attracted and connected by a magnetic attraction assembly. 1. An automated nursing robot , comprising:a main body unit, comprising an excreta suction mechanism and a clean water flushing mechanism;a wastewater bucket;a clean water bucket;a water injection and wastewater discharge unit, configured for discharging and flushing the wastewater bucket and adding water to the clean water bucket;a mobile base, disposed under the wastewater bucket and the clean water bucket and configured for conveying both the wastewater bucket and the clean water bucket between the main body unit and the water injection and wastewater discharge unit;a connecting side plate disposed on one side of the mobile base;wherein the main body unit and the water injection and wastewater discharge unit are each equipped with a positioning and fixing plate for connecting with the connecting side plate; wherein each positioning and fixing plate comprises a pipe joint A for connecting with the wastewater bucket or the clean water bucket, and the connecting side plate correspondingly comprises a pipe joint B, and wherein the pipe joint A and the pipe joint B are connected to each ...

APPARATUS FOR INSERTION IN A TANK AND METHOD THEREOF

An apparatus for insertion in an enclosed space, including: a tube with: first and second substantially straight portions including first and second ends of the tube, respectively; and a curved portion connecting the first and second portions. The apparatus includes: a plurality of nested segments at least partially disposed within the first substantially straight portion of the tube and connected to the first substantially straight portion; and a first actuator engageable with the tube to displace the first and second substantially straight portions of the tube into and out of the enclosed space through an opening into the enclosed space. The tube is arranged to accept a hose passing through the tube, and a distal segment from the plurality of nested segments is connectable to the hose. 1. A method for positioning an apparatus within an enclosed space , comprising:positioning at least a portion of a plurality of nested segments within a first substantially straight portion of a rigid tube, the first portion including a first end of the tube;placing a hose in the tube;connecting the hose to a distal segment from the plurality of nested segments;engaging the first portion of the tube, a second substantially straight portion of the tube, and a curved portion of the tube, between the first and second portions of the tube, with a first actuator; and,displacing, using the first actuator, the rigid tube through an opening into the enclosed space such that the first substantially straight portion, at least a part of the second substantially straight portion, and the curved portion are positioned within the enclosed space.2. The method of claim 1 , further comprising:displacing the hose in a first direction such that respective portions of the nested segments displace away from the first end of the tube; and,displacing the hose in a second direction, opposite the first direction, such that the respective portions of the nested segments displace toward the second end of the ...

MONITORING OF LIQUID EJECTION SYSTEM

A monitoring arrangement for a liquid ejection apparatus capable of ejecting liquid in a pattern on an interior surface of a tank, the monitoring arrangement comprising a sensor unit that generates a signal indicative of liquid coming into contact with the interior surface of the tank, and a processing unit configured to: receive the signal; retrieve a reference property that is indicative of liquid coming into contact with the interior surface; register, during a measuring period when the fluid nozzle ejects liquid, at least one current property of the signal; compare the current property with the reference property; and initiate, if the current property deviates from the reference property beyond a predetermined level, a message indicative of the deviation. 1. A monitoring arrangement for a liquid ejection liquid system that comprises an ejection apparatus having a pipe configured to extend into a tank and to receive a liquid , wherein a rotary head is arranged on the pipe and is fitted with a fluid nozzle for ejecting the liquid in a pattern on an interior surface of the tank , the monitoring arrangement comprisinga sensor unit configured to be mounted to the tank such that the sensor unit generates a signal indicative of liquid coming into contact with the interior surface of the tank, and retrieve from a memory unit a reference property that is indicative of liquid coming into contact with the interior surface,', 'register, during a measuring period when the fluid nozzle ejects liquid towards the interior surface of the tank, at least one current property of the signal generated by the sensor unit,', 'compare the current property with the reference property, and', 'initiate, if the current property deviates from the reference property beyond a predetermined level, a message indicative of the deviation., 'a processing unit configured to receive from the sensor unit the signal indicative of liquid coming into contact with the interior surface of the tank, the ...

Spray cleaner head

This disclosure relates to a spray cleaner head for a cleaning system. In one aspect of this disclosure, the spray cleaner head includes a gear system configured to regulate rotation of a nozzle, and the gear system includes a central bore receiving an inlet shaft. In another aspect of this disclosure, spray cleaner head includes an adjustable brake assembly configured to selectively regulate rotation of the nozzle. In yet another aspect of this disclosure, the spray cleaner head includes first and second seals provided axially between the first and second bearings.

AGRICULTURAL SPRAYER WITH WARM WATER RINSE SYSTEM

An agricultural crop sprayer includes a product tank for holding a solution of plant protection product, a product dispense system, and a rinse tank for holding a rinse fluid. A plumbing network fluidly connects the product tank, the product dispense system, and the rinse tank. A heat source is provided to heat the rinse fluid. The heat source may be a prime mover or a hydraulic pump, wherein waste heat is scavenged therefrom. 1. An agricultural crop sprayer comprising:a product tank configured to hold a solution of a plant protection product;a product dispense system;a rinse tank for holding a rinse fluid;a first heat exchanger configured to transfer waste heat from a heat source; anda plumbing network fluidly connecting the product tank, the product dispense system, and the rinse tank, wherein the plumbing network comprises a closed fluid circuit including the first heat exchanger.2. The agricultural crop sprayer of claim 1 , wherein the heat source comprises a prime mover configured to drive the agricultural crop sprayer claim 1 , wherein the first heat exchanger is configured to extract waste heat from the prime mover.3. The agricultural crop sprayer of claim 1 , wherein the closed fluid circuit includes a second heat exchanger located inside the rinse tank.4. The agricultural crop sprayer of claim 1 , wherein the first heat exchanger is fluidly connected to the rinse tank claim 1 , and wherein the rinse fluid serves as a heat exchange medium.5. The agricultural crop sprayer of claim 1 , further comprising a thermostat configured to regulate the temperature of the rinse fluid.6. The agricultural crop sprayer of claim 1 , further comprising a flow control valve in communication with an electronic controller claim 1 , wherein the flow control valve is controllable by the electronic controller to regulate a temperature of the rinse fluid.7. The agricultural crop sprayer of claim 2 , wherein the prime mover comprises an internal combustion engine.8. The agricultural ...

SYSTEMS AND PROCESSES FOR CLEANING TANKER TRUCK INTERIORS

A system and process for cleaning a vessel is described. In embodiments, the system has one or more manway adapters configured to fit one or more manways of the vessel and deliver a cleaning solution through them. Further, in embodiments the system includes one or more actuators which are configured to position the one or more manway adapters horizontally or vertically to allow for optimal alignment and positioning of the manway adapters within the manways. Movement of the manway adapters may be facilitated by way of a frame assembly mounted on one or more horizontal rails. The system may be used to clean tanks and other vessels such as those that are on tanker trucks, tanker cars, or frac tanks. 18-. (canceled)9. A process for cleaning a vessel , comprising:providing one or more manway adapters each equipped with a washout nozzle;providing one or more rails supporting the one or more manway adapters;providing at least one first actuator;providing at least one second actuator;controlling horizontal movement of the one or more manway adapters along the one or more rails with one or more of the first actuators and vertical movement with one or more of the second actuators to align the one or more manway adapters with a manway of a vessel; andcleaning an interior of the vessel by delivering a cleaning solution through the washout nozzle.10. (canceled)11. The process of claim 9 , wherein the one or more manway adapters are operably connected to a frame assembly which is supported by and slideably engaged with the one or more rails claim 9 , and the at least one first actuator controls horizontal movement of the frame assembly along the one or more rails to position the one or more manway adapters horizontally along the one or more rails.12. (canceled)13. The process of claim 9 , wherein the vessel is a component of a tanker truck claim 9 , tanker car claim 9 , or frac tank.14. A process for cleaning a vessel claim 9 , comprising: one or more horizontal rails;', 'one or ...

DEVICES, SYSTEMS, AND PROCESSES FOR CLEANING THE INTERIORS OF FRAC TANKS

Provided are washout devices for cleaning the interior of a frac tank. In embodiments, the devices may comprise (i) a wand comprising a first pipe and a second pipe; wherein the second pipe is positioned in parallel below the first pipe; wherein one or more trusses connect the first pipe and the second pipe; (ii) a support member in communication with a proximal end of the wand such that the wand is suspended above and at a desired angle relative to the ground; (iii) one or more washout nozzles disposed along the length of the first pipe. Embodiments may also include a system and a process for cleaning the interior of a frac tank. 1. A device for cleaning the interior of a frac tank , comprising: wherein the second pipe is positioned in parallel below the first pipe;', 'wherein one or more trusses connect the first pipe and the second pipe;, 'a wand comprising a first pipe and a second pipe;'}a support member in communication with a proximal end of the wand such that the wand is suspended above and at a desired angle relative to the ground;one or more washout nozzles disposed along the length of the first pipe.2. The device of claim 1 , wherein the first pipe and the second pipe comprise a material having sufficient strength-to-weight ratio such that the device can support its own weight along its length when held at its proximal end but free at its distal end.3. The device of claim 1 , wherein the second pipe comprises a spout protruding from its proximal or distal end or both.4. The device of claim 1 , further comprising a sealing bung surrounding the first pipe and the second pipe at the proximal end of the wand.5. The device of claim 1 , wherein the first pipe and the second pipe are approximately the same length.6. The device of claim 1 , wherein the pipes each have an outside diameter and the diameter of the second pipe is smaller than the diameter of the first pipe.7. The device of claim 1 , wherein the wand has an unsupported length in the range of about 30 ...

SYSTEMS AND PROCESSES FOR CLEANING TANKER TRUCK INTERIORS

A system and process for cleaning a vessel is described. In embodiments, the system has one or more manway adapters configured to fit one or more manways of the vessel and deliver a cleaning solution through them. Further, in embodiments the system includes one or more actuators which are configured to position the one or more manway adapters horizontally or vertically to allow for optimal alignment and positioning of the manway adapters within the manways. Movement of the manway adapters may be facilitated by way of a frame assembly mounted on one or more horizontal rails. The system may be used to clean tanks and other vessels such as those that are on tanker trucks, tanker cars, or frac tanks. 1. A system for cleaning a vessel , comprising:one or more horizontal rails;one or more frame assemblies configured for moveable engagement with the rails;one or more manway adapters configured to fit in a manway of a vessel and to deliver a cleaning solution to one or more interior surfaces of the vessel, wherein each of the manway adapters is operably connected to one of the frame assemblies and connected to a washout nozzle;one or more first actuators operably configured for positioning at least one of the manway adapters horizontally along the rails; andone or more second actuators operably configured for positioning at least one of the manway adapters vertically.2. The system of claim 1 , wherein the one or more first actuators position the one or more manway adapters horizontally through movement of the frame assembly.3. The system of claim 2 , wherein the one or more frame assemblies each comprise:a first frame;a second frame disposed on top of the first frame;wherein the first frame is configured to moveably engage with the horizontal rails;wherein a portion of the first frame and the entire second frame are disposed above the horizontal rails.4. The system of claim 3 , wherein a top of the second frame comprises slanting supports connected to the second actuator.5. ...

MONITORING OF SYSTEMS FOR INTERNAL CLEANING OF CONTAINERS

A monitoring arrangement monitors the operation of a cleaning-in-place system which is operable to remove contaminations, deposits and other impurities from the internal walls of a container. The CIP system comprises a pipe for extending into the container through a wall portion of the container, and a nozzle head for ejecting liquid into the container in a predetermined pattern. The monitoring arrangement comprises a sensor unit with a sensing surface responsive to liquid impact for enabling the sensor unit to emit a sensor signal indicative of the liquid impact. The sensing surface is elongated and configured to extend along a perimeter of the pipe when the sensor unit is mounted at the wall portion of the container. This enables improved performance of a processing unit that obtains and processes the sensor signal for monitoring the operation of the CIP system. 1. A monitoring arrangement for a cleaning system installed in a container , the cleaning system comprising a pipe configured to extend into the container through a wall portion of the container , a nozzle head connected for rotation at an end of the pipe inside the container so as to eject a liquid , and a drive member operable to impart a rotation to the nozzle head around a first axis such that the liquid is ejected into the container in a predetermined pattern , said monitoring arrangement comprising:a sensor unit for mounting at the wall portion of the container, the sensor unit comprising a sensing surface responsive to liquid impact for enabling the sensor unit emit a sensor signal indicative of the liquid impact, anda processing unit configured to obtain the sensor signal from the sensor unit and process the sensor signal for monitoring the operation of the cleaning system,wherein the sensing surface is elongated and configured to extend along a perimeter of the pipe when the sensor unit is mounted at the wall portion of the container.2. The monitoring arrangement of claim 1 , wherein the sensing ...

VEHICLE MOUNTED GARBAGE BIN CLEANING SYSTEM INCLUDING POWER TAKEOFF AND DRIVE SHAFT

A vehicle mounted garbage bin cleaning system including power takeoff includes a first pair of arms for lifting a first garbage bin, a second pair of arms configured for lifting a second garbage bin, a hopper for accepting the first and second garbage bins, at least two spray rods in the hopper, including high-pressure, rotating water nozzles that spray water jets, and a power takeoff driven pressure washing system comprising a gearbox mechanically coupled with a transmission, such that the transmission drives the gearbox the gearbox drives a mechanical means, the mechanical means drives the first pressure washer pump, the at least two spray rods fluidically coupled with the pressure washer pump such that pressure washer pump provides pressurized water to the at least two spray rods. 1. A vehicle-mounted garbage bin cleaning system including power takeoff , the system comprising:a) a first pair of arms configured for lifting a first garbage bin, the first pair of arms rotatably coupled to a mount on a vehicle, and a second pair of arms configured for lifting a second garbage bin, the second pair of arms rotatably coupled to the mount on the vehicle, wherein the second pair of arms is configured to move independently of the first pair of arms with respect to the mount;b) a hopper configured for accepting the first and second garbage bins when the first and second pair of arms lift the first and second garbage bins into the hopper;c) at least two spray rods extending upwards from the hopper, each of the at least two spray rods including at least one high-pressure, rotating water nozzle that sprays a water jet;d) wherein when the first and second pair of arms lift the first and second garbage bin into the hopper, at least one of the at least two spray rods is situated within the first garbage bin and another one of the at least two spray rods is situated within the second garbage bin; and 1) a gearbox mechanically coupled with a transmission of the vehicle, such that ...

AUTOMATIC ROCK DEBRIS CATCHING AND WASHING APPARATUS

An automatic rock debris catching and washing apparatus comprises an acquisition device, a filtration device and a collection device. The filtration device comprises a water collection tank, above which a driving motor is connected with a pendulum bar having an end connected with a filtering scoop for receiving rock debris from the screening cylinder. The water collection tank is provided with a helical conveying rod having one end located at the bottom of the water collection tank and the other end located outside the water collection tank. A delivery pump is provided at the bottom of the water collection tank. The apparatus has a full-automatic collection operation. During use, it is not necessary to real-time monitor working condition of the catching and washing apparatus by manpower. Collecting regularly rock debris collected into the sand storing cylinders is enough. It is adaptable to the harsh environment, accurate in operation and analysis. 1. An automatic rock debris catching and washing apparatus , comprising an acquisition device , a filtration device and a collection device ,the acquisition device comprising a delivery pipe, which has one end corresponding to an acquisition port and the other end as a delivery port, wherein the acquisition port is provided on an acquisition pipe, with the acquisition port in a strip shape, the delivery pipe is sleeved over the acquisition pipe, the acquisition pipe and the delivery pipe can make telescopic movement relative to each other, the delivery port is connected with a filtering head, which comprises a bearing provided on the delivery port, an impeller is provided in the bearing, the impeller is connected to a driving device, and one end of the bearing away from the delivery pipe is connected with a screening cylinder, which has one end fixedly connected with the bearing and is provided with filtering holes in a side wall of screening cylinder;the filtration device comprising a water collection tank, above which a ...

