Title : ( An Investigation on Effects of Catalytic Bed Temperature, Tailgas Ratio and Type of Catalytic Bed on the Sulphur Recovery UsingTSWEET® Process Simulator )
Authors: samer asadi , Majid Pakizeh , Mahdi Pourafshari Chenar ,
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Abstract
Recovery of elemental sulfur from acid gas has been developed over 100 years ago. In the present sulfur recovery unit (SRU), hydrogen sulfide (H2S) is converted to elemental sulfur using the modified sulfur recovery unit. In this paper, using a process simulator known as TSWEET®, SRU was simulated. The effects of tail gas ratio and catalytic bed type on the sulphur recovery were studied and subsequently optimization of the beds temperature in order to enhancing the sulphur recovery was verified at a given acid gas feed and air input to the simulator program. It is shown that the optimal catalytic bed temperature, tail gas ratio and type of catalytic bed are evaluated, the minimum possible temperature (572°F), the ratio of 2.0 and type of hydrolysing Claus bed, respectively.
Keywords
, sulphur recovery, catalytic bed temperature, tail gas ratio, type of catalytic bed, TSWEET
@inproceedings{paperid:1020304,
author = {Asadi, Samer and Pakizeh, Majid and Pourafshari Chenar, Mahdi},
title = {An Investigation on Effects of Catalytic Bed Temperature, Tailgas Ratio and Type of Catalytic Bed on the Sulphur Recovery UsingTSWEET® Process Simulator},
booktitle = {نخستین همایش مدیریت پساب و پسماند در صنایع نفت و انرژی},
year = {2010},
location = {تهران, IRAN},
keywords = {sulphur recovery; catalytic bed temperature; tail gas ratio; type of catalytic
bed; TSWEET},
}
%0 Conference Proceedings
%T An Investigation on Effects of Catalytic Bed Temperature, Tailgas Ratio and Type of Catalytic Bed on the Sulphur Recovery UsingTSWEET® Process Simulator
%A Asadi, Samer
%A Pakizeh, Majid
%A Pourafshari Chenar, Mahdi
%J نخستین همایش مدیریت پساب و پسماند در صنایع نفت و انرژی
%D 2010
