Reduction of gas and aerosol pollution of atmospheric air at a condensate stabilization units

Author:

Ivanov A V,Strizhenok A V,Vorobey R Y

Abstract

Abstract There is a wide variety of uses for non-compliant hydrocarbon products in addition to utilization by flaring, but the implementation of each of them is accompanied by a number of regulatory and technological restrictions. The paper analyzes the influence of the flare system on the state of the atmospheric air in the area of one of the gas condensate production facilities in Western Siberia. A detailed analysis of the composition of the combusted gas mixture is carried out, a review of existing methods of using non-compliant hydrocarbon gas raw materials is made. The technical substantiation of the possibility of introducing a gas turbine units for power generation with the stage of intermediate gas accumulation in a soft gas tank of variable volume and also with a waste gas cleaning system to reduce the impact on the atmospheric air has been carried out. A detailed ecological and economic substantiation of the proposed measures is given.

Publisher

IOP Publishing

Subject

General Engineering

Reference23 articles.

1. Research and statistical analysis of the raw materials base of Gazprom Pererabotka in Western Siberia;Kasperovich;Vesti gazovoy nauki,2016

2. Thermal desorption treatment of petroleum hydrocarbon-contaminated soils of tundra, taiga, and forest steppe landscapes;Bykova,2021

3. Modern methods of analytical control of industrial gases;Cheremisina;Journal of Mining Institute,2017

4. Novorossiysk agglomeration landscapes and cement production: geochemical impact assessment;Alekseenko;IOP Conference Series: Earth and Environmental Science,2016

5. On development of system for environmental monitoring of atmospheric air quality;Volkodaeva;Journal of Mining Institute,2017

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