AUTOMATED WASHING OR RINSING APPARATUS FOR PACKAGES, CONTAINERS, AND ASSOCIATED LIDS

The present disclosure generally relates to washing or rinsing of packages, containers, and associated lids. More particularly, the disclosure pertains to a washing or rinsing apparatus for cleaning packaging for biocides. A rinsing apparatus is that includes a housing, which has a wash section and a drain section. The rinsing apparatus includes a stop plate disposed within the housing that divides the wash section from the drain section. The apparatus includes a solution distribution nozzle disposed within the wash section of the housing. 1. A rinsing apparatus , comprising:a housing having a wash section and a drain section;a stop plate disposed within the housing, wherein the stop plate divides the wash section from the drain section and comprises at least one perforation;a solution distribution nozzle disposed within the wash section of the housing;a solution line in fluid communication with the solution distribution nozzle and a solution source; anda valve on the solution line to control flow of a rinsing solution to the solution distribution nozzle.2. The rinsing apparatus of claim 1 , further comprising a lid washing compartment positioned within the drain section of the housing and below the stop plate.3. The rinsing apparatus of claim 2 , wherein the lid washing compartment comprises a plurality of perforations.4. The rinsing apparatus of claim 2 , wherein the housing comprises a hatch through which the lid washing compartment may be removed or a lid may be inserted.5. The rinsing apparatus of claim 1 , further comprising a lid washing compartment positioned adjacent to the housing.6. The rinsing apparatus of claim 2 , wherein the solution line is connected to the lid washing compartment and carries the rinsing solution to the lid washing compartment.7. The rinsing apparatus of claim 1 , further comprising an actuation device in electrical or mechanical communication with the valve for controlling flow of the rinsing solution.8. The rinsing apparatus of ...

METHOD OF REMOVING FOREIGN MATTER FROM PREFORM AND APPARATUS FOR REMOVING FOREIGN MATTER FROM PREFORM

To facilitate removal of foreign matters from a preform. 1. A method of removing a foreign matter from a preform , wherein , while a preform in an inverted position with a mouth portion thereof facing down is being continuously transferred , filtered air is blasted into the preform through the mouth portion of the preform , and at the same time , air is sucked from the side of the mouth portion of the preform.2. The method of removing a foreign matter from a preform according to claim 1 , wherein the filtered air is blasted into the preform from a filtered air nozzle claim 1 , and air is sucked through a suction port member arranged to surround the filtered air nozzle.3. The method of removing a foreign matter from a preform according to claim 1 , wherein ionized air is blasted into the preform before the filtered air is blasted into the preform.4. The method of removing a foreign matter from a preform according to claim 3 , wherein the ionized air is blasted into the preform from an ionized air nozzle claim 3 , and air is sucked through a suction port member having a chute-like shape arranged to surround the ionized air nozzle.5. An apparatus for removing a foreign matter from a preform claim 3 , comprising a conveying device that continuously transfers a preform in an inverted position with a mouth portion thereof facing down claim 3 , a filtered air nozzle that blasts filtered air into the preform being transferred claim 3 , and a suction port member having a chute-like shape that is arranged to surround the filtered air nozzle and sucks air that flows out of the preform being transferred.6. The apparatus for removing a foreign matter from a preform according to claim 5 , wherein an ionized air nozzle that blasts ionized air into the preform being transferred in the inverted position is arranged on an upstream side of the filtered air nozzle.7. The apparatus for removing a foreign matter from a preform according to claim 6 , wherein a suction port member having a ...

Column for thermal treatment of fluid mixtures, especially those comprising (meth)acrylic monomers

The present invention relates to a column ( 1 ) for thermal treatment of fluid mixtures, having a cylindrical, vertical column body ( 2 ) which forms a column cavity ( 3 ), a plurality of trays ( 8 ) mounted in the column cavity ( 3 ) and spaced apart vertically from one another, at least one stub ( 11 ) disposed within the column body ( 2 ) and extending away from the column body ( 2 ), and a closable inspection orifice ( 9 ) formed in the stub ( 11 ). The characteristic feature of the column of the invention is that a spray device ( 20 ) disposed in the column body ( 2 ) can spray liquid ( 22 ) at least against the surface ( 15 ) of the stub ( 11 ) directed into the column cavity ( 3 ).

SYSTEM AND METHOD FOR MANAGING A FLUID IN AN ENCLOSURE

A tank system includes a primary arm and a secondary arm mounted on a trolley. Each arm is configured to independently rotate 340 to 360 degrees in horizontal planes. The primary arm includes a pivot frame for adjusting the vertical position of the secondary arm by pivoting the primary arm in a vertical plane. At least one nozzle and a submersible pump are mounted to the secondary arm. The tank system is mounted within a tank or other enclosure by securing the trolley to a track system within the tank or other enclosure. The trolley is configured to move along the track system within the tank or other enclosure. The tank system may pump a fluid from the tank in a pumping configuration, mix the fluid within the tank in a mixing configuration, and/or clean the tank in a cleaning configuration. 1. An integrated system for managing a fluid in an enclosure , comprising:a trolley configured for connection to and movement along a track system mounted within the enclosure;a primary arm operatively connected to the trolley, wherein the primary arm rotates 360 degrees in a horizontal plane relative to the trolley, and wherein the primary arm includes a pivot frame for pivoting the primary arm in a vertical plane;a secondary arm operatively connected to the primary arm, wherein the secondary arm rotates at least 340 degrees in a horizontal plane relative to the primary arm;a submersible pump mounted to the secondary arm; andat least one nozzle mounted to the secondary arm.2. The integrated system of claim 1 , further comprising a swivel frame connecting the primary arm and the trolley.3. The integrated system of claim 2 , wherein the pivot frame of the primary arm includes a proximal bracket claim 2 , a distal bracket claim 2 , two parallel members each pivotally mounted to the proximal bracket and pivotally mounted to the distal bracket claim 2 , and a cylinder assembly pivotally mounted to the proximal bracket and a portion of one of the parallel members.4. The integrated ...

ZONED FILTRATION FOR LIQUID-FILLED CONTAINERS

A system for removing material from a container includes a plurality of fluid delivery devices, one or more pumps, and a control system. The fluid delivery devices may include jets that can stream fluid across a surface of the container and pipes that can carry liquid to the jets. The control system can control flow to the fluid delivery devices to selectively allow flow from the system to two or more different zones in the container. 1. A system for removing material from a container , comprising: one or more jets configured to stream fluid across one or more zones in a bottom surface of the container; and', 'one or more pipes configured to carry fluid to at least one of the one or more jets;, 'a plurality of fluid delivery devices, wherein at least one of the plurality of fluid delivery devices comprisesone or more pumps configurable to pump fluid through at least one of the one or more jets;one or more control systems configured to control fluid flow through at least one of the fluid delivery devices;wherein a first one of the fluid delivery devices is configured to stream fluid across a first zone in the bottom of the container,wherein a second one of the fluid delivery devices is configured to stream fluid across a second zone in the bottom of the container, wherein the second zone is at least partially different from the first zone,wherein the control system is configured to at least partially inhibit a flow of fluid through the fluid delivery device for one on of the first or second zones while allowing flow of fluid through the fluid delivery device for the other of the first or second zones.2. The system of claim 1 , wherein the plurality of fluid delivery is configured to sweep the bottom surface of the container.3. The system of claim 1 , wherein the controller is configured to sequentially allow flow to one of the zones at a time while inhibiting flow to the other zones.4. The system of claim 1 , wherein at least one of the fluid delivery devices is ...

SYSTEMS AND METHODS FOR SURFACE CLEANING AND COATING

Systems and methods are provided in which residual materials are removed from an interior surface of a drum or similar vessel at the end of a duty cycle. This is followed by application of a non-siliceous aqueous solution to the cleaned surface, which provides a durable low-friction coating to the interior wall of the rotating drum mixer throughout the following duty cycle or use. 1. A system for cleaning materials from a working surface , comprising:an elongated support;a first spray assembly coupled to a terminus of the elongated support, wherein the first spray assembly comprises a first outlet configured to produce a stream of dispensed cleaning liquid; anda mist assembly coupled to the terminus, wherein the mist assembly comprises a second outlet configured to atomize a coating liquid,wherein the first spray assembly is in fluid communication with a first aqueous wash fluid and the mist assembly is in fluid communication with an aqueous surface treatment solution.2. The system of claim 1 , wherein the first aqueous wash fluid comprises pond water.3. The system of claim 1 , wherein the aqueous surface treatment solution is selected to generate a persistent low friction coating on contact with the working surface.4. The system of claim 1 , wherein the first spray assembly is in fluid communication with a second aqueous wash fluid claim 1 , further comprising a valve that is in fluid communication with the first and second aqueous wash fluids and the first spray outlet.5. The system of claim 1 , further comprising a second spray assembly in fluid communication with a second aqueous wash fluid.6. The system of or claim 1 , wherein the second aqueous wash fluid comprises fresh water.7. The system of claim 1 , further comprising an articulated assembly supporting the elongate support claim 1 , wherein the articulated assembly is configured to extend vertically.8. The system of claim 1 , further comprising an extendable support coupled to the elongated support claim 1 ...

System and Method for Cleaning and Sanitizing the Interior of a Freight Container

An automated wash rig is disclosed for cleaning the interior of a freight container. The wash rig may be transported atop a mobile platform or carriage and inserted into the interior of the freight container. During the cleaning process, the wash rig may travel along the length of the floor of the freight container. Washers (e.g., spray nozzles) on the wash rig may be used to direct cleaning fluid at the surfaces of the interior of the freight container, while dryers (e.g., air knives) on the wash rig may be used to dry off those surfaces. As the wash rig traverses the entire length of the freight container, the entire interior of the freight container is washed and dried. The wash rig may also have ultraviolet (UV) lamps which can provide UV light to sanitize the interior of the freight container during this process. 1. A device , comprising:a wheeled chassis having a front and a rear, wherein the wheeled chassis is adapted to fit in an interior of a freight container, and wherein the interior of the freight container comprises a set of surfaces including a floor, a first wall, second wall, a ceiling, and a bulkhead;a motor configured to propel the chassis longitudinally back and forth along the floor of the freight container;a frame mounted on the wheeled chassis, wherein the frame comprises:a first vertical support having a first side dryer and a first set of washers;a second vertical support having a second side dryer and a second set of washers;a first horizontal support connecting the first vertical support and the second vertical support, wherein the horizontal support has a bottom dryer and a third set of washers;a second horizontal support connecting the first vertical support and the second vertical support, wherein the horizontal support has a top dryer and a fourth set of washers.2. The device of claim 1 , wherein the first claim 1 , second claim 1 , third claim 1 , and fourth sets of washers are brushless.3. The device of claim 1 , wherein the first ...

MIXER COMPRISING CLEANING NOZZLE

A mixer includes a mixing container having an outlet opening; a closure cover, which can be moved back and forth between a closed position, in which the closure cover closes the outlet opening, and an open position, in which the closure cover uncovers the outlet opening so that mixture can be removed from the mixing container via the outlet opening; at least one cleaning nozzle to clean the closure opening and/or a mixture outflow region arranged outside the mixing container; and a liquid feed to feed cleaning fluid to the at least one cleaning nozzle. To provide a mixer and a method for enabling cost-effective, efficient, simple and operationally reliable cleaning of the mixture outflow region and of the closure opening, at least one cleaning nozzle is fastened to the closure cover such that it is moved together with the closure cover. 1. A mixer comprising a mixing container having an outlet opening , a closure cover which can be moved back and forth between a closed position in which the closure cover closes the outlet opening and an open position in which the closure cover uncovers the outlet opening so that mixture can be removed from the mixing container via the outlet opening , at least one cleaning nozzle for cleaning the closure opening and/or a mixture outflow region arranged outside of the mixing container , and a liquid feed to feed cleaning fluid to the at least one cleaning nozzle , wherein the at least one cleaning nozzle is fastened to the closure cover , so that this can be moved together with the closure cover , wherein the closure cover has a swivel arm which is mounted rotatably around a swivel axis so that the closure cover can be swivelled around a swivel axis , wherein the liquid feed runs through the swivel axis.2. The mixer according to claim 1 , wherein the mixer has a mixture outflow region with an outflow wall which at least partially surrounds the outlet opening.3. The mixer according to claim 1 , wherein a plurality of cleaning nozzles ...

APPARATUS FOR REMOVING FOREIGN SUBSTANCES IN CONTAINER

An apparatus for removing foreign substances in a container includes a conveying device for conveying a container having an opening portion, and a first nozzle for ejecting a gas toward the opening portion of the container, in which the first nozzle is disposed to be spaced apart from an imaginary vertical surface that runs through a center of the container, towards a first side, at a first spacing distance. 1. An apparatus for removing foreign substances in a container , the apparatus comprising:a conveying device configured to convey a container having an opening exposing an interior portion of the container; anda first nozzle configured to eject a gas toward the opening of the container,wherein the first nozzle is spaced apart from an imaginary vertical surface that runs through a center of the container, towards a first side, at a first spacing distance.2. The apparatus of claim 1 , comprising:a second nozzle configured to eject a gas toward the opening of the container and spaced apart from the first nozzle in a conveyance direction in which the container is conveyed,wherein the second nozzle is spaced apart from the imaginary vertical surface, toward a second side of the imaginary vertical surface opposite to the first side, at a second spacing distance.3. The apparatus of claim 1 , wherein the opening of the container is disposed to be directed downward claim 1 , and the first nozzle is disposed below the container and ejects the gas toward the opening of the container.4. The apparatus of claim 2 , wherein the container has a cylindrical shape claim 2 , and at least one of the first spacing distance and the second spacing distance is ⅘ of a radius of the container.5. The apparatus of claim 2 , wherein the first spacing distance and the second spacing distance are equal to each other.6. The apparatus of claim 2 , wherein a diameter of the first nozzle is smaller than the first spacing distance claim 2 , and a diameter of the second nozzle is smaller than the ...

