Figure 7b_Simulated molar concentration of ethylene for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
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Figure 7d_Simulated molar concentration of solid carbon for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 6b_Simulated Axial flow velocity times rotation period around the central MPT axis for 60 slm 4%vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 4b_Simulated density for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 6a_Simulated Axial flow velocity for 60 slm 4%vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 7a_Simulated molar concentration of methane for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 5_Relative difference between measured and simulated gas temperatures for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 7c_Simulated molar concentration of acetylene for 60 slm 4 %vol CH4 0,9 kW
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Figure 3_Measured gas temperature
EP2
- Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis
EP2
Hydrogen is often envisioned as a green fuel and energy carrier. However, a greenhouse gas-free production method is still needed for this purpose. A promising method is the pyrolysis of methane. Here, we present the 3-dimensional simulation of...
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