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    • 1. 发明授权
    • Sludge extraction system for biological waste water reactors
    • 生物废水反应堆污泥提取系统
    • US08354027B2
    • 2013-01-15
    • US13206168
    • 2011-08-09
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • C02F3/28C02F11/04
    • C02F3/2846B01J2219/00774B01J2219/1946C02F11/04C02F2203/006
    • A reactor for biological purification of waste water includes a reactor vessel having a substantially flat or a round bottom, at least one supply pipe arranged in a lower region of the reactor vessel for feeding the waste water to be purified into the reactor, at least one fluid discharge pipe for discharging purified waste water from the reactor, at least one solid matter discharge pipe arranged in the lower region of the reactor vessel for discharging solid matter from the reactor and at least one diverting means including at least one diagonally extending section. The at least one diverting means is designed and/or arranged so that solids sinking to the bottom of the reactor from the upper region of the reactor are deflected so that the solids settle in a region of the at least one solid matter discharge pipe and are discharged from the reactor through the at least one solid matter discharge pipe.
    • 用于生物净化废水的反应器包括具有基本平坦或圆底的反应器容器,设置在反应器容器的下部区域中的至少一个供给管,用于将要净化的废水进料到反应器中,至少一个 用于从反应器排出纯化废水的流体排放管,布置在反应器容器的下部区域中的用于从反应器排出固体物质的至少一个固体物质排放管和至少一个包括至少一个对角延伸部分的转向装置。 所述至少一个转向装置被设计和/或布置成使得从所述反应器的上部区域下沉到所述反应器的底部的固体被偏转,使得所述固体沉降在所述至少一个固体物质排出管的区域中,并且是 通过至少一个固体物质排出管从反应器排出。
    • 2. 发明授权
    • Reactor inlet
    • 反应器入口
    • US08337699B2
    • 2012-12-25
    • US13204258
    • 2011-08-05
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • C02F3/28
    • C02F1/006C02F3/2846C02F3/2873C02F2103/28C02F2209/40
    • The invention relates to a reactor for anaerobically purifying waster water, especially waste water from the paper industry, comprising a reactor vessel, several inlets arranged in the bottom region of the reactor vessel to feed waste water to be purified into the reactor, at least one outlet for discharging purified water, and at least one sediment drain. One or more inlets are fed by a supply pipe, and several supply pipes are fed by a collecting supply pipe. In order to ensure that waste water to be purified is fed as regularly as possible at the bottom of the reactor vessel, at least the majority of the supply pipes of a collecting supply pipe supply waste water to be purified to a maximum of 10 inlets, and at least the majority of said supply pipes each have a control valve.
    • 本发明涉及一种用于厌氧净化废水的反应器,特别是来自造纸工业的废水,其包括反应器容器,布置在反应器容器的底部区域中的几个入口,用于将要净化的废水进料到反应器中,至少一个 排出净化水的出口和至少一个沉淀物排泄物。 一个或多个入口由供应管供给,并且几个供应管由收集供应管供给。 为了确保要在净化的废水在反应堆的底部尽可能规定地进料,集水供应管的至少大部分供应管道将待净化的废水提供到最多10个入口, 并且至少大部分所述供给管各自具有控制阀。
    • 3. 发明申请
    • REACTOR INLET
    • 反应器入口
    • US20120031835A1
    • 2012-02-09
    • US13204258
    • 2011-08-05
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • C02F3/28C02F103/28
    • C02F1/006C02F3/2846C02F3/2873C02F2103/28C02F2209/40
    • The invention relates to a reactor for anaerobically purifying waster water, especially waste water from the paper industry, comprising a reactor vessel, several inlets arranged in the bottom region of the reactor vessel to feed waste water to be purified into the reactor, at least one outlet for discharging purified water, and at least one sediment drain. One or more inlets are fed by a supply pipe, and several supply pipes are fed by a collecting supply pipe. In order to ensure that waste water to be purified is fed as regularly as possible at the bottom of the reactor vessel, at least the majority of the supply pipes of a collecting supply pipe supply waste water to be purified to a maximum of 10 inlets, and at least the majority of said supply pipes each have a control valve.