GAS PURGE UNIT

A gas purge unit introduces a cleaning gas into a container with a main opening there through for taking a housed object in and out. The gas purge unit includes a blowout member and a supply portion. The blowout member with a cylindrical shape has an elongated hollow extending in a longitudinal direction and a discharge portion of a porous body connecting between the elongated hollow and the outside to discharge the cleaning gas. The supply portion is connected to the elongated hollow through a connection hole formed at one end of the blowout member to supply the cleaning gas to the elongated hollow. 1. A gas purge unit for introducing a cleaning gas into a container with a main opening therethrough for taking a housed object in and out , comprising:a blowout member with a cylindrical shape comprising an elongated hollow extending in a longitudinal direction and a discharge portion of a porous body connecting between the elongated hollow and the outside to discharge the cleaning gas; anda supply portion connected to the elongated hollow through a connection hole formed at one end of the blowout member to supply the cleaning gas to the elongated hollow.2. The gas purge unit as set forth in claim 1 , comprising a shielding portion extending in the longitudinal direction of the blowout member and arranged at a part of radial directions perpendicular to the longitudinal direction to shield a cleaning gas flow from the blowout member toward the part of the radial directions.3. The gas purge unit as set forth in claim 1 , whereinthe porous body composing the discharge portion has a cylindrical outer shape andthe elongated hollow is formed inside of the cylindrical discharge portion.4. The gas purge unit as set forth in claim 2 , whereinthe porous body composing the discharge portion has a cylindrical outer shape andthe elongated hollow is formed inside of the cylindrical discharge portion.5. The gas purge unit as set forth in claim 1 , whereinthe discharge portion is made ...

BEVERAGE CAN CLEANING APPARATUS AND METHOD OF USE THEREOF

A beverage can cleaning apparatus for cleaning beverage cans before they are dispensed from vending machines. The apparatus has a can holder, a hinged platform, tubes, a first nozzle, a second nozzle and a sensing block that matches the profile of the can top periphery. The sensing block is depressed a compressed distance, the distance being dependent on the orientation of the can, and cleaning fluid or compressed air is selectively directed through the first or second nozzle. Subsequent to air or cleaning fluid being dispensed against the top of the beverage can, the can holder releases the hinged platform sending the beverage can into the vending machine's dispenser. 1. A method of cleaning a beverage can , the beverage can having a top with an upper perimeter and a bottom , said method comprising the steps of:dispensing the beverage can into a beverage can cleaning apparatus, said beverage can cleaning apparatus comprising a sensing block, wherein said sensing block has a surface dimensioned to match the shape of the upper perimeter of the beverage can, and wherein said sensing block is depressed a compressed distance that is consistent with the condition of said sensing block being in contact with the beverage can.2. The method of claim 1 , said method further comprising:dispensing a cleaning solution from a nozzle against the top of the beverage can.3. The method of claim 1 , said method further comprising:dispensing compressed air from said nozzle against the top of the beverage can.4. The method of claim 1 , wherein said beverage can cleaning apparatus further comprises a first nozzle and a second nozzle claim 1 , said method further comprising:selectively dispensing a cleaning solution from said first nozzle if said sensing block is in contact with the can top.5. The method of claim 1 , said method further comprising:selectively dispensing compressed air from said first nozzle if said sensing block is in contact with the can top, wherein said compressed air ...

SANITIZING APPARATUS AND SYSTEM FOR HOME BREWING EQUIPMENT

A basin can contain a cleaning solution and a support assembly configured to support one or more containers of the type commonly used during home brewing of beverages. An adapter can mount to the basin and a plurality of nozzles can extend through an aperture defined by the adapter. One or more inverted containers can overlie a respective nozzle. A retainer in the carriage frame can receive one or more inverted or upright containers, and a nozzle can eject a stream of wash solution into an inverted container. The adapter can direct residual wash solution drained from the inverted container to the basin. 1. A bottle management system , comprising:a basin defining a reservoir for containing a liquid;a retainer defining a plurality of apertures, wherein each of the apertures is sized to receive a neck of a bottle extending therethrough and to prevent a body of the bottle from extending therethrough such that the retainer is configured to support an inverted bottle when the neck of the bottle extends through the respective aperture, wherein each of the plurality of apertures is suitably spaced from each adjacent aperture to permit a corresponding plurality of inverted bottles to be supported by the retainer; andan adapter configured to matingly engage with the basin at a position between the basin and the retainer, wherein the adapter defines an aperture and a projection of at least two of the plurality of retainer apertures lies at least partially within the aperture defined by the adapter.2. A bottle management system according to claim 1 , wherein the retainer further defines a respective bearing surface positioned outwardly of each of the plurality of apertures such that the retainer is further configured to support the corresponding plurality of inverted bottles in an upright orientation.3. A bottle management system according to claim 1 , wherein the at least two of the plurality of retainer apertures comprises at least eight retainer apertures.4. A bottle ...

TANK CLEANING NOZZLE, TANK COMPRISING IT AND METHOD FOR CLEANING A TANK

A tank cleaning nozzle () configured to be mounted on a tank (), wherein said tank cleaning nozzle () comprises an inlet (), an outlet () and an interior space () being in fluid communication with the inlet () and the outlet (), The tank cleaning nozzle () is configured to receive a pressurized liquid () through the inlet () and inject the liquid () through the outlet () into the tank (), The tank cleaning nozzle () comprises a moveably arranged closing structure () configured to close the outlet (). The closing structure () is arranged and configured to be moved into a position, in which the outlet () is provided with a free passage, through which the liquid () leaving the outlet () is injected into the interior space () without colliding with the closing structure (). 1. A tank cleaning nozzle configured to be mounted on a tank , wherein said tank cleaning nozzle comprises an inlet , an outlet and an interior space being in fluid communication with the inlet and the outlet , wherein the tank cleaning nozzle is configured to receive a pressurized liquid through the inlet and inject the liquid through the outlet into the tank , wherein the tank cleaning nozzle comprises a moveably arranged closing structure configured to close the outlet , characterised in that the closing structure is arranged and configured to be moved into a position , in which the outlet is provided with a free passage , through which the liquid leaving the outlet is injected into the interior space without colliding with the closing structure.2. A tank cleaning nozzle according to claim 1 , characterised in that the closing structure is arranged and configured to be moved into the interior space of the tank cleaning nozzle hereby opening the outlet.3. A tank cleaning nozzle according to claim 1 , characterised in that the closing structure is slidably arranged and configured to be moved into a first position inside the interior space hereby opening the outlet and that and the closing structure ...

PURGING APPARATUS AND PURGING METHOD FOR SUBSTRATE STORAGE CONTAINER

Provided is a purging apparatus including an upper nozzle provided above an opening of the substrate storage container and configured to supply a dry gas obliquely downwardly to a side opposite to the substrate storage container and over the entire surface of the width of the opening; and a plurality of side nozzles provided at both sides of the opening of the substrate, respectively, and each configured to supply a dry gas towards the inside of the substrate storage container from an outside of the opening. The side nozzles are each longer than a height of the opening and formed with a plurality of supply holes supplying the dry gas at predetermined intervals in a vertical direction. The respective supply hole formed on one side nozzle and the respective supply holes formed on the other side nozzle are disposed alternately so as not to be located at the same height. 1. A purging apparatus of purging an inside of a substrate storage container storing a plurality of substrates processed in a substrate processing apparatus vertically in multi-tiers from the outside of the substrate storage container , the purging apparatus comprising:an upper nozzle provided above an opening of the substrate storage container and configured to supply a dry gas obliquely downwardly to a side opposite to the substrate storage container and over the entire surface of the width of the opening; anda plurality of side nozzles provided at both left and right sides of the opening of the substrate storage container, respectively, and each configured to supply a dry gas towards the inside of the substrate storage container from an outside of the opening,wherein the side nozzles are each longer than a height of the opening and formed with a plurality of supply holes supplying the dry gas at predetermined intervals in a vertical direction, andthe respective supply holes formed on the side nozzle provided at one side of the opening of the substrate storage container and the respective supply holes ...

REACTOR CLEANING APPARATUS AND REACTOR CLEANING METHOD

The present disclosure provides a reactor cleaning apparatus including: a fixing part having a partial region inserted into a hole formed in an upper portion of a reactor to be coupled to the reactor and fixing a pipe; the pipe inserted into a hole formed in the fixing part, protruding downward from the fixing part, and having a length adjustable in a vertical direction; a spray nozzle provided at a lower end of the pipe; and a screener provided on a lower side surface of the pipe, and a reactor cleaning method using the same. 1. A reactor cleaning apparatus_ , comprising:a fixing part having a partial region inserted into a hole formed in an upper portion of a reactor to be coupled to the reactor and fixing a pipe;the pipe inserted into a hole formed in the fixing part, protruding downward from the fixing part, and having a length adjustable in a vertical direction;a spray nozzle provided at a lower end of the pipe; anda screener provided on a lower side surface of the pipe.2. The reactor cleaning apparatus of claim 1 , wherein the screener protrudes toward an inner wall of the reactor from the pipe.3. The reactor cleaning apparatus of claim 2 , wherein a partial region of the screener has a curve corresponding to the inner wall of the reactor.4. The reactor cleaning apparatus of claim 1 , wherein the screener is formed of a metal material.5. The reactor cleaning apparatus of claim 1 , wherein the pipe is a winding-up type pipe having multiple-stage pipes overlapped in a layer form.6. The reactor cleaning apparatus of claim 1 , further comprising a control part for vertically moving the pipe.7. The reactor cleaning apparatus of claim 1 , wherein the spray nozzle sprays a solvent toward an inner wall of the reactor.8. The reactor cleaning apparatus of claim 1 , wherein a spray angle of a solvent sprayed through the spray nozzle is 90° or less.9. The reactor cleaning apparatus of claim 1 , wherein the reactor is an ethylene oligomerization reactor.10. A reactor ...

CIRCULAR DISTRIBUTION APPARATUS

A circular distribution apparatus for distributing loose products has a top portion () with an inlet () positioned centrally relative to a vertical central axis, a base portion () comprising an annular horizontal floor (); a plurality of openable and closable outlets () provided in the annular floor (); a side wall () surrounding entirely the annular floor (); a central elevation () disposed between the annular floor () and the inlet (); and a vibrator () configured to vibrate the base portion () so that products received on the base portion () circulate around the elevation () on the annular floor (). The top portion (); the elevation (); the annular floor (); and the side wall () provide a housing () comprising a distribution chamber (), where at least the elevation (), the annular floor () and the side wall () are provided integrally. 1. A circular distribution apparatus for distributing loose products , comprising:a vertical central axis;an inlet positioned centrally relative to the vertical central axis;a base portion comprising an annular floor extending substantially horizontally in a radial direction relative to the vertical central axis;a plurality of outlets provided in the annular floor, each of the plurality of outlets comprising a valve member configured to move between a closed position and an open position to allow products to leave the apparatus through at least one of the plurality of outlets;a side wall surrounding entirely the annular floor;a central elevation disposed between the annular floor and the inlet; anda vibrator configured to vibrate the base portion so that products received on the base portion move in a substantially circular manner around the elevation on the annular floor,wherein the inlet is provided in a top portion connected to the side wall, and wherein the top portion, the elevation, the annular floor and the side wall provide a housing comprising a distribution chamber, where at least the elevation, the annular floor and the ...

CLEANING METHOD AND PROCESSING APPARATUS

A cleaning method for removing a film deposited in a processing container includes: executing a cleaning of a processing container by supplying a cleaning gas to the processing container while increasing a pressure in the processing container in a stepwise manner at a plurality of time points, thereby removing a film deposited in the processing container; and detecting an end point of the cleaning based on time-dependent data of a concentration of a predetermined gas generated during the execution of the cleaning, for each pressure of the plurality of time points.

WAFER CARRIER CLEANING METHOD

According to one embodiment, a wafer carrier cleaning method is provided. The wafer carrier cleaning method includes cleaning a wafer carrier with a chemical solution containing a weak acid that can dissolve metals, and cleaning the wafer carrier cleaned with the chemical solution, with pure water. The weak acid contained in the chemical solution is preferably citric acid that can dissolve heavy metals and does not damage the wafer carrier. 1. A wafer carrier cleaning method , comprising:cleaning a wafer carrier with a chemical solution containing a weak acid that can dissolve metals; andcleaning the wafer carrier cleaned with the chemical solution, with pure water.2. The method according to claim 1 , wherein the weak acid is an acid capable of dissolving heavy metals.3. The method according to claim 1 , wherein the weak acid is citric acid.4. The method according to claim 1 , wherein the chemical solution is nonvolatile at atmospheric pressure and at temperatures of 100° C. or less.5. The method according to claim 1 , wherein the wafer carrier is a container for holding wafers on which solid-state imaging devices are formed.6. The method according to claim 1 , further comprising:subjecting the cleaned wafer carrier to a sub-atmospheric environment having gas flowing therethrough.7. The method according to claim 1 , wherein the chemical solution does not dissolve non-metal portions of the interior surfaces of the wafer carrier.8. The method according to claim 7 , wherein a robot moves the wafer carrier to a first station for cleaning the wafer carrier with a chemical solution containing a weak acid that can dissolve metals and for rinsing the wafer carrier cleaned with the chemical solution claim 7 , with pure water.9. The method according to claim 8 , wherein the robot further moves the wafer carrier from the first station to a second station claim 8 , for sub-atmospheric degassing of the carrier.10. The method according to claim 9 , wherein the degassing of the ...

FOLDABLE STRUCTURES

A reusable and washable storage device comprising a plurality of sides and a plurality of hinges. Each the plurality of hinges are placed between at least two of the plurality of sides and comprise an axis of rotation. The plurality of sides rotate about the axis of rotation from a first position to a second position. 1. A reusable and washable storage device comprising ,a plurality of sides;a plurality of hinges; and [ are placed between at least two of the plurality of sides, and', 'comprise an axis of rotation, and, 'each the plurality of hinges,'}, from a first position,', 'to a second position., 'the plurality of sides rotate about the axis of rotation,'}], 'wherein,'}2. The device of wherein claim 1 , each of the plurality of sides are integrated to at least one of the plurality of the plurality of hinges.3. The device of wherein claim 1 ,the plurality of sides comprise two sides, each of the two sides having an interior side surface and an exterior side surface;the plurality of hinges comprises at least two hinges;when in the first position, device comprises a first thickness; andwhen in the second position, the device comprises a second thickness, the second thickness comprising a thickness which is less than the first thickness.4. The device of wherein claim 3 , the device comprises a funnel.5. The device of claim 1 , further comprising a top section and a bottom section claim 1 , wherein claim 1 , each of the top section and the bottom section are adapted to one of couple and integrate to at least one of the plurality of sides when in the first position.6. A storage system comprising claim 1 , a plurality of sides comprising a plurality of hinges,', top section, and', 'bottom section, and, 'at least one,'}, [ are placed between the plurality of sides, and', 'comprise an axis of rotation,, 'each the plurality of hinges,'}, from one of a first position and a second position,', 'to the other of the first position and the second position, and, 'the plurality ...

DEVICE AND A METHOD FOR EJECTING A FLUID

A device and a method for ejecting a fluid are provided. The device comprises a main pipe, a rotatable housing connected to the main pipe and a hub provided with a nozzle. The hub is rotatably connected to the housing. The fluid is arranged to be conveyed through the main pipe and the housing to said nozzle for ejection of the fluid, and the hub is arranged to rotate about an axis arranged with an angle α in relation to a longitudinal axis of the main pipe. The angle α between the axes is arranged to vary between 90−β and 90+β, 2≦β≦45, when the housing rotates one revolution. 1. A device for ejecting a fluid comprising a main pipe , a rotatable housing connected to the main pipe and a hub provided with a nozzle , said hub being rotatably connected to the housing , said fluid being arranged to be conveyed through the main pipe and the housing to said nozzle for ejection of the fluid , and the hub being arranged to rotate about an axis arranged with an angle α in relation to a longitudinal axis of the main pipe , the device comprising a connection part arranged between the main pipe and the housing , wherein the connection part comprises a bent pipe , a first end of which is connected to the main pipe and a second end of which is connected to the housing , wherein the angle α between the axes is arranged to vary between 90−β and 90+β , 2≦β≦45 , when the housing rotates one revolution , such that the main pipe is hit by the fluid from the nozzle at a varying height.2. A device according to claim 1 , wherein the housing is rotatably connected to the main pipe.3. A device according to claim 1 , wherein a direction of fluid ejection from the nozzle is essentially perpendicular to the axis about which the hub is arranged to rotate.4. A device according to claim 1 , wherein the housing is arranged to rotate about an axis arranged with an angle γ≠0 in relation to the longitudinal axis of the main pipe.5. (canceled)6. (canceled)7. A device according to claim 1 , wherein a ...

SELF-CLEANING MONITORING SYSTEM FOR BIOMASS PROCESSING

A self-contained monitoring assembly and method of self-cleaning for monitoring a process fluid. The assembly and method includes a closed loop of fluid flow having at least one housing having a sensor chamber, a sensor positioned within the sensor chamber, an injection nozzle receiving the process fluid through an inlet fluid passage and discharging the process fluid through an outlet passage into the sensor chamber, and a drain passage. The injection nozzle is positioned at an oblique angle relative to a contact surface of the sensor such that the contact surface is impinged by the process fluid. Impingement by the process fluid against the contact surface allows measurement of the process fluid by the sensor and cleans the contact surface. 1. A self-contained monitoring assembly for monitoring a process fluid comprising:at least one housing defining a sensor chamber configured to receive a flow of the process fluid;a sensor positioned within the sensor chamber and having a contact surface configured to measure a fluid characteristic of the process fluid;an injection nozzle having an inlet fluid passage receiving a predetermined amount of process fluid and an outlet fluid passage discharging the predetermined amount of process fluid into the sensor chamber, the injection nozzle positioned at an oblique angle relative to the contact surface such that the contact surface is impinged by the process fluid; anda drain passage for removing the predetermined amount of process fluid from the sensor chamber;wherein impingement by the process fluid against the contact surface of the sensor allows measurement of the process fluid by the sensor and cleans the contact surface by simultaneously reducing and removing debris build up.2. The self-contained monitoring assembly of claim 1 , wherein the inlet fluid passage is positioned externally to the at least one housing.3. The self-contained monitoring assembly of claim 1 , wherein the injection nozzle is positioned at an angle ...

CONTAINER CLEANER WITH TIMING MECHANISM

A container cleaner comprising a spray head, a travel limiter wherein the length the spray head may be depressed is limited by the location of the travel limiter, a starter rod wherein said starter rod is capable of being depressed by said spray head, a timing cartridge wherein the timing cartridge is capable of being opened for a selected period of time when the starter rod is decompressed and a fluid inlet. The further the spray head is depressed the longer the time duration the timing cartridge remains open and the longer the time duration of the pressurized spray is sprayed. The length the spray head may be depressed is dependent on the position of the travel limiter and he travel limiter may be positioned by rotating the spray head. 1. A container cleaner comprising:a body having a fluid inlet;a spray head movable with respect to the body;a timing cartridge moveable between an open and closed position, wherein the timing cartridge is configured to open for a predetermined length of time in response to movement of the spray head; andwherein fluid is able to pass from the fluid inlet through the body and spray head when the timing cartridge is in the open position.2. The container cleaner as described in further comprising a travel limiter configured to limit the movement of the spray head with respect to the body in at least one direction.3. The container cleaner as described in further comprising pins located between the spray head and the travel limiter.4. The container cleaner as described in further comprising a starter rod interconnecting the spray head and the timing cartridge.5. The container cleaner as described in wherein the starter rod comprises stainless steel.6. The container cleaner as described in wherein the spray head comprises one or more apertures.7. The container cleaner as described in further comprising a biasing member.8. The container cleaner as described in wherein the timing cartridge automatically resets to a closed position after the ...

WASHING DEVICE AND OPERATION SETTING METHOD THEREFOR

Parameters for a plurality of motors that move a nozzle on a three-dimensional movement locus are set easily. A washing device includes display device , and a worker touches an input unit A of the display device with a finger, to thereby set parameters for both servo motors that move a nozzle on a three-dimensional movement locus. Specifically, a three-dimensional model Md of a tank to be washed is displayed on the input unit A, and next, the worker drags specific spots of the three-dimensional model Md, sequentially, and selects washing methods and washing time periods of the spots. The selected contents are transmitted to a control device , are computed by a computing unit A of the control device , so that the parameters for both servo motors for operating the nozzle in three dimensions are set in washing. 1. A washing device comprising: a rotating member that is provided in an axial rotatable manner; a turning member that is provided in a direction approximately perpendicular to the rotating member and provided in an axial rotatable manner; a washing liquid passage that is provided from the rotating member to the turning member; a nozzle that is provided to the turning member and ejects a washing liquid supplied through the washing liquid passage toward an object to be washed; a first servo motor that axially rotates the rotating member; a second servo motor that axially rotates the turning member; and a control device that controls operations of the first servo motor and the second servo motor , in which the nozzle ejects the washing liquid to the object to be washed , to wash the object to be washed , whereinthe washing device comprises: display device that is capable of displaying a three-dimensional model corresponding to the object to be washed,in which when a spot to be washed in the three-dimensional model displayed on the display device is selected, the control device sets parameters for the first servo motor and the second servo motor so that the washing ...

System for Cleaning a Limited Access Holding Tank

A holding tank cleaning system is provided for minimizing the splatter of undesirable materials stored in the holding tank, where the system includes a sealing member having a generally frusto-conical shape and having an inner core for permitting the passage of fluid therethrough, a supply member connectable to a source of fluid and configured to movably fit within the inner core of the sealing member; and a distribution member configured to movably fit within the inner core of the sealing member, the distribution member having a distribution chamber with a plurality of openings such that fluid directed from the supply member through the sealing member into the distribution member can be directed radially outwardly in a direction generally perpendicular to the direction of fluid passing through the supply chamber. 1. A holding tank cleaning system for minimizing the splatter of undesirable materials stored in the holding tank , where the holding tank is fluidly connected via a fluid passageway to a bowl into which waste material is deposited , the fluid passageway having a valve therein , the system comprising:a sealing member having a generally frusto-conical shape and comprising an inner core for permitting the passage of fluid therethrough, the sealing member configured to connect to a source of fluid;a supply member connectable to a source of fluid and configured to movably fit within the inner core of the sealing member; anda distribution member configured to movably fit within the inner core of the sealing member, the distribution member comprising a distribution chamber comprising a plurality of openings such that fluid directed from the supply member through the sealing member into the distribution member can be directed radially outwardly in a direction generally perpendicular to the direction of fluid passing through the supply chamber.2. The holding tank cleaning system of claim 1 , wherein the distribution member is configured to be connectable to the ...

CLEANING JIG, SUBSTRATE TREATING APPARATUS INCLUDING THE SAME, CLEANING METHOD OF SUBSTRATE TREATING APPARATUS

The inventive concept relates to a substrate treating apparatus, and may include a substrate treating apparatus includes a rotatable spin head, a cup that surrounds the spin head, a cleaning jig seated on the spin head, and that discharges a cleaning liquid toward the cup through rotation of the spin head, and a nozzle unit located at an upper portion of the cleaning jig and that supplies the cleaning liquid to a center of an upper surface of the cleaning jig, and the cleaning jig includes spattering guide grooves formed to be recessed such that the cleaning liquid provided from the nozzle unit spatters toward the cup with a centrifugal force due to the rotation of the spin head. 1. A substrate treating apparatus comprising:a rotatable spin head;a cup configured to surround the spin head;a cleaning jig seated on the spin head, and configured to discharge a cleaning liquid toward the cup through rotation of the spin head; anda nozzle unit located at an upper portion of the cleaning jig and configured to supply the cleaning liquid to a center of an upper surface of the cleaning jig,wherein the cleaning jig includes:spattering guide grooves formed to be recessed such that the cleaning liquid provided from the nozzle unit spatters toward the cup with a centrifugal force due to the rotation of the spin head.2. The substrate treating apparatus of claim 1 , wherein the spattering guide grooves are formed to be curved from the center of the cleaning jig along a circumferential direction of the cleaning jig.3. The substrate treating apparatus of claim 2 , wherein curves of the spattering guide grooves are curved in a direction corresponding to a flow direction of the cleaning liquid in the cleaning jig.4. The substrate treating apparatus of claim 2 , wherein curves of the spattering guide grooves are curved in a direction that is opposite to a flow direction of the cleaning liquid in the cleaning jig.5. The substrate treating apparatus of claim 1 , wherein the spattering ...

DEPOSITION APPARATUS AND CLEANSING METHOD USING THE SAME

Provided is a deposition apparatus including a connection channel connecting a gas inflow channel and a gas outflow channel so as to increase cleaning efficiency by providing a portion of cleaning gas to the dead space of the gas inflow channel and controlling a flow of a cleaning gas. 1. A deposition apparatus , comprising:a reaction space;a plurality of gas inlets and gas outlets;a gas flow control guide structure disposed in the reaction space;a reaction chamber including a reactor support installing a substrate in the reaction space,wherein the gas flow control guide structure defines a plurality of gas inflow channels disposed between the plurality of gas inlets and the reaction space;a gas outflow channel disposed between the reaction space and the plurality of gas outlets; anda connection channel connecting at least one of the plurality of gas inflow channels and the gas outflow channel.2. The deposition apparatus of claim 1 , further comprising:an inert gas inlet to which an inert gas is supplied,wherein the connection channel is connected to the inert gas inlet.3. The deposition apparatus of claim 2 , wherein:the gas flow control guide structure includes an upper gas flow control plate and a lower gas flow control plate which are stacked, andthe connection channel is defined by a groove formed in the lower gas flow control plate.4. The deposition apparatus of claim 3 , wherein the groove has a narrow straight-line shape.5. The deposition apparatus of claim 4 , wherein the groove has a plurality of narrow straight-line shapes.6. The deposition apparatus of claim 3 , wherein the groove has a shape which is widened toward an edge of the lower gas flow control plate from a center of the lower gas flow control plate.7. The deposition apparatus of claim 3 , further comprising:a plurality of inert gas inlets; anda plurality of connection channels,wherein each one of the plurality of connection channels is connected with a respectively corresponding one of the ...

MULTI-AXIS ARTICULATING AND ROTARY SPRAY SYSTEM AND METHOD

The present disclosure provides a system and method articulating and rotary spray system for fluids that includes a first drive for rotating a mast for different headings and a second drive for rotating a nozzle for different pitches at any time with or without rotation of the mast. The method and system uses a system of interacting gears that rotate a control rod in variable synchronization to control the nozzle pitch relative to the mast heading while the control rod orbits about a center of rotation of the rotating mast along a longitudinal axis. 117.-. (canceled)18. A method of controlling a heading and pitch of a multi-axis rotary spray system , having a mast assembly with a rotatable mast shaft having a center of rotation along a longitudinal axis and a rotatable nozzle coupled to the mast shaft; a longitudinal rod opening formed in the mast shaft radially offset from the longitudinal axis; a pitch drive rod extending at least partially into the longitudinal opening and rotatably coupled to the nozzle; a mast main passage formed in the mast shaft and fluidicly coupled to the nozzle; a pitch drive coupled to the pitch drive rod and configured to move the pitch drive rod to change a pitch of the nozzle; and a heading drive coupled to the mast shaft and configured to rotate the mast shaft to change a heading of the mast shaft , the method comprising:rotating the mast shaft with the heading drive;causing the pitch drive rod to orbit off center about the longitudinal axis with the mast shaft; andselectively actuating the pitch drive to synchronize a rotation of the pitch drive rod as the pitch drive rod orbits the longitudinal axis to determine a pitch angle of the nozzle as the nozzle rotates with the mast shaft.19. The method of claim 18 , wherein selectively actuating the pitch drive comprises synchronizing the rotation of the pitch drive rod to maintain a stationary pitch of the nozzle union in the mast shaft as the mast shaft is rotated to a different heading. ...

SYSTEM AND METHOD FOR EJECTING LIQUID INTO A CONTAINER FOR MIXING AND CLEANING PURPOSES

A system comprising a mixer with a rotary head fitted with a nozzle for ejecting liquid into a container. At least one drive member rotates the rotary head such that liquid is ejected into the container in a predetermined pattern. A processing unit is configured to receive first and second operation parameters that are representative of mixing of a liquid content of the container respectively cleaning of an inner surface of the container. The processing unit then controls the drive member in response to the operation parameters such that mixing respectively cleaning is effected. A related method and a computer-readable medium are also described. 1. A system configured to eject liquid into a container for the purpose of mixing and cleaning the container , the system comprisinga mixer comprising an inlet for receiving liquid, and a rotary head fitted with a nozzle for ejecting liquid into the container,at least one drive member for rotating the rotary head about at least one axis such that liquid is ejected into the container in a predetermined pattern, whereinthe rotary head is arranged to eject the liquid into the container in a first predetermined pattern effecting mixing of the liquid content when the rotary head is submersed in the liquid content, the rotary head being rotated by the at least one drive member controlled by the processing unit in response to a first operation parameter (ωA; qA) representative of mixing of a liquid content of the container, and wherebythe rotary head is arranged to eject the liquid into the container in a second predetermined pattern for effecting cleaning of the inner surface of the container after the liquid content is expelled from the container, the rotary head being rotated by the at least one drive member controlled by the processing unit in response to a second operation parameter being representative of cleaning of an inner surface of the container.2. A system according to claim 1 , wherein the rotary head ejects the liquid ...

System For Spraying the Interior of a Container

A spraying system and method is provided for more efficiently accessing the interior of a container having an access opening to the container that is offset from or in angular relationship to the center and/or rotational axis of the container to contact the interior walls and surfaces of the container with a medium, such as a liquid, mixture, solution or suspension. The spraying system and method includes a non-linear boom that is elevated by a support structure, where the non-linear boom includes at its front end a plurality of spray nozzles. In one example, the support structure is a movable support structure that includes a guide mechanism where the guide mechanism is mounted on the moveable support structure at an angle relative to the surface supporting the moveable support structure to allow access to the interior of the container. 115-. (canceled)18. A method for spraying the inside of a container having an access opening to the interior of the container that is offset from the center or rotational axis of the container , the method comprising the steps of:a) inserting a non-linear boom into the access opening to the container that is offset from the center or rotational axis of the container, where the non-linear boom is curved along its length and has an angle of curvature ranging from 45 to 135 degrees and includes a conduit member having a front end and back end, where the conduit member includes at least one spray nozzle positioned on the front end of the conduit; andb) introducing a medium into the conduit member at its back end; andc) discharging the medium through the spray nozzles at a pressure and for a time sufficient to spray the interior of the container.19. A method for spraying the inside of a container having an opening to the interior of the container that is offset from the center or rotational axis of the container , the method comprising the steps of:a) supporting a non-linear boom have a front end and back end on a support structure ...

SUBSTRATE PROCESSING APPARATUS, PURGE GAS CONTROL METHOD, AND VACUUM TRANSFER CHAMBER CLEANING METHOD

A substrate processing apparatus is disclosed. The apparatus comprises a vacuum transfer chamber including a top surface, a bottom surface, and side surfaces between the top and the bottom surfaces, including a first side surface and a second side surface opposite to the first side surface; a transfer robot, disposed in the vacuum transfer chamber, for transfering a substrate; a load lock module connected to the first side surface; a pipe, connected to a purge gas supply source, for supplying a purge gas into the vacuum transfer chamber; one or more gas ports provided in the top surface in the vicinity of the second side surface and connected to the pipe; and one or more exhaust ports, provided in the bottom surface in the vicinity of the first side surface, to which an exhaust pump for exhausting the purge gas supplied into the vacuum transfer chamber is connected. 1. A substrate processing apparatus comprising:a vacuum transfer chamber including a top surface, a bottom surface opposite to the top surface, and side surfaces between the top surface and the bottom surface, the side surfaces including a first side surface and a second side surface opposite to the first side surface;a transfer robot disposed in the vacuum transfer chamber and configured to transfer a substrate;a load lock module connected to the first side surface;pipes connected to a purge gas supply source and configured to supply a purge gas into the vacuum transfer chamber;one or more gas ports provided in the top surface in the vicinity of the second side surface and connected to the pipe; andone or more exhaust ports provided in the bottom surface in the vicinity of the first side surface of the vacuum transfer chamber and to which an exhaust pump configured to exhaust the purge gas supplied into the vacuum transfer chamber is connected.2. The substrate processing apparatus of claim 1 , wherein said vicinity of the second side surface is a portion of the top surface closest to the second side ...

VEHICLE MOUNTED GARBAGE BIN CLEANING SYSTEM INCLUDING POWER TAKEOFF

A vehicle mounted garbage bin cleaning system including power takeoff includes a pair of arms configured for lifting a garbage bin, the pair of arms rotatably coupled to a mount on the vehicle, a hopper configured for accepting the garbage bin when the pair of arms lifts the garbage bin into the hopper, at least one spray rod extending upwards from the hopper, said spray rod including a water nozzle, wherein when the pair of arms lifts the garbage bin into the hopper, the spray rod is situated within the garbage bin, a hydraulic pump mechanically coupled with a transmission of the vehicle, such that the transmission drives the hydraulic pump, a pressure washer pump mechanically coupled to the hydraulic pump, the spray rod is fluidically coupled with the pressure washer pump. 1. A vehicle-mounted garbage bin cleaning system including power takeoff , the system comprising:a) a first pair of arms configured for lifting a first garbage bin, the first pair of arms rotatably coupled to a mount on a vehicle, and a second pair of arms configured for lifting a second garbage bin simultaneously with the first pair of arms, the second pair of arms rotatably coupled to the mount on the vehicle;b) a hopper configured for accepting the first and second garbage bins when the first and second pair of arms simultaneously lift the first and second garbage bins into the hopper;c) at least two spray rods extending upwards from the hopper, each of the at least two spray rods including at least one high-pressure, rotating water nozzle that sprays a water jet;d) wherein when the first and second pair of arms simultaneously lift the first and second garbage bin into the hopper, a first of the at least two spray rods is situated within the first garbage bin and a second of the at least two spray rods is situated within the second garbage bin; and{'claim-text': [{'b': '1', '#text': ') a first hydraulic pump mechanically coupled with a transmission of the vehicle, such that the transmission ...

Surface Media Blasting System and Method

The system delivers media blasting material to an interior surface of a large storage tank comprises a substantially upright support structure secured to the surface to be blasted. The upright support structure is preferably vertical. A frame extends across the upright support structure. An extendable arm is affixed to the frame at a section. The section is securely and pivotably attached to the section in such a way to enable the arm to rotate freely inside the large storage tank, so that the blaster secured at the end of the extendable arm can blast the entire interior surface of the large storage tank while the upright support structure remains in place. A robot blaster is positioned at the end of the extendable arm and performs the media blasting. A work station is located nearby the site of the large storage tank and controls the position of the extendable arm relative to the interior surface being blasted via a processor and the operation of the blasting delivery system. The surfaces to be blasted may also include the exterior surface of all types of large storage tanks and structures, ship hulls, exterior and interior building wall surfaces. 1. A system for delivering media blasting material to a surface , said system comprising:a substantially upright support structure extending across a portion of a said surface to be blasted with said blasting media;an arm projecting from said substantially upright support structure, said arm being extendable, said arm being attached to said substantially upright support structure by a section, said extendable arm being pivotable relative to said substantially upright support structure, said arm spanning said portion of a said surface to be blasted with said blasting media;a robot blast tool disposed at or near an end of said extendable arm with a media blasting device attached to said robot blast tool enabling said retractable arm to deliver blasting media to said portion of said surface to be blasted; anda work station ...

Surface Media Blasting System and Method

The system delivers media blasting material to an interior surface of a large storage tank comprises a substantially upright support structure secured to the surface to be blasted. The upright support structure is preferably vertical. A frame extends across the upright support structure. An extendable arm is affixed to the frame at a section. The section is securely and pivotably attached to the section in such a way to enable the arm to rotate freely inside the large storage tank, so that the blaster secured at the end of the extendable arm can blast the entire interior surface of the large storage tank while the upright support structure remains in place. A robot blaster is positioned at the end of the extendable arm and performs the media blasting. A work station is located nearby the site of the large storage tank and controls the position of the extendable arm relative to the interior surface being blasted via a processor and the operation of the blasting delivery system. The surfaces to be blasted may also include the exterior surface of all types of large storage tanks and structures, ship hulls, exterior and interior building wall surfaces. 1. A system for delivering media blasting material to a surface , said system comprising:a substantially upright support structure secured to said surface to be blasted,a frame extending across said substantially upright support structure;an arm extending from said frame, said arm being extendable, said arm being attached to said frame by a section, said section being pivotable relative to said frame, said arm traveling back and forth along said substantially upright support structure;a housing for a person to blast said surface, said cage, seat, or basket being deposed at or near an end of said extendable arm with a media blasting device attached to said end of said retractable arm enabling delivery of blasting media to said surface to be blasted;whereby said blasting apparatus is controlled via wireless connectivity ...

APPARATUS FOR THE REMOVAL OF SLUDGE

Apparatus for removing sludge from an underwater deposit comprises a blade having a cutting edge that points forwards and a blade surface to the rear of the cutting edge that faces the interior of a housing. Nozzles are positioned and oriented to direct jets of water onto the blade surface to fluidize sludge that has been cut by the blade. The jets have a component of motion in the rearward direction relative to the blade surface, whereby the fluidized sludge is effectively contained within the housing and high collection rates can be achieved. The apparatus can be adapted for horizontal use over the surface of a sludge deposit or for movement in any direction through a bulk sludge deposit. 1. Apparatus for removing sludge from an underwater deposit , comprising:a housing having a front and a rear and defining an interior;an outlet through which sludge can be removed from the rear of the housing;a first blade on the housing, the first blade having a cutting edge that points forwards and a first blade surface to the rear of the cutting edge that faces the interior of the housing;at least one first nozzle positioned and oriented to direct a jet of water onto the first blade surface, the jet having a component of motion in the rearward direction relative to the blade surface;a second blade on an opposite side of the housing from the first blade, the second blade having a cutting edge that points forwards and a second blade surface to the rear of the cutting edge that faces the interior of the housing; andat least one second nozzle positioned and oriented to direct a jet of water onto the second blade surface, the jet having a component of motion in the rearward direction relative to the second blade surface.2. Apparatus according to claim 1 , wherein the jet strikes the first blade surface is at an angle of incidence of in the range 115° to 135°.3. Apparatus according to claim 1 , wherein an extent of a cross-section of the jet of water in a direction parallel to the ...

METHOD OF PREVENTING LAMELLAR SILICA FORMATION IN GLASS CONTAINER

Methods of preventing the formation of lamellar silica formation in a borosilicate glass container storing a pharmaceutical formulation in an interior of the glass container in accordance with embodiments of the disclosure can include washing the container and drying the container under extended dry conditions of at least 3000 ms. 1. A method for preventing lamellar silica formation in a borosilicate glass container storing a pharmaceutical formulation in an interior of the glass container , comprising:prior to filling the glass container with the pharmaceutical formulation, washing the interior of the glass container with a pressurized water jet; anddrying the glass container by blowing compressed air into the interior of the glass container for at least 3000 ms wherein the glass container is washed and dried using a batch washer.2. A method for preventing lamellar silica formation in a borosilicate glass container storing a pharmaceutical formulation in an interior of the glass container , comprising:prior to filling the glass container with the pharmaceutical formulation, washing the glass container with a pressurized water jet under conditions sufficient to remove contaminants,drying the washed glass container; anddepyrogenizing the glass container by heating the dried glass container in an oven at a temperature of at least about 250° C., wherein the glass container remains stationary in the oven during heating.3. A method of preventing lamellar silica formation in a borosilicate glass container containing a pharmaceutical formulation in an interior of the glass container , comprising:prior to filling the glass container with the pharmaceutical formulation, washing the glass container with a pressurized water jet under conditions sufficient to remove contaminants,drying the washed glass container by blowing compressed air into the interior of the glass container for at least 3000 ms,placing the dried glass container in a heat-safe container and covering the heat ...

METHOD AND APPARATUS FOR REMOVING SLUDGE DEPOSITS FROM OIL STORAGE TANKS

A jet nozzle and assembly for removing sludge deposits in oil storage tanks is provided. The jet nozzle can include a rigid conduit connectable to a pressurize liquid supply, a pivotal connection connected to the rigid conduit and a spray nozzle connected to the pivotal connection so that the spray nozzle can pivot around the proximal end of the spray nozzle. The assembly can include a manway cover attachable to a manway of a tank, a flange member provided on the manway cover with an aperture passing through the manway cover and inside the flange member, a valve connected to the flange member and a spool connected to the valve. A cover having an opening passing therethrough can be attached to the spool. The rigid conduit of the jet nozzle can be inserted through the opening in the cover so that the jet nozzle extends inside the assembly. 1. A method for retrofitting an assembly on a tank for removing sludge deposits in the tank , the method comprising:attaching a flange member onto the manway cover;connecting a valve to the flange member;connecting a first end of a spool to the valve;connecting a cover having an opening passing therethrough to a second end of the spool;passing a hole saw through the opening in the cover, opening the valve and using the hole saw to cut a hole in the manway cover;retracting the hole saw back through the valve and closing the valve;removing the cover and installing a jet nozzle passing through the opening in the cover; andreattaching the cover to the second end of the spool with the jet nozzle extending inside the spool.2. The method of wherein the jet nozzle comprises:a rigid conduit having a proximal end and a connection end, the connection end connectable to a pressurized liquid supply and the rigid conduit sized to slide through the opening in the cover of the assembly;a pivotal connection connected the proximal end of the rigid conduit;a spray nozzle having a proximal end and a discharge end, the proximal end of the spray nozzle ...

METHODS AND SYSTEMS FOR USE IN WASHING BULK CONTAINERS

A method of washing a bulk container is provided. The method includes receiving the bulk container on a support surface and rotating the support surface and at least one washer arm relative to one another. The method further includes spraying a fluid from at least one nozzle disposed on the at least one washer arm. Rotating the support surface and the at least one washer arm relative to one another exposes a plurality of portions of an outer surface of the bulk container to the spray. 1. A method of washing a bulk container , said method comprising:receiving the bulk container on a support surface;rotating the support surface and at least one washer arm relative to one another; andspraying a fluid from at least one nozzle disposed on the at least one washer arm, wherein rotating the support surface and the at least one washer arm relative to one another exposes a plurality of portions of an outer surface of the bulk container to the spray.2. A method in accordance with claim 1 , further comprising providing air from a drying vent to the plurality of portions of the outer surface of the bulk container.3. A method in accordance with claim 2 , wherein the plurality of portions of the outer surface of the bulk container includes a top surface and a plurality of side surfaces claim 2 , said providing air from a drying vent to the plurality of portions of the outer surface of the bulk container comprises providing air at least partially to the top surface when the drying vent is in a first position and providing air at least partially to the plurality of side surfaces when the drying vent is in a second position.4. A method in accordance with claim 3 , wherein said providing air at least partially towards the plurality of side surfaces comprises providing air at least partially towards a side wall such that the air is re-directed claim 3 , at least in part claim 3 , to the plurality of side surfaces.5. A method in accordance with claim 2 , wherein the drying vent is a ...

Cleaning device for kitchen appliances and pump systems

Cleaning apparatus for kitchen equipment, in particular combination streaming, baking and cooking equipment has a cooking space that is to be cleaned which is delimited by at least one wall and includes at least one outlet opening for a liquid. The apparatus comprises a ventilation fan associated with the cooking space having a drive motor; a collecting tank which at least temporarily collects the liquid that exits the cooking space via the outlet opening; a supply line that can be used to supply fresh water and/or a cleaning fluid that can be controlled through a valve in the line; a circulating pump provided at the collecting tank for the liquid sitting in the collecting tank; a circulation line by which the liquid sitting in the collecting tank and conveyed by the circulating pump can be supplied to the cooking space and a drain line for discharging the liquid that exits the cooking space. A drain pump is provided at the circulation container in addition to the circulating pump which is able to actively convey the liquid sitting in the collecting tank, together with solids that may be present therein, into the drain line. 1. Cleaning apparatus for a kitchen cooking device having a cooking space , which is delimited by at least one wall , and at least one outlet opening for a liquid , said apparatus comprising , in combination:a ventilation fan associated with the cooking space and a drive motor for the ventilation fan;a collecting tank which at least temporarily collects the liquid that exits the cooking space via the outlet opening;a supply line for at least one of fresh water and a cleaning fluid, the supply of fresh water and cleaning fluid being controlled by a valve provided in the supply line;a circulating pump at the collecting tank for the liquid sitting in the collecting tank;a circulation line by which the liquid sitting in the collecting tank and conveyed by the circulating pump can be transported to the cooking space;a drain line for discharging the ...

Temperature management of cooking medium in fryers around filtration cycles

Systems, methods, and computer program products are disclosed for controlling a fryer. In response to determining a filtration cycle is scheduled to occur after a current cooking cycle, a temperature set-point for a cooking medium is increased to pre-heat the cooking medium prior to the end of the cooking cycle. A heating element used to heat the cooking medium may be deactivated prior to entering the filtration cycle, and reactivated during the filtration cycle in response to the filtered cooking medium in the fry pot reaching a predetermined level. Activating the heating element during the filtration cycle may further heat the cooking medium prior to starting the next cooking cycle, thereby reducing the total time needed for filtration and reheating for a subsequent cooking cycle.

Apparatus for generating a pulsating pressurized fluid jet

Apparatus for generating a pulsating pressurized fluid jet are disclosed. One disclosed example includes a line system having at least one nozzle with at least one nozzle orifice from which a pulsating fluid jet of pressurized fluid emerges, and a chamber having a pressure wave generating device to generate fluid pressure waves, where the chamber is in fluid communication with the line system through an outlet opening for the generated fluid pressure waves. The disclosed example also includes a setting device for controlling the amplitude of the fluid pressure waves in the line system upstream of the at least one nozzle orifice where the setting device sets a quotient of a path length of the fluid pressure waves between the outlet opening and the at least one nozzle orifice, and the wavelength of the fluid pressure waves in the line system.

