Process Simulation for Low Emission Hydrogen Production Using DWSIM
Process Simulation for Low Emission Hydrogen Production Using DWSIM
- TMS 2023 152nd Annual Meeting & Exhibition Supplemental Proceedings, p.1144-1154, 2023 .
Low emission hydrogen and blended natural gas production technologies are at the forefront of meeting NETZERO50 objectives to mitigate climate change. This paper demonstrates how a chemical flowsheet simulator DWSIM (DWSIM - The Open Source Chemical Process Simