Simulation of Oxidative Coupling of Methane in Solid Oxide Fuel Cell Type Reactor for C2 Hydrocarbon and Electricity Co-Generation

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概要

• 論文の詳細を見る

• The production of C2 hydrocarbons and electricity through oxidative coupling of methane in an SOFC reactor operated at maximum power at load was simulated. La0.85Sr0.15MnO3/8 mol%Y2O3-ZrO2/La1.8Al0.2O3 (abbreviated as LSM/YSZ/LaAlO) were used as a cathode, electrolyte and an anode, respectively. A plug flow reactor model (PFRM) was developed using kinetic parameters of the oxidative coupling of methane and the oxygen permeability through LSM/YSZ/LaAlO from our previous works. Good agreements of power generation between experimental and simulation results were obtained. The effect of operating conditions; i.e., operating temperature, methane feed flow rate and concentration on the anode, oxygen concentrations on the cathode, and operating pressure were investigated. Methane conversion and C2 selectivity increase with increasing operating temperature. In our system, most of C2 production is ethylene, which is more favored than ethane. Methane conversion decreases with increasing methane feed flow rate while C2 selectivity slightly increases. No effort on air purification is required in the SOFC system. Higher methane feed concentrations on the anode give higher power. The reactor performance increases at higher pressures. The results suggest that our SOFC system is an excellent reactor for C2 production where electric power is generated simultaneously.

• 社団法人 化学工学会の論文

著者

• PRASERTHDAM Piyasan

  Center of Excellence in Catalysis and Catalytic Reaction Engineering, Dept. of Chemical Engineering,

• ASSABUMRUNGRAT Suttichai

  Center of Excellence in Catalysis and Catalytic Reaction Engineering, Dept. of Chemical Engineering,

• GOTO Shigeo

  Department of Chemical Engineering, Nagoya University

• TAGAWA Tomohiko

  Department of Chemical Engineering, Nagoya University

• Tagawa T

  Nagoya Univ. Nagoya Jpn

• Tagawa Tomohiko

  Dep. Of Chemical Engineering Nagoya Univ.

• Tagawa Tomohiko

  Department Of Chemical Engineering Nagoya University

• Kiatkittipong Worapon

  Center of Excellence on Catalysis and Catalytic Reaction Engineering, Department of Chemical Enginee

• Assabumrungrat Suttichai

  Center Of Excellence In Catalysis And Catalytic Reaction Engineering Dept. Of Chemical Engineering C

• Praserthdam Piyasan

  Center Of Excellence In Catalysis And Catalytic Reaction Engineering Dept. Of Chemical Engineering C

• Kiatkittipong Worapon

  Department Of Chemical Engineering Faculty Of Engineering And Industrial Technology Silpakorn Univer

• Goto Shigeo

  Department Of Chemical Engineering Nagoya University

• Praserthdam Piyasan

  Center Of Excellence In Catalysis And Catalytic Reaction Engineering Department Of Chemical Engineer

• Praserthdam Piyasan

  Center of Excellence on Catalysis and Catalytic Reaction Engineering, Department of Chemical Engineering, Chulalongkorn University

• Kiatkittipong Worapon

  Center of Excellence on Catalysis and Catalytic Reaction Engineering, Department of Chemical Engineering, Chulalongkorn University

• Assabumrungrat Suttichai

  Center of Excellence on Catalysis and Catalytic Reaction Engineering, Department of Chemical Engineering, Chulalongkorn University

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