DEVICE AND METHOD FOR DETERMINING SOLUBILITY OF ELEMENTAL SULFUR IN SULFUR-CONTAINING GAS

Disclosed are a device and method for measuring the solubility of elemental sulphur in a sulphur-containing gas. The device comprises a displacement pump (1), a first sampler (6), a high-temperature box (18), a back pressure pump (21), a control valve (20), an adsorption tank (23), a low-temperature...

Full description

Saved in:
Bibliographic Details
Main Authors TANG, DAQING, XIAO, FUSEN, WAN, YING, YANG, XUEFENG, LIU, TONG, WANG, LI, KONG, BO, CHEN, JINGYUAN, ZHANG, DIHONG, PU, ZHIJIN, XIE, BANGHUA, DING, ZHAO, ZHOU, HUA
Format Patent
LanguageEnglish
French
Published 10.01.2019
Subjects
Online AccessGet full text

Cover

Loading…
More Information
Summary:Disclosed are a device and method for measuring the solubility of elemental sulphur in a sulphur-containing gas. The device comprises a displacement pump (1), a first sampler (6), a high-temperature box (18), a back pressure pump (21), a control valve (20), an adsorption tank (23), a low-temperature box (48), a flow meter and a collection tank (35), wherein an outlet of the displacement pump (1) is in communication with an inlet of the first sampler (6); an outlet of the first sampler (6) is in communication with a first inlet of the control valve (20); a second inlet of the control valve (20) is in communication with an outlet of the back pressure pump (21); an outlet of the control valve (20) is in communication with a first opening of the adsorption tank (23); a second opening of the adsorption tank (23) is in communication with the flow meter; a third opening of the adsorption tank (23) is in communication with the collection tank (35); the first sampler (6) is located in the high-temperature box (18); the adsorption tank (23) is located in the low-temperature box (48); a valve (7) is arranged between the outlet of the first sampler (6) and the first inlet of the control valve (20); a valve (32) is arranged between the third opening of the adsorption tank (23) and the collection tank (35); and the collection tank (35) is suited for being heated.
Bibliography:Application Number: CA20183041576