Method and apparatus for washing aquatic animal containment basins

A method for washing one or more tanks for containing aquatic animals includes inserting one or more tanks for aquatic animals to be washed into a washing chamber of a washing apparatus. A washing solution is supplied to the washing chamber and comprises an alkaline detergent in combination with hydrogen peroxide. The alkaline detergent is free from surfactants, phosphates and chlorine. A neutralizing agent is supplied to the washing chamber and also is free from surfactants, phosphates and chlorine, to re-establish a desired pH of the residual washing solution in the washing chamber. Rinsing water is supplied to the washing chamber to rinse the tanks

DEVICE FOR TRANSFERRING A LIQUID FROM A CAN TO A TANK IN A SEALED MANNER

A device () for transferring a liquid from a can to a tank in a sealed manner, the device including a drawing end-piece which comprises a main sleeve designed to be connected on the neck of the can in a sealed manner, a drawing pipe which presents a first end connected on the drawing end-piece and a second end adapted to be connected on the tank in order to enable the drawing of the liquid from the can to the tank, and a rinsing pipe which presents a first end connected on the drawing end-piece and a second end adapted to be connected on a supply source of a rinsing fluid, in order to inject said rinsing fluid in the can, where the drawing end-piece includes a rinsing hose which is connected on the first end of the rinsing pipe and which is slidably mounted axially along the drawing axis in order to rinse the inner walls of the can. 1. A device for transferring a liquid from a can to a tank in a sealed manner , the device comprising:a drawing end-piece with a generally cylindrical shape which extends axially along a drawing axis from a first end to a second end-equipped with at least one main sleeve, said sleeve being designed to be connected on the neck of the can in a sealed manner,a drawing pipe which presents a first end connected on the drawing end-piece and a second end adapted to be connected on the tank in order to enable drawing of the liquid from the can to the tank, anda rinsing pipe which presents a first end connected on the drawing end-piece and a second end adapted to be connected on a supply source of a rinsing fluid, in order to inject said rinsing fluid in the can,wherein the drawing end-piece includes a rinsing hose which is connected on the first end of the rinsing pipe and which is slidably mounted axially along the drawing axis, between a rest position wherein the rinsing hose is retracted in the drawing end-piece and a rinsing position wherein the rinsing hose is deployed to rinse the inner walls of the can.2. The device according to claim 1 , ...

METHOD OF MANUFACTURING SEMICONDUCTOR DEVICE, SUBSTRATE PROCESSING APPARATUS, AND RECORDING MEDIUM

A method of manufacturing a semiconductor device is disclosed. The method includes processing a substrate by supplying a process gas to the substrate in a process chamber. The method further includes performing a purge to an interior of the process chamber while periodically changing an internal pressure of the process chamber based on a pressure width by setting a process of supplying a purge gas into the process chamber to increase the internal pressure of the process chamber and a process of vacuum-exhausting an interior of the process chamber to decrease the internal pressure of the process chamber to one cycle and repeating the cycle a plurality of times. 1. A method of manufacturing a semiconductor device , comprising:processing a substrate by supplying a process gas to the substrate in a process chamber;performing a first purge to an interior of the process chamber while periodically changing an internal pressure of the process chamber based on a first pressure width by setting a process of supplying a purge gas into the process chamber to increase the internal pressure of the process chamber and a process of vacuum-exhausting the interior of the process chamber to decrease the internal pressure of the process chamber to a first one cycle, and repeating the first one cycle a plurality of times; andperforming a second purge to the interior of the process chamber while periodically changing the internal pressure of the process chamber based on a second pressure width smaller than the first pressure width by setting a process of supplying a purge gas into the process chamber to increase the internal pressure of the process chamber and a process of vacuum-exhausting the interior of the process chamber to decrease the internal pressure of the process chamber to a second one cycle, and repeating the second one cycle a plurality of times.2. The method of claim 1 , wherein a maximum pressure in the process chamber in the act of performing the second purge is set to ...

Chemical cleaning of furnaces, heaters and boilers during their operation

This invention relates to cleaning of sediments and fuel remaining and in particular, to cleaning of furnaces, heaters and boilers during their operation. 1): Method of work which includes pneumatic dry spraying of dry powder chemicals onto furnaces , heaters and boilers during their operation , with a benefit of chemical and mechanical cleaning at the same time , with no need to shut down the production process , no water treatment , no scaffolding , and no confined space entry.2): Chemistry (chemicals mixture) of a blend of compounds in different ratios to achieve desired cleaning results and to maximize the cleaning effectiveness according to specific conditions of the furnace , heater or boiler that is been cleaned. The present invention relates to cleaning of sediments and fuel remaining and in particular, to cleaning of furnaces, heaters and boilers during their operation.Furnaces, heaters and boilers can be found in many industries such as oil refineries, petrochemical, chemical, nuclear and geothermal.Furnaces, heaters and boilers are being used for supply of energy. Although their design may vary according to requirements of throughput, thermal conditions, fuel, building materials etc., in most cases there are some common features:There exist a burning of a fuel with air in a combustion chamber; the air is usually supplied by a blower and the fuel enters the burning chamber through a burner. In some cases a number of burners are arranged in a structure. There exist burners mounted from different directions: from top, bottom or of the sides of the combustion chamber.The energy of the combustion is being transferred to a fluid which flows inside enclosed tubes that are installed in the radiant section, (sometimes called “firebox”). There exist various designs of radiant sections where which tubes may be installed in many ways: vertically, horizontally, along the walls, in the middle of the firebox, and etc. After being heated, the fluid typically flows in a ...

Installation intended to automatically remove labels of crates

Installation provided with at least one high-pressure circuit comprising at least one high-pressure pump and rotating nozzles attacking the four sides of crates in order to automatically remove labels, wherein the installation further comprises a low-pressure circuit able to clean the installation inwardly and to transport labels to specific filters so that stoppages are diminished and further able to recirculate the water of the high-pressure and low-pressure circuits, and wherein trolleys holding the crates are able to rotate by means of a predefined path on perimetral guides of the frame so that the jets of the nozzles attack the required walls of the crates on four sides.

CONTAMINATION INHIBITING LIVESTOCK WATER BOWL

A water bowl for providing water to livestock animals to drink from. The bowl allows itself to be pivoted to a tipped position to allow for removal of debris or dirty water from inside surfaces of the bowl by an internally positioned water valve, and thus improve the quality of water for livestock. The bowl also minimizes the surface area of water in the bowl that is open to contamination. 1. An apparatus for providing water to a livestock animal , comprising:a vessel for retaining water;a valve biased to a closed position for substantially preventing a flow of the water into the vessel, the valve being operable between the closed position and an open position for controllably dispensing the water into the vessel when contacted by the livestock animal; andwhereby the vessel is pivotable from a drinking position to a tipped position to allow for removal of debris or dirty water from inside surfaces of the vessel by the valve.2. The apparatus of claim 1 , wherein the vessel is pivotable downwardly.3. The apparatus of claim 1 , wherein the vessel is operably able to pivot from the drinking position to about 60 degrees to assume the tipped position.4. The apparatus of claim 1 , wherein the valve is rotatable claim 1 , and can be actuated to the open position when pushed or contacted in any direction by the livestock animal.5. The apparatus of claim 4 , wherein the valve is movable in a range of about 10 to 15 degrees from its vertical axis.6. The apparatus of claim 1 , wherein the vessel further comprises a frame portion joined to a structural member integrated within a stall environment claim 1 , and a bucket portion pivotably connected to the frame portion.7. The apparatus of claim 1 , wherein the frame portion is pivotably connected to the bucket portion by a hinge pin.8. The apparatus of claim 1 , wherein the vessel is pivotably joined to a side portion of a structural member integrated within a stall environment.9. The apparatus of claim 1 , wherein the vessel ...

ANIMAL WATER DISPENSER APPARATUS

An animal water container has a container with an inlet opening and an outlet opening in which the inlet opening is positioned below the outlet opening, a water hose connected to the inlet opening and adapted to pass fresh water into an interior of the container, and a nozzle affixed to the inlet opening. The nozzle is positioned adjacent the bottom of the container. The nozzle is adapted to direct an unobstructed pressurized flow of water toward the bottom of the container so as to pressure wash, clean and remove debris from the interior of the container. The outlet opening is adapted to allow water from the interior of the container to be released outwardly of the container. 1. An animal water container comprising:a container having an inlet opening and an outlet opening, the inlet opening positioned below the outlet opening;a water hose connected to the inlet opening, said water hose being adapted to pass fresh water into an interior of said container, the outlet opening adapted to allow water from the interior of said container to be released outwardly of said container; anda nozzle affixed to the inlet opening, said nozzle positioned adjacent the bottom of said container, said nozzle adapted to direct an unobstructed pressurized flow of water toward the bottom of said container so as to pressure wash, clean and remove debris from the interior of said container.2. The animal water container of claim 1 , said nozzle having a reduced diameter discharge port adapted to pressurize the flow of water from the inlet opening.3. The animal water container of claim 2 , the reduced diameter discharge port having a stadium shape.4. The animal water container of claim 3 , the stadium shape having an upper side and a lower side claim 3 , the lower side extending generally parallel to the bottom of said container.5. The animal water container of claim 3 , the reduced diameter discharge port positioned in the interior of said container.6. The animal water container of claim 2 , ...

CLEANING METHOD OF OIL TANK AND CLEANING DEVICE OF SAME

Crude oil is discharged from an oil tank. A nozzle is inserted into a support opening formed in advance on a roof of the oil tank. A cleaning liquid containing LCO is injected from the nozzle over the sludge accumulated inside the oil tank after the crude oil is discharged from the oil tank. The cleaning liquid in which the sludge is dissolved is discharged from the oil tank and is returned to the oil tank for recycle cleaning. Subsequently, the cleaning liquid in which the sludge is dissolved is discharged from the oil tank. 1. A method of cleaning an inside of an oil tank provided with a roof having an existing opening , the method comprising:a preparation step of inserting a nozzle into the existing opening;a cleaning step of injecting from the nozzle a cleaning liquid comprising LCO (Light Cycle Oil) obtained by distillation of hydrocarbon oil by fluid catalytic cracking to sludge accumulated in the inside of the oil tank after crude oil is discharged from the oil tank to dissolve the sludge with the cleaning liquid, discharging the cleaning liquid in which the sludge is dissolved from the oil tank, and returning the cleaning liquid in which the sludge is dissolved to the oil tank; anda sludge discharging step of discharging the cleaning liquid in which the sludge is dissolved from the oil tank after cleaning the inside of the oil tank.2. The method according to claim 1 , whereinthe sludge comprises a soft sludge forming an upper layer and a hard sludge forming a lower layer,the cleaning liquid comprises a soft sludge cleaning liquid for dissolving the soft sludge and a hard sludge cleaning liquid for dissolving the hard sludge,the soft sludge cleaning liquid comprises the LCO and crude oil, andthe hard sludge cleaning liquid comprises the LCO and a chemical agent comprising a surfactant and limonene.3. The method according to claim 2 , whereinthe hard sludge cleaning liquid comprises an amount of the LCO at 1.0 time or more relative to an amount of the hard ...

APPARATUSES, SYSTEMS, AND METHODS FOR CLEANING

Embodiments of the present invention include systems, apparatuses, and methods for cleaning areas. A cleaning apparatus is provided having a programmable, portable, multi axis articulating arm (MAAA). The apparatus may include a base having at least one magnet configured to magnetically mount the apparatus within the areas to be cleaned. The MAAA may have a first end attached to the base and extending away from the base, and a second end attached to a nozzle. The MAAA may have a plurality of connected arm segments. The MAAA may include at least two rotatable joints allowing for manipulation of the nozzle and movement of the apparatus along multiple axes. 1. A cleaning apparatus , comprising:a base having at least one magnet;an arm having a first end attached to the base and extending away from the base; anda nozzle attached to a second end of the arm,wherein the arm includes at least two rotatable joints allowing for manipulation of the nozzle,wherein the base is configured to magnetically attach to a metal surface.2. The apparatus of claim 1 , wherein the at least one magnet is an electromagnet.3. The apparatus of claim 1 , further comprising at least one additional magnet configured to attach to the metal surface.4. The apparatus of claim 3 , wherein the base includes base extensions extending from the at least one magnet at a first end and attaching to a plate at a second end.5. The apparatus of claim 4 , further comprising a support beam having a first end attached to the metal surface and a second end attached to the plate.6. The apparatus of claim 5 , wherein the arm includes:a first arm member attached to the plate; anda second arm member attached to the first arm member,wherein the first arm member is configured to rotate relative to the plate around a first axis,wherein the second arm member is configured to rotate relative to the first arm member around a second axis that is substantially perpendicular to the first axis.7. The apparatus of claim 6 , ...

SYSTEM AND METHOD FOR FLUSHING A PUMP

A system for flushing a pump including a reservoir for a fluid, a filter in fluid communication with the reservoir, the filter having an outlet for providing clean fluid to a pump for a flushing operation, and a power source having a first driving shaft for pumping the fluid from the reservoir to the filter and a second driving shaft for driving the pump during the flushing operation. 1. A system for flushing a pump comprising:a reservoir for a fluid;a filter in fluid communication with the reservoir, the filter having an outlet for providing clean fluid to a pump for a flushing operation; anda power source having a first driving shaft for pumping the fluid from the reservoir to the filter and a second driving shaft for driving the pump during the flushing operation.2. The system of claim 1 , further comprising a pump mounting structure for mounting a pump for a flushing operation.3. The system of claim 2 , wherein the pump mounting structure includes an adjustable bracket configured to accommodate pumps of more than one size.4. The system of claim 1 , further comprising a variable gear drive connected to one of the first driving shaft and the second driving shaft.5. The system of claim 1 , further comprising a first pump coupled to the first driving shaft for pumping the fluid from the reservoir to the filter.6. A system for flushing a pump comprising:a platform;a reservoir for a fluid;a filter in fluid communication with the reservoir, the filter having an outlet for providing clean fluid to a pump for a flushing operation;a power source mounted on the platform and having a first driving shaft and a second driving shaft, the second driving shaft configured to drive a second pump for the flushing operation; anda first pump connected to the first driving shaft for pumping the fluid from the reservoir to the filter for the flushing operation.7. The system of further comprising a pump mounting structure for mounting a pump for a flushing operation.8. The system of ...

