basic information |
Reference number |
- |
Technical field |
Resource recovery |
Technology component |
Organic solvent recovery |
bibliographic information |
Application number |
Japanese patent application No.09-030754 |
Application date |
14-Feb-1997 |
Publication
number
|
Japanese laid-open patent No.10-109001 |
Publication date |
28-Apr-1998 |
Registry number |
Japanese patent No.3244639 |
Registration date |
26-Oct-2001 |
Applicant |
Techno Sigma KK |
Special affects |
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Priority
JP08211053 (Priority Date: 09-Aug-1996)
|
Technical content |
[Object]
To improve cooling efficiency and to enable down-sizing by dividing the
inside space of a cylindrical main body in an axial direction with a partitioning
plate, providing a pipe introducing port at the uppermost part and a lip.
discharging port at the lowermost part, and also providing a solvent vapor
introducing pipe penetrating into the main body, a reducing means and a
cooling means of a main body side wall, etc.
[Constitution]
The partitioning plates 7-1 are provided at the inside of the cylindrical
main body having a cylindrical shape, fixed at the inside of the cylindrical
main body and divided into spaces of (number of the partitioning plates
+1). Opening ports 8 are provided at all partitioning plates 7-1, and the
divided spaces communicate with each other with the opening ports. The
pipe introducing port 11 is provided at the uppermost space and the solvent
vapor introducing pipe 12 is penetrated. Then a suction pipe 17 is penetrated
through the cylindrical main body, and the pressure in the body is reduced
with a gas suction device. Then the side wall is cooled by circulating
a gaseous refrigerant in a pipe 19-1 wound densely around the outside of
the cylindrical main body. A condensed solvent is sent to a solvent recovering
vessel from the space at the lowermost part of the cylindrical man body
through the liq. discharging port 21. |
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