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    • 3. 发明申请
    • WASTEWATER CONCENTRATION SYSTEM
    • 废水浓缩系统
    • WO2014015270A2
    • 2014-01-23
    • PCT/US2013/051315
    • 2013-07-19
    • HEARTLAND TECHNOLOGY PARTNERS LLCDUESEL, Bernard, F.CLERKIN, Craig
    • DUESEL, Bernard, F.CLERKIN, Craig
    • C02F1/04
    • B01D1/16B01D1/0058B01D1/0076B01D1/0082B01D1/14B01D1/305C02F1/048C02F1/16C02F1/18C02F2201/008
    • A wastewater concentrator system is portable and scalable to effectively process up to forty thousand gallons of wastewater per day and more. The system has a portable assembly including a liquid evaporator assembly, gas-liquid separator, and exhaust assembly carried by a skid, which can be carried as a single unit on a mobile platform. The liquid evaporator assembly includes wastewater injection nozzles arranged to minimize buildup of material inside a mixing chamber. The gas-liquid separator has top access doors for installing and removing demister panels through a top wall and a sump adapted to provide scalability of the system to larger processing capacities while maintaining the portability. The system is adapted for connection to a plurality of heated gas sources and includes a control system designed to maintain a selected operating condition regardless of variations in the amount of heated gases supplied.
    • 废水浓缩系统便于携带并可扩展,可有效处理每天多达4万加仑的废水和更多废水。 该系统具有便携式组件,其包括液体蒸发器组件,气液分离器和由滑道携带的排气组件,其可作为移动平台上的单个单元携带。 液体蒸发器组件包括废水喷射喷嘴,其被布置为最小化混合室内材料的积聚。 气液分离器具有用于通过顶壁安装和除去除雾器面板的顶部入口门,以及适于在保持便携性的同时提供系统的可扩展性以达到更大的处理能力的池。 该系统适用于连接到多个加热气体源,并包括一个控制系统,该系统设计成保持选定的操作条件,而不管所供应的加热气体量的变化。

    • 5. 发明申请
    • WASTEWATER CONCENTRATION SYSTEM
    • 废水浓度系统
    • WO2014015270A3
    • 2014-03-13
    • PCT/US2013051315
    • 2013-07-19
    • HEARTLAND TECHNOLOGY PARTNERSDUESEL BERNARD FCLERKIN CRAIG
    • DUESEL BERNARD FCLERKIN CRAIG
    • C02F1/04
    • B01D1/16B01D1/0058B01D1/0076B01D1/0082B01D1/14B01D1/305C02F1/048C02F1/16C02F1/18C02F2201/008
    • A wastewater concentrator system is portable and scalable to effectively process up to forty thousand gallons of wastewater per day and more. The system has a portable assembly including a liquid evaporator assembly, gas-liquid separator, and exhaust assembly carried by a skid, which can be carried as a single unit on a mobile platform. The liquid evaporator assembly includes wastewater injection nozzles arranged to minimize buildup of material inside a mixing chamber. The gas-liquid separator has top access doors for installing and removing demister panels through a top wall and a sump adapted to provide scalability of the system to larger processing capacities while maintaining the portability. The system is adapted for connection to a plurality of heated gas sources and includes a control system designed to maintain a selected operating condition regardless of variations in the amount of heated gases supplied.
    • 废水浓缩器系统是便携式和可扩展的,能够每天有效处理四万加仑的废水。 该系统具有便携式组件,其包括液体蒸发器组件,气液分离器和由滑道携带的排气组件,其可以作为移动平台上的单个单元承载。 液体蒸发器组件包括布置成最小化混合室内的材料积聚的废水喷射喷嘴。 气液分离器具有用于通过顶壁安装和去除除雾器面板的顶部入口门和适于在保持便携性的同时提供系统的可扩展性以提供更大处理能力的贮槽。 该系统适于连接到多个加热气体源,并且包括被设计成保持所选择的操作条件而不管所供应的加热气体量的变化如何的控制系统。
    • 7. 发明申请
    • WATER-COOLED DISTILLING APPARATUS
    • 水冷式蒸馏装置
    • WO00048702A1
    • 2000-08-24
    • PCT/US2000/004144
    • 2000-02-17
    • B01D5/00C02F1/04B01D3/00
    • B01D1/0076B01D5/0036B01D5/0066B01D5/0081C02F1/04
    • A water-cooled apparatus (1) for distilling water (53), including a boiler (3), cooling tray assembly (5) and collection vessel (7). As the raw water in the boiler begins to boil, a self-regulating screen (25) rises to float above the raw water, at a height automatically adjusted in proportion to the rate of boil, exposing more and more surface area of the screen as the boiling rate increases. Clean steam rises from a water film (69) formed on the exposed screen surface and enters a condensing area (33) in one of several cooling tray assemblies (5). In each condensing area (33), the coolant water (55) evaporates from its reservoir (31) as the clean steam (70) supplies heat by condensing on the bottom surface (101) of the reservoir. Distillate (105) formed by the condensing steam is then transferred to a collection vessel (7).
    • 一种用于蒸馏水(53)的水冷设备(1),包括锅炉(3),冷却盘组件(5)和收集容器(7)。 当锅炉中的原水开始沸腾时,自调节屏幕(25)上升到浮在原水上方,在与煮沸比例成比例地自动调节的高度上,使屏幕的越来越多的表面积暴露 沸点升高。 清洁的蒸汽从形成在暴露的筛网表面上的水膜(69)升起并进入几个冷却盘组件(5)之一中的冷凝区域(33)。 在每个冷凝区域(33)中,当清洁蒸汽(70)通过在储存器的底表面(101)上冷凝来供应热量时,冷却水(55)从其储存器(31)蒸发。 由冷凝蒸汽形成的馏出物(105)然后被转移到收集容器(7)。