PROCESS FOR REMOVING CONTAMINANTS IN A COMPRESSOR

A process for preventing contaminants from forming in a compressor in a methanol to olefin separation system comprising: compressing an effluent in the compressor, the compressor having an inlet in fluid communication with a suction line, an outlet, and an inner compressor surface; and injecting a contaminant prevention medium into the suction line of the compressor wherein any contaminants are removed from the compressor with the effluent and optionally separated or otherwise removed from the effluent stream in downstream equipment. 2. The process of wherein the contaminant prevention medium comprises water claim 1 , a C6+ hydrocarbon fraction claim 1 , a C7+ hydrocarbon fraction claim 1 , and/or more than 50 wt % aromatics.3. The process of wherein the contaminant prevention medium is injected at a point in the suction line sufficiently far from the inlet to provide for good mixing between the effluent and the contaminant prevention medium.43. The process of wherein the contaminant prevention medium is injected at a point in the suction line at least times the diameter of the suction line away from the inlet.5. The process of wherein the contaminant prevention medium is injected into the vertical segment of the suction line directly below the compressor.6. A process for removing contaminants from a compressor in a methanol to olefin separation system comprising:a. compressing an effluent in the compressor, the compressor having an inlet in fluid communication with a suction line, an outlet, and an inner compressor surface, the compressing occurring under conditions effective to form a contaminant on the inner compressor surface;b. injecting a contaminant removal medium into the suction line of the compressor;c. contacting the contaminant removal medium with the contaminant under conditions effective to remove the contaminant from the inner compressor surface thereby forming a mobile contaminant; andd. removing the mobile contaminant from the compressor.7. The ...

SYSTEM AND METHOD FOR REMOVING SLUDGE FROM A STORAGE TANK

The system and method permits the use of equipment that is located exterior to a container, such as a tank container liquid hydrocarbon material within which a sludge deposit has accumulated, and then inserted, as through an access opening in the side of the tank. In addition to other innovations, an improved hydraulic equipment positioning arrangement is provided, for both positioning, inserting and withdrawing the conduit structure and end effectors for accessing the sludge or sediment, which may include a leveling element preferably in the form of an hydraulic system that operates to move the assembly in a vertical plane as well as a rotary driven hydraulic system for driving the conduit structure along a long axis. 1. A system for removing sediment from a storage container , the storage container having an access opening through a side of the container , through which the bottom of the container can be reached , comprising:a concentric pipe member having an inner pipe surrounded by an outer pipe, said inner pipe being generally spaced from said outer pipe to create a generally annular open region therebetween;a supply of working fluid communicating with said inner pipe, said supply of working fluid being provided to said inner pipe under positive pressure;said inner pipe having a distal end;a nozzle releasabiy attachable to said distal end of said inner pipe;said outer pipe having at least one distal opening, with a source of negative pressure being applied to said outer pipe to remove material from the container;a length of said concentric pipe member including said inner pipe distal end and said outer pipe distal opening, being insertable through said access opening into said container;a platform carrying a portion of said concentric pipe member, said platform including a pipe drive mechanism for moving said concentric pipe in a horizontal direction generally along a long axis of said concentric pipe, said pipe drive mechanism including at least one rotary ...

METHOD AND APPARATUS FOR CLEANING

A method of cleaning a concrete bowl is provided including the steps of a) introducing water into at least one concrete bowl; b) collecting the water from the bowl after it has been used; and c) cleaning a concrete bowl by introducing at least some of the collected water into the bowl under pressure. 1. A method of cleaning a concrete bowl , comprising:a) introducing water into at least one concrete bowl;b) collecting the water from the bowl after it has been used; andc) cleaning a concrete bowl by introducing at least some of the collected water into the bowl under pressure.2. The method as claimed in wherein the recycled water is introduced into the bowl at a pressure of great than 1 bar and less than 20 bar.3. The method as claimed in wherein the recycled water is introduced into the concrete bowl at a pressure of approximately 5 bar.4. The method as claimed in wherein the concrete bowl is rotated during the cleaning process.5. The method as claimed in wherein the concrete bowl is rotated at a speed of greater than 2.5 rpm and less than 10 rpm.6. The method as claimed in wherein the concrete bowl is rotated at a speed of approximately 6 rpm.7. The method as claimed in wherein the recycled water is introduced by a probe.8. The method as claimed in wherein the probe ingresses at a speed of approximately 0.95 m/min.9. The method as claimed in wherein the probe egresses at a speed of approximately 0.95 m/min.10. The method as claimed in wherein the probe ingress and egress speed is greater than 0.3 m/min but no greater than 1.6 m/min.11. A station for cleaning a concrete bowl claim 7 , comprising:a probe for introducing water into a concrete bowl; andrecycling means for collecting and re-introducing the used water back into the concrete bowl; andan apparatus for supplying pressure to the recycled water.12. The station as claimed in wherein the apparatus to supply pressure to the recycled water is a pump.13. The station as claimed in wherein the probe includes nozzles ...

METHOD FOR CLEANING DISSOLUTION VESSELS AND SUBSEQUENT DOSING OF A DISSOLUTION MEDIA, AND MOBILE MODULAR CLEANING AND DOSING EQUIPMENT FOR THE IMPLEMENTATION THEREOF

The invention relates to a method for cleaning dissolution vessels and for the subsequent dosing of a dissolution media, and to mobile modular cleaning and dosing equipment for the implementation of said method. According to said method, injected water steam is used for the cleaning and is subsequently aspirated, together with the residues of the dissolution, and the vessel is then refilled with the desired quantity of a new dissolution media. The mobile modular cleaning and dosing equipment allows the cleaning and dosing to be carried out in situ without having to remove the dissolution vessels from the equipment or site where the dissolution tests are carried out, using self-sufficient modular equipment, and a novel steam supply line is used for the cleaning, which sprays the steam against the bottom of the vessel and the inner side walls. 1. A method for cleaning dissolution vessels and subsequent dosing of a dissolution medium characterised in that it comprises the following stages: a. Generating reheated steam', 'b. Preheating the dissolution medium to be dosed', 'c. Emptying of a vacuum tank, 'A. Standard conditioning, which in turn comprises the successive or simultaneous sub-stages a. Fitting and adjusting the lid of the dissolution glass', 'b. Pressing a button to start the process', 'c. Sucking up the dissolution medium using a suction tube', 'd. Decanting into the vacuum tank', 'e. Introducing steam at predetermined temperatures and pressure levels for a given time period depending on the dissolution medium used and a therapeutic agent tested', 'f. Sucking up steam using the suction tube and decanting into the vacuum tank', 'g. Decanting the dissolution medium and steam contained in the vacuum tank to the outside., 'B. Cleaning the dissolution glass, which in turn comprises the following successive or simultaneous sub-stages2. The method for cleaning dissolution vessels and subsequent dosing of a dissolution medium according to claim 1 , wherein after the ...

ROTATING CLEANER

The invention relates to a rotating cleaner () comprising a housing () which has a cavity () and an inlet () which is connectable to a fluid supply line, a shaft () extending in sections into the cavity (), a sprayer body () which has an interior space (), said sprayer body () being connected non-rotatably with the shaft () and including an outlet opening (), and further comprising a bearing () for rotatably supporting the shaft () in the housing (). To improve the spray pattern, it is proposed that the fluid manifold (′) designed for uniform distribution of the fluid is arranged in the interior space (). 1121091110314311616112131314. A rotating cleaner () comprising a housing () which has a cavity () and an inlet () which is connectable to a fluid supply line , a shaft () extending in sections into the cavity () , a sprayer body () which has an interior space () , said sprayer body () being connected non-rotatably to the shaft () and including an outlet opening () , and further comprising a bearing () for rotatably supporting the shaft () in the housing () , characterized in that a fluid manifold (; ′) designed for uniform distribution of the fluid is arranged in the interior space ().21313152828. The cleaner according to claim 1 , characterized in that the fluid manifold (; ′) completely covers a shaft inlet port () of the interior and has a plurality of openings (; ′) for uniform distribution of fluid.313133. The cleaner according to claim 2 , characterized in that the fluid manifold (; ′) is arranged co-rotatingly with the sprayer body ().413132627. The cleaner according to claim 1 , characterized in that the fluid manifold (; ′) comprises a hollow body having a cylinder () and a dome-shaped front end ().51330271313. The cleaner according to claim 5 , characterized in that the fluid manifold () has a discharge opening () which is provided at a maximum (M) of the dome-shaped front end () and which causes the fluid manifold (; ′) to empty.62828. The cleaner ...

SYSTEM, TOOL AND METHOD FOR CLEANING THE INTERIOR OF A FREIGHT CONTAINER

A tool and method for cleaning the interior of a freight container of ISO type. The tool having a framework, a robot movably connected to the framework and provided with a nozzle for supplying dry ice. The robot and the nozzle are adapted to clean the interior of the container by means of dry ice blasting. An actuating unit is arranged to move the robot between the framework and the interior of the container. The tool is a portable unit and has a size and a design that allows a truck adapted for gripping and carrying freight containers of ISO type to grip and carry the tool in order to move the tool to and from the container to be cleaned. 1. A method for cleaning the interior of a freight container of ISO type having an access opening for receiving goods , wherein the method comprises:providing a cleaning tool comprising a framework, a robot movable connected to the framework and having a nozzle for supplying a cleaning medium including dry ice, and an actuating unit arranged to move the robot relative the framework;gripping the framework of the tool with a truck designed for gripping and carrying freight containers of ISO type;driving the truck carrying the tool to the container to be cleaned;moving the robot into an interior of the container by means of the actuating unit; andmoving the nozzle by means of the robot along a programmed cleaning path while cleaning the interior of the container by means of dry ice blasting.2. The method of wherein the framework comprises a housing enclosing the robot and the actuating unit claim 1 , the housing having an opening sized to attach to the access opening of the container claim 1 , the truck is moving the tool to a position in which the opening of the housing is facing the opening of the container claim 1 , and the method comprises attaching the opening of the housing to the opening of container.4. A method for cleaning the interior of a freight container of ISO type having an access opening for receiving goods claim 1 , ...

METHOD AND APPARATUS FOR CLEANING VESSELS

A remotely-operable cleaning device having a claw assembly that can manipulate tools and instruments within a vessel. The cleaning device has collapsible tracks allowing it to be placed into small openings and to be expanded once it is passed through the small openings. The claw assembly may include opposing fingerlike projections. The cleaning device may be configured to handle forces from high pressure water lines. The cleaning device may be configured to assembly and disassembly via locking pins. The cleaning device may be transported and/or lowered into a vessel via a lift box or crane of the present invention. The crane may be configured for assembly at a location of interest. 1. A device for removing material from a vessel , comprising: a chassis and a remotely controllable articulating claw assembly connected to the chassis , the claw assembly having at least two joints and configured to manipulate high pressure spray equipment in an interior portion of the vessel , wherein the chassis includes first and second track members attached to a central member , the first and second track members configured to hinge about a central member such that they move in opposite directions and collapse close to the central member and expand away from the central member , wherein the chassis is stable in the expanded position and subjected to forces produced by the high pressure spray equipment.2. The device of claim 1 , wherein the first and second track members are removably attached to the chassis.3. The device of claim 1 , further comprising twist lock pins connecting the first and second track members to a first and a second track member extensions that operatively connect the first and second track members to the central member claim 1 , wherein the twist lock pins have locking grooves.4. A device for removing material from a vessel claim 1 , comprising:a chassis having a central member;a first track member substantially parallel to the central member and connected to ...

Method for washing sevoflurane storage container and method for storing sevoflurane

It is an object of the present invention to provide a method for effectively washing a used “sevoflurane storage container” without using expensive sevoflurane as a washing liquid. This object is achieved by employing the washing method, comprising the steps of: creating a state in which at least sevoflurane vapor is present in the storage container (step A); bringing a “liquid containing water as a major component” into contact with the inner wall of the sevoflurane storage container in the state in which sevoflurane vapor is present in the storage container and draining the liquid outside of the storage container while the liquid remains liquid after step A (step B); and introducing a drying gas into the storage container so as to drain the liquid remaining on the inner wall of the storage container together with the drying gas outside of the storage container after step B (step C).

Container cleaning device, discharge member for container cleaning device, and analyzer

Disclosed is a container cleaning device which cleans a container for holding a sample. The device comprises: a container holding section for holding the container which has a substantially spherical inner bottom; a discharge section which is inserted into the container; and a cleaning nozzle which discharges a cleaning liquid into the container. The discharge section comprises an aperture at the bottom, and comprises a discharge flow path which is connected to the aperture and discharges the sample or the cleaning liquid in the container, and the discharge section is insertable to the deepest part of the container, and the bottom part of the discharge section conforms to the shape of the substantially spherical inner bottom of the container.

Brewing Chamber Cleaner

A brewing chamber cleaner including a spinning or stationary assembly for spraying cleaning solution into the brewing chamber. The spinning assembly may be attached to a disk configured to removably reside in the brewing chamber, or be part of a coffee maker. Liquid pumped into the brewing chamber cleaner may cause the spinning assembly to spin by the liquid flowing past gears or a propeller, or by off center jets on the spinning member. Alternatively, the coffee maker includes a rotating shaft to cause the spinning assembly to spin or may include stator winding creating a rotating magnetic field to cause the spinning assembly to spin. In another embodiment the brewing chamber cleaner includes a wide spray provided by a fixed nozzle. A base is optionally provided to capture the spray and direct a flow into a bottom extraction needle of the coffee maker to clean the extraction needle. 1. A brewing chamber cleaner comprising:an adapter configured to be retained in a beverage brewer proximal to a brewing chamber water supply;an adapter inlet portion of the adapter;a dispersing member attached to the adapter;an interior of the dispensing member in fluid communication with the brewing chamber water supply through the adapter inlet; andorifices in the dispensing member providing fluid communication between the interior of the dispensing member and the brewing chamber, the orifices positioned and sized to spray the liquid flow through the orifices into the brewing chamber.2. A brewing chamber cleaner of claim 1 , wherein the adapter is a lid configured to rest above a brewing chamber claim 1 , and the brewing chamber cleaner further including:a skirt reaching downward from the lid;a ring extends radially from the lid, beyond the skirt, for supporting the brewing chamber cleaner in the brewing chamber;adapter inlet portion is a liquid inlet in the lid; andthe dispersing member is attached to the lid.3. The brewing chamber cleaner of claim 2 , wherein the skirt includes a ...

Sanitary Rotary Tank Cleaning Apparatus

A rotary tank cleaning spray nozzle assembly which includes a stationary housing, a rotary housing for rotation about a central axis of the stationary housing, and a nozzle carrying hub supported by the rotary housing for rotation about an axis transverse to the axis of the stationary housing. A support rod extends through the rotary housing and into the stationary housing with a lower end supporting the underside of the rotary housing and the upper end being secured by a retainer. The retainer is releasable to permit removal of the rotary housing and nozzle hub from an underside of the stationary housing. A fluid driven drive for the rotary housing and nozzle hub includes a pair of removably mounted bevel gear rings. In one embodiment, liquid lubricating, frustoconical, high load carrying bearings support rotatably. 1. A rotary tank cleaning spray nozzle assembly comprising:a stationary outer housing;a liquid inlet disposed at an upper end of said stationary housing for connection to a liquid supply and for direction of liquid into said stationary housing;a rotary housing disposed below said stationary housing for rotation relative to said stationary housing about a central axis of said stationary housing;a nozzle hub having at least one liquid spray nozzle, said nozzle hub being mounted on said rotary housing for rotation relative to said rotary housing about an axis transverse to the central axis of said stationary housing;a fluid driven drive mechanism including a stator mounted within said stationary housing for tangentially directing liquid passing through said housing, a rotor associated with said rotary housing for rotation as an incident to the tangential direction of liquid from said stator for rotating said rotary housing relative to said stationary housing;said rotary housing and nozzle hub having cooperating gears for rotating said nozzle hub relative to said rotary housing as an incident to rotation of said rotary housing with respect to said ...

