JPH01120902U

JPH01120902U -

Info

Publication number: JPH01120902U
Application number: JP1771588U
Authority: JP
Priority date: 1988-02-12
Filing date: 1988-02-12
Publication date: 1989-08-16
Anticipated expiration: 2003-02-12
Also published as: JPH0713764Y2

Description

[Brief explanation of the drawing]

第１図は、本考案気液分離装置を構成する熱交
換凝縮器の一例の略断面図、第２図は、断熱型凝
縮液溜容器の一例の略断面図であり、第３図はこ
れらの装置を中心として構成された溶媒濃縮シス
テムの略系統図である。１０――熱交換凝縮器、１２――垂直管路、１
４――頂部開口、１５――コネクタ、１６，３４
，５０――ボール・ジヨイント、１８――底部開
口、２０――容器、２２――循環管路、２４――
上端出口、２６――下端入口、３０――凝縮液溜
容器、３２――頂部、３６――頭部、３８――求
心手段、４０――透孔、４２――監視窓設置部、
４４――肩部、４６――胴部、４８――肩部開口
、５２――案内管、５４――貫通支持部、５６―
―底部開口、６０――濃縮装置、７０――凝固防
止溶媒容器、８０――回収溶媒容器、９０――容
器、Ａ――アスピレータ、Ｂ――ボール・ジヨイ
ント、Ｃ――コツク、Ｎ――ニードル・バルブ、
ＴＣ――三方コツク。 FIG. 1 is a schematic sectional view of an example of a heat exchange condenser constituting the gas-liquid separation apparatus of the present invention, FIG. 2 is a schematic sectional view of an example of an adiabatic condensate storage container, and FIG. FIG. 1 is a schematic diagram of a solvent concentration system configured mainly around the device of FIG. 10--heat exchange condenser, 12--vertical pipe, 1
4--Top opening, 15--Connector, 16, 34
,50--ball joint, 18--bottom opening, 20--container, 22--circulation pipe, 24--
Upper end outlet, 26--lower end inlet, 30--condensate reservoir, 32--top, 36--head, 38--centripetal means, 40--through hole, 42--monitoring window installation part,
44--shoulder part, 46--body part, 48--shoulder opening, 52--guide tube, 54--penetrating support part, 56-
- Bottom opening, 60 - Concentrator, 70 - Anti-coagulation solvent container, 80 - Recovery solvent container, 90 - Container, A - Aspirator, B - Ball joint, C - Kotoku, N - needle valve,
TC--Mikata Kotuku.

Claims

[Claims for Utility Model Registration] (1) It has a top opening that allows connection to pressure reduction means or steam generation means and a bottom opening that allows steam to flow in and condensate to flow out, and that connects both openings. It is centered on a vertical pipe through which an ascending or descending flow of steam and a descending flow of condensate pass, and is composed of a cooling medium container disposed surrounding the pipe and formed integrally with the pipe, a heat exchange condenser provided with a cooling medium circulation pipe extending substantially parallel to the vertical pipe inside the vertical pipe; and a heat insulator having an opening at the top that is detachable from the bottom opening of the vertical pipe. A gas-liquid separation device consisting of a type condensate storage container. (2) The gas-liquid separation device according to claim 1, wherein the cooling medium circulation pipe is arranged substantially concentrically with the vertical pipe. (3) The gas-liquid separation device according to claim 1, wherein the upper end outlet of the cooling medium circulation pipe is opened downward. (4) The gas-liquid separation device according to claim 1, wherein the container for the cooling medium is a dewar bottle. (5) The heat exchange condenser and the adiabatic condensate reservoir are such that the bottom opening of the vertical pipe and the opening of the reservoir are connected via a ground ball joint. Item 1. Gas-liquid separator according to item 1. (6) A container with an opening at the top that can be freely connected to the bottom opening of the heat exchange condenser, and an opening at the shoulder that allows connection to pressure reduction means or steam generation means,
A gas-liquid separation device comprising an insulated condensate storage container, the shoulder supporting a passage of a guide tube opening at the bottom of the container for draining the condensate by suction or supplying a condensate anti-caking solvent. (7) The adiabatic condensate storage container according to claim 6, wherein the head of the container extending from the top to the shoulder is provided with a centripetal means for the condensate flowing in from the top opening and a monitoring window for the centripetal means. Gas-liquid separation equipment including. (8) The gas-liquid separator according to claim 6, wherein the adiabatic condensate storage container is a dewar bottle. (9) The gas-liquid separator according to claim 6, wherein the centripetal means is a funnel-shaped means provided with ventilation holes on the side surface and whose lower end is shaped into a shape suitable for centripetal dripping of the condensate. (10) The gas-liquid separator according to claim 7, wherein the monitoring window is a non-silver plated surface provided on the dewar bottle.