    • 本发明涉及一种用于厌氧净化废水的反应器,特别是来自造纸工业的废水,其包括反应器容器,布置在反应器容器的底部区域中的几个入口,用于将要净化的废水进料到反应器中,至少一个 排出净化水的出口和至少一个沉淀物排泄物。 一个或多个入口由供应管供给,并且几个供应管由收集供应管供给。 为了确保要在净化的废水在反应堆的底部尽可能规定地进料,集水供应管的至少大部分供应管道将待净化的废水提供到最多10个入口, 并且至少大部分所述供给管各自具有控制阀。
    • 4. 发明申请
    • SLUDGE EXTRACTION SYSTEM FOR BIOLOGICAL WASTE WATER REACTORS
    • 用于生物废水反应器的污泥提取系统
    • US20120018372A1
    • 2012-01-26
    • US13206168
    • 2011-08-09
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • Axel GommelDieter EfingerWerner GesslerRonald Mulder
    • C02F3/28C02F3/00
    • C02F3/2846B01J2219/00774B01J2219/1946C02F11/04C02F2203/006
    • A reactor for biological purification of waste water includes a reactor vessel having a substantially flat or a round bottom, at least one supply pipe arranged in a lower region of the reactor vessel for feeding the waste water to be purified into the reactor, at least one fluid discharge pipe for discharging purified waste water from the reactor, at least one solid matter discharge pipe arranged in the lower region of the reactor vessel for discharging solid matter from the reactor and at least one diverting means including at least one diagonally extending section. The at least one diverting means is designed and/or arranged so that solids sinking to the bottom of the reactor from the upper region of the reactor are deflected so that the solids settle in a region of the at least one solid matter discharge pipe and are discharged from the reactor through the at least one solid matter discharge pipe.
    • 用于生物净化废水的反应器包括具有基本平坦或圆底的反应器容器,设置在反应器容器的下部区域中的至少一个供给管,用于将要净化的废水进料到反应器中,至少一个 用于从反应器排出纯化废水的流体排放管,布置在反应器容器的下部区域中的用于从反应器排出固体物质的至少一个固体物质排放管和至少一个包括至少一个对角延伸部分的转向装置。 所述至少一个转向装置被设计和/或布置成使得从所述反应器的上部区域下沉到所述反应器的底部的固体被偏转,使得所述固体沉降在所述至少一个固体物质排出管的区域中,并且是 通过至少一个固体物质排出管从反应器排出。
    • 8. 发明授权
    • Process and a decker for bringing together two suspension layers
    • US06558557B1
    • 2003-05-06
    • US09249794
    • 1999-02-16
    • Axel GommelJosef SchneidRolf Wenske
    • Axel GommelJosef SchneidRolf Wenske
    • B01D3700
    • D21F1/66D21D1/40
    • Process and decker for bringing together a first aqueous pulp suspension layer with at least one additional suspension layer. The process includes moving the first pulp suspension layer and the at least one additional suspension layer on moving layer supports, and guiding sides of the first pulp suspension layer and the at least one additional suspension layer that are adapted to contact each other on guiding surfaces that are one of stationary and limitedly moving. The guide surfaces include contoured surfaces arranged to run substantially parallel to the layer supports. The process further includes applying the at least one additional suspension layer onto the first pulp suspension layer at a wedge-shaped gap, and draining the first pulp suspension layer and the at least one additional suspension layer. The decker includes at least one rotating cylinder, and an endless wire guided around at least a portion of an outer circumference of the at least one rotating cylinder. The at least one rotating cylinder and the endless wire form a wedge-shaped gap. The decker also includes a first suspension introducing device for introducing a first suspension layer into the wedge-shaped gap, a displacer arranged upstream from the wedge-shaped gap that includes first and second guide surfaces, in which the first guide surface is arranged to be substantially parallel to a portion of the outer circumference of the at least one rotating cylinder adjacent thereto and the second guide surface is arranged to be substantially parallel to a portion of the endless wire adjacent thereto. At least one second suspension introducing device for introducing at least one second suspension layer into the wedge-shaped gap is also provided. The at least one second suspension introducing device is positioned to introduce the at least one second suspension layer upstream of the wedge-shaped gap and between the at least one rotating cylinder and the displacer.