Rotisserie Oven with Shooter Tube Cleaning System

A grease removal system for an oven that collects excess grease during a cook cycle into a reservoir, which also serves as a container for cleaning solution during a clean cycle. A high-pressured shooter tube allows the cleaning solution to be shot from the reservoir to a ceiling of the oven cavity without the need for extra tubing. 1. An oven comprising:an oven housing defining a cooking volume and having a door providing access to a cooking volume and sealing the cooking volume when the door is in a closed position;a heater communicating with the cooking volume to heat the same; anda cleaning assembly including a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the oven volume, a first suction pump communicating through a first opening in the reservoir to pump a cleaning solution out of the reservoir and expel the cleaning solution to the cooking volume through a nozzle positioned below a center of the cooking volume between a ceiling of the oven volume and the floor of the oven volume, and a conduit communicating with a second opening in the reservoir chamber and a collection container to permit a movement of grease out of the reservoir into the collection container.2. The oven of wherein the nozzle is configured to expel the cleaning solution through the drain opening.3. The oven of wherein the nozzle is concentric with the drain opening.4. The oven of wherein the nozzle is configured to expel the cleaning solution through a floor of the oven.5. The oven of further comprising an electronic computer communicating with the heater element claim 1 , the first pump claim 1 , and a second pump communicating with the conduit and executing a program stored in a non-transient medium to (a) receive commands from the user indicating a cooking schedule associated with cooking times and temperatures; (b) activate the second pump according to a selection of a cooking schedule indicating cooking of grease producing foodstuffs; (c) ...

AUTOMATIC WASHING SYSTEM FOR BUCKET MILKING MACHINE

The present invention is related to the type of milking machines with milk bucket or trolley bucket milking machine used for milk production mainly in small-medium scaled animal breeding enterprises. 1. The invention relates to an automatic washing method of an automatic washing system of the milking machine with milk bucket which is used for washing the bucket milking machine after milking automatically , having pre-rinsing , washing and final rinsing stages and also both increases the quality of the milk and prevents damage to the udder due to contamination , characterized in that it comprises the following process step;{'b': 3', '3, 'transferring the water or solution within the milk bucket () to all points in a pressurized manner by means of providing a sudden atmospheric air inlet into the vacuumed environment within the milk bucket ().'}2222422. An automatic washing system of a milking machine with milk bucket or trolley bucket milking machine according to claim 1 , characterized in that it comprises the following process steps; getting water or solution into the boiler (); when the level of the water or solution filled within the boiler () reaches to the required amount claim 1 , triggering the upper level sensor () of the float () claim 1 , cutting water or solution intake.32543. An automatic washing system of a milking machine with milk bucket or trolley bucket milking machine according to claim 1 , characterized in that it comprises the following process step; drafting the water or solution within the boiler () by means of vacuum through the washing jetter () and milking cluster () into the milk bucket () with vacuum.423221514. An automatic washing system of a milking machine with milk bucket or trolley bucket milking machine according to claim 1 , characterized in that it comprises the following process step; triggering the lower level sensor () of the boiler float () with the reduction of the water or solution in the boiler claim 1 , closing the washing ...

CLEANING DEVICE AND CLEANING METHOD

A method of cleaning an inner wall surface () of a bell jar (), by causing nozzles () to discharge a cleaning liquid which contains abrasive particles, includes the steps of: (a) causing the nozzles () to discharge the cleaning liquid at a discharge pressure at which erosion of the nozzles (), due to the cleaning liquid, occurs by not more than 500 μm/hour; and (b) adjusting a distance between the inner wall surface () and the nozzles () so that an impingement pressure, at which the cleaning liquid impinges on the inner wall surface (), secures a pressure at which dirt on the inner wall surface () can be removed. 1. A method of cleaning an inner wall surface of a bell jar for use in production of polycrystalline silicon , by causing nozzles to discharge a cleaning liquid at the inner wall surface , the cleaning liquid containing abrasive particles , the method comprising the steps of:(a) causing the nozzles to discharge the cleaning liquid at a discharge pressure at which erosion of the nozzles, due to the cleaning liquid, occurs by not more than 500 μm/hour; and(b) adjusting a distance between the inner wall surface and the nozzles so that an impingement pressure, at which the cleaning liquid impinges on the inner wall surface, secures a pressure at which dirt on the inner wall surface can be removed.2. The method as set forth in claim 1 , wherein:the impingement pressure is not less than 10 MPa.3. A method as set forth in claim 1 , further comprising the step of:(c) controlling a flow rate of the cleaning liquid in a flow path of the cleaning liquid up to a discharge orifice of each of the nozzles so that erosion of an inner wall of the flow path, due to the cleaning liquid, occurs by not more than 1 μm/hour.4. A device for cleaning an inner wall surface of a bell jar for use in production of polycrystalline silicon claim 1 , by causing nozzles to discharge a cleaning liquid at the inner wall surface claim 1 , the cleaning liquid containing abrasive particles ...

Cleaning Module, Sample Analyzer with Cleaning Module and Cleaning method

A cleaning module, a sample analyzer with the cleaning module and a cleaning method. Wherein, the cleaning module may include a disk body assembly and a cleaning assembly. The disk body assembly may include a disk body, the cleaning assembly and the disk body may move relatively, and the disk body and the cleaning assembly complete extraction of waste fluid and cleaning on a path of moving relatively. 1. A cleaning module , comprising:a disk body assembly, the disk body assembly comprising a disk body;a cleaning assembly, the cleaning assembly being provided with a waste fluid extracting station and a cleaning station, the waste fluid extracting station being an operating position when the cleaning assembly extracts waste fluid, and the cleaning station being an operation position when the cleaning assembly cleans; andthe cleaning assembly and the disk body being able to move relatively, and the cleaning station and the waste fluid extracting station being located inside the disk body.2. The cleaning module as claimed in claim 1 , wherein claim 1 , the disk body is provided with a plurality of reaction vessel placing portions claim 1 , the waste fluid extracting station is located inside one of the plurality of the reaction vessel placing portions claim 1 , and the cleaning station is located under the plurality of reaction vessel placing portions.3. The cleaning module as claimed in claim 2 , wherein claim 2 , the cleaning assembly further comprises a cleaning pool claim 2 , the cleaning station is located in the cleaning pool claim 2 , and the cleaning pool is located under the plurality of reaction vessel placing portions.4. The cleaning module as claimed in claim 3 , wherein claim 3 , a side wall of the cleaning pool is provided with a fluid inlet claim 3 , and a bottom wall of the cleaning pool is provided with a fluid outlet.5. The cleaning module as claimed in claim 1 , wherein claim 1 , the cleaning assembly is able to move along a vertical direction to ...

Method For Cleaning The Interior Of An Above Ground Storage Tank

An apparatus and method for cleaning the interior of an above ground storage tank includes a nozzle assembly mounted to a cover on the storage tank sidewall having a horizontally extending wash pipe fixedly and a suction pipe for recirculation of spent fluids. The wash pipe has an interior segment which can be extended to a tank floor and is configured with a bend to extend along the tank sidewall to which is attached a submersible swivel joint fitted with a choked nozzle. The nozzle assembly is attached to a control assembly so that the direction of flow from the nozzle may be manipulated by rotation of the swivel joint from the exterior of the storage tank. The nozzle also may be adjusted so the direction of flow may follow the angle of the tank floor. 1. A method for cleaning the adhered contents of an above ground storage tank comprising the steps of:(a) providing air above ground storage tank having a vertically extending sidewall defining a tank interior and a tank exterior and a downwardly sloped interior tank floor;(b) providing a nozzle assembly comprised of a vertically adjustable nozzle section having a wash pipe with a swivel joint whereby said wash pipe may be swiveled and a suction section having a draw pipe;(c) extending wash pipe of said nozzle section of said nozzle assembly through said sidewall into said tank interior to a position adjacent said tank floor;(d) extending said suction section of said nozzle assembly through said sidewall into said tank interior;(e) providing a high pressure fluid supply line and connecting said fluid supply line to said nozzle section of said nozzle assembly;(f) providing a suction assembly on said tank exterior and connecting said suction assembly to said suction section of said nozzle assembly;(g ) injecting fluid through said nozzle section and washing the adhered contents of said above ground storage tank with said injected fluid;(h) providing a control mechanism whereby said nozzle assembly may be swiveled from ...

STORMWATER VAULT SERVICING PROCESS

A stormwater vault and a process for servicing the stormwater vault speeds the process of cleaning a stormwater vault. The stormwater vault has a built in liquefaction system for liquefying settled debris in the vault which works together with a sloped or angled floor in the vault. The settled debris is flushed toward the inlet to a vacuum removal line inserted into the vault through an access opening for removing the settled debris from the vault. 1. A method of cleaning a stormwater vault comprising the steps of:selecting a stormwater vault having an interior chamber having an upper and lower chamber portion and having a stormwater inlet thereinto and an outlet therefrom, said vault housing having an access entrance thereinto and having a water pipe having a plurality of outlets therefrom mounted in the bottom portion of said vault chamber positioned for flushing debris settled in said vault chamber and a supply pipe located in said vault chamber and connected to said water pipe and having a water coupling thereon positioned for attaching a water line thereto from outside the vault;opening said vault access entrance;inserting a vacuum suction line having an inlet end for drawing materials thereinto into said vault through said access entrance;withdrawing sediment in the bottom portion of said vault chamber beneath said inserted vacuum line;connecting a water line to said water pipe coupling; andapplying water under pressure into said water pipe to spray water out said water pipe outlets to liquify and move the sediment in said vault chamber towards said vacuum inlet to withdraw the moved sediment from said vault.2. The method of cleaning a stormwater vault in accordance with including the step of turning off the water from said water line and removing said vacuum suction line from said vault upon removal of settled debris therefrom.3. The method of cleaning a stormwater vault in accordance with including the step of selecting a stormwater vault having a sloped ...

Programmable tank cleaning nozzle

Manual, automated, or semi-automated programmable tank cleaning nozzle systems, devices and methods for providing safe and efficient methods for breaking up oil, tar, chemical, radioactive, hazardous, or any other liquid, solid, or sludge waste inside storage tanks, ballast tanks, floating roof tanks, void tanks, rail tank cars and the like with nozzles which utilize fluid jets to break up, liquefy, and motivate tank material. The programmable tank cleaning nozzle incorporates two degrees of freedom and can be mounted to existing booms, robotic arms, gantry systems, rigid beams, manways, or any other rigid structure. The programmable tank cleaning nozzle can be a standalone, independent unit or integrated into new designs and/or existing systems. Simplified programming and user interface allowing an operator to remotely operate the system without the need for a camera system. The system is hydraulically controlled and can work in the presence of flammable vapors and dust.

Self-Cleaning Tackle Box

The invention is a tackle box in which both the lid and the base are fitted with a clean water inlet and waste water outlet, respectively, with an optional outlet hose attached the the water outlet, so that upon entry of clean water the tackle box is configured to be self-cleaning and can be left open for a few hours or overnight to dry. 1. A tackle box , comprising a base , a lid , and at least one substantially vertical partition therein , wherein said at least one vertical partition contains perforations therein , and further wherein said lid contains a clean water inlet and said base contains a waste water outlet.2. The tackle box of claim 1 , wherein said waste water outlet has an outlet hose attached thereto.3. The tackle box of claim 1 , wherein at least four substantially vertical partitions contain perforations within said tackle box.4. The tackle box of claim 1 , wherein said waste water outlet is positioned on an outer vertical wall of said base near the lowermost edge.5. The tackle box of claim 1 , wherein said clean water inlet is positioned generally in the center of the uppermost surface of said lid.6. The tackle box of claim 1 , wherein said waste water outlet is positioned generally in the center of the lowermost surface of the base.7. The tackle box of claim 1 , wherein said base contains a false bottom which is slanted from the horizontal claim 1 , so as to encourage drainage of water via gravity in the direction of the waste water outlet.8. The tackle box of claim 1 , wherein said perforations have the dimension of approximately 0.5-10 mm.9. The tackle box of claim 1 , wherein said perforations have the dimension of approximately 2-5 mm.10. The tackle box of claim 1 , wherein substantially all structures thereof are constructed of a plastic material. This patent application claims priority to, and incorporates herein by reference, U.S. Provisional Patent Application No. 62/198,447 filed 29 Jul. 2015.Field of the InventionThe invention relates to ...

Assembly for Chemical Container Incising, Purging, and Water Rinsing

An assembly for chemical container incising, purging, and water rinsing incorporating a frame defining a processing space; a knife and nozzle within the processing space, the knife having a cutting edge and the nozzle being positioned rearwardly from the cutting edge; a first conduit communicating with the nozzle; a bracket component within the processing space and adapted for supporting the chemical container; a motion actuator within the processing space and operatively interconnecting the frame and a component selected from the group consisting of the knife and nozzle component and the bracket component, the motion actuator being adapted for, upon the bracket component's support of the chemical container, moving the selected operatively interconnected component between first and second positions, the blade and nozzle component residing within the chemical container upon movement to the second position, and the blade and nozzle component displacing from each other upon movement to the first position. 1: An assembly for incising , purging , and water rinsing a chemical container , the assembly comprising:(a) a frame defining a processing space;(b) a knife and nozzle component within the processing space, said component's knife having a forward cutting edge and said component's nozzle being positioned rearwardly from the forward cutting edge;(c) a first conduit communicating with the blade and nozzle component's nozzle;(d) a bracket component within the processing space, said component being adapted for supporting the chemical container;(e) a motion actuator within the processing space, the motion actuator operatively interconnecting the frame and a component selected from the group consisting of the knife and nozzle component and the bracket component, the motion actuator being adapted for, upon the bracket component's support of the chemical container, moving the selected component between first and second positions, the blade and nozzle component residing within ...

METHOD OF GRINDING AN INNER SURFACE OF A CYLINDRICAL TANK

A method of grinding an inner surface of a tank that includes convex first and second parts joined by a cylindrical part, the together defining an inner surface, the method including providing a frame for holding the tank and a stand rotatably connected to the frame. Initially, the frame assumes a horizontal position, and an amount of grinding material is placed into the tank covering a part of the inner surface of the tank. Thereafter, the tank is rotated about a central axis, causing the grinding material to move in a sliding and non-tumbling movement relative to the inner surface. The rotation is repeated in a first tilted position and in a second tilted position, wherein the grinding material extends on the inner surface between the cylindrical part and the respective points of interception between the first and second parts and the central axis of the tank. 1. A method of grinding an inner surface of a cylindrical tank comprising a convex first part , a convex second part , and a cylindrical part interconnecting said first part and said second part , said first part , said second part , and said cylindrical part together defining said inner surface , said cylindrical part defining a central axis , said method comprising the steps of: (1) a frame configured for holding said cylindrical tank so as to prevent substantial movement of said cylindrical tank except around said central axis, said frame comprising a motor and a drive mechanism operably connected to said motor, said drive mechanism being operable for interacting with said cylindrical tank; and', '(2) a stand rotatably connected to said frame, said stand defining a tilt axis in relation to said frame, said tilt axis being horizontal and perpendicular to said central axis;, '(a) providing a grinding assembly, said assembly comprising(b) holding said cylindrical tank by said frame and causing said frame to assume a horizontal position in which said first part and said second part are level;(c) placing an ...