RUSENG
Natural energy sources and carbon materials
Scientific Journal

Engineering
Simulation of the Klaus installation. A workshop on the discipline: "Processes and devices of oil and gas chemical processing"
Kemalov A.F. 1, Kemalov R.A. 3, Nurullin A.R. 2

1. Head of the Department of Technology of Oil, Gas and Carbon Materials, Academician of the Russian Academy of Natural Sciences
2. Department of Technology of Oil, Gas and Carbon Materials KFU
3. Department of Technology of Oil, Gas and Carbon Materials KFU

Резюме:

the article analyzes the purpose and brief characteristics and physico-chemical bases of the processes of utilization of hydrogen sulfide-containing gases and sulfur production: thermal stage, catalytic stage, purification of tail gases, sulfur degassing, sulfur granulation. The technological efficiency of the processes under consideration has been studied, a description of the technological scheme of the sulfur production plant, characteristics of finished products, and technological calculation of the current Klaus installation have been carried out in the technological part of the report.

Keywords: physico-chemical bases of the processes of utilization of hydrogen sulfide-containing gases and sulfur production, thermal stage, catalytic stage, purification of tail gases, sulfur degassing, sulfur granulation, technological efficiency of the processes under consideration, description of the technological scheme of the sulfur production plant, characteristics of finished products, technological calculation of the operating Klaus installation


Reference

Kemalov A.F. 1, Kemalov R.A. 3, Nurullin A.R. 2 Simulation of the Klaus installation. A workshop on the discipline: "Processes and devices of oil and gas chemical processing" // Природные энергоносители и углеродные материалы & Natural energy sources and carbon materials. – 2023. – № 06;
URL: energy-sources.esrae.ru/38-169 (Date Access: 22.11.2024).


Embed on your website or blog

Viewed articles

Today: 210 | Week: 210 | Total: 210


Comments (0)