首页> 外国专利> SOLID-LIQUID SEPARATOR, METHOD FOR SOLID-LIQUID SEPARATION AND SEPARATED MATTER CONVEYANCE, USING THE SAME

SOLID-LIQUID SEPARATOR, METHOD FOR SOLID-LIQUID SEPARATION AND SEPARATED MATTER CONVEYANCE, USING THE SAME

机译:固液分离器,固液分离和物料运输的方法,使用相同的方法

摘要

PROBLEM TO BE SOLVED: To continuously separate solid matter in a slurry by supplying the slurry contg. solid matter to divided subsections located in the lower part of a solid-liquid separation drum section that is a freely-rotatable annular cylindrical body and passing a liquid fraction of the slurry through a mother liquor permeation section, to subject the slurry to solid-liquid separation and then, conveying the separated solid matter to the outside through a solid matter introduction section. SOLUTION: In this separator, a slurry to be treated is supplied to an intermediate annular space section 5 through a slurry supply section 52 and then allowed to flow downward along the inner peripheral surface of a solid-liquid separation drum section 2 rotating at a low speed and introduced into each of solid-liquid separation divided subsections 23 located in an almost lower part of the solid-liquid separation drum section 2. A liquid fraction of the introduced slurry, namely, a mother liquor is filtered and passed through a mother liquor permeation section 28 and allowed to flow downward to a storage section 41 of a mother liquor receiver 4 and also, immediately thereafter, the separated solid matter is washed with washing water that is supplied from a washing water supply section and sprayed on the solid matter. The washed solid matter remaining on a filter medium in each of the solid-liquid separation divided subsections 23, is moved toward the upper part with the rotation of the solid-liquid separation drum section 2 and then, allowed to fall by its own weight and recovered within a pipe 31 drum of a conveyance section 3 and thereafter, discharged to the next process stage from a discharge port 37 of an outside conveyance part 35.
机译:要解决的问题:通过供应浆液来连续分离浆液中的固体物质。固体物质进入位于可自由旋转的环形圆柱体的固-液分离鼓段下部的分隔子段,并使浆液的一部分液体通过母液渗透段,使浆液经历固液分离,然后将分离的固体物质通过固体物质引入部分输送到外部。解决方案:在该分离器中,待处理的浆液通过浆液供应区52供应到中间环形空间区5,然后沿着低速旋转的固液分离鼓区2的内周表面向下流动。速度并引入到位于固-液分离鼓部分2的几乎下部的每个固-液分离分离部分23中。将引入的浆料的液体部分,即母液过滤并通过母液。渗透部分28并使其向下流动至母液接收器4的储存部分41,并且此后立即用从洗涤水供应部分提供的洗涤水洗涤分离的固体物质并将其喷洒在固体物质上。通过固液分离鼓部2的旋转,残留在各固液分离分割部23中的过滤介质上的洗涤后的固体物向上部移动,然后因其自重而下落。回收到输送部分3的管31鼓中,然后从外部输送部分35的排出口37排放到下一处理阶段。

著录项

  • 公开/公告号JP2000005519A

    专利类型

  • 公开/公告日2000-01-11

    原文格式PDF

  • 申请/专利权人 CHLORINE ENG CORP LTD;

    申请/专利号JP19980193782

  • 发明设计人 OKITA KOSUKE;

    申请日1998-06-23

  • 分类号B01D33/06;B01D24/46;B01D33/44;B01D33/58;B01D24/38;B01D33/70;C02F11/12;

  • 国家 JP

  • 入库时间 2022-08-22 01:57:52

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