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Abstract <p>In this paper the plasmachemical synthesis of carbon disulfide from methane and hydrogen sulfide is investigated. Thermodynamic estimation methodology and its results are presented and discussed. The conversion of aforementioned reagents requires 6.23 MJ/kg<sub>mixture</sub> (1.77 kWh/kg<sub>mixture</sub>). Energy input for carbon disulfide synthesis are estimated to be 52.6 MJ/kg<sub>CS2</sub>. Since the specific flow rate of the argon was chosen to be 2 kg<sub>Ar</sub>/kg<sub>mixture</sub> the resulting plasma enthalpy is calculated to be 3.2MJ/kg.</p>

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Plasma Synthesis of Carbon Disulfide from Methane and Hydrogen Sulfide

  • 期刊论文

  • 发表日期：

    2026年4月20日

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  • S. D. Popov,
  • D. I. Subbotin,
  • E. O. Serba,
  • M. V. Obryvalin,
  • Yu. S. Denisov,
  • V. E. Popov,
  • A. V. Surov

摘要

Abstract

In this paper the plasmachemical synthesis of carbon disulfide from methane and hydrogen sulfide is investigated. Thermodynamic estimation methodology and its results are presented and discussed. The conversion of aforementioned reagents requires 6.23 MJ/kgmixture (1.77 kWh/kgmixture). Energy input for carbon disulfide synthesis are estimated to be 52.6 MJ/kgCS2. Since the specific flow rate of the argon was chosen to be 2 kgAr/kgmixture the resulting plasma enthalpy is calculated to be 3.2MJ/kg.