Резюме:

the article analyzes the purpose and brief description, physico-chemical bases, feasibility study of the processes of steam reforming of methane with hydrogen release: characteristics of feedstock products, thermal decomposition of methane, catalytic oxidation Kinetics of hydrogenation of synthesis gas. The physico-chemical foundations of the process have been studied: purification of natural gas from sulfur compounds, steam conversion of natural gas; Selection and justification of the technological scheme of production, the stage of hydrogenation of synthesis gas. In the technological part of the process, the technological scheme of the process, rectification of raw methanol, synthesis gas production, production control (GOST), description of the technological scheme; oil and gas companies in which this process is applicable, the calculation part.

Keywords: purpose and brief description, physico-chemical bases, feasibility study of methane steam reforming processes with hydrogen release, characteristics of feedstock products, thermal decomposition of methane, catalytic oxidation, kinetics of synthesis gas hydrogenation, physico-chemical bases of the process have been studied, purification of natural gas from sulfur compounds, steam conversion of natural gas selection and justification of the technological scheme of production, the stage of hydrogenation of synthesis gas. in the technological part of the process, the technological scheme of the process, rectification of raw methanol, synthesis gas production, production control, description of the technological scheme; oil and gas companies in which this process is applicable, the calculation part.

Kemalov A.F. ¹, Kemalov R.A. ³, Nurullin A.R. ² SIMULATION OF A METHANE STEAM REFORMING PLANT WITH HYDROGEN RELEASE. 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. – № 04;
URL: energy-sources.esrae.ru/36-170 (Date Access: 27.12.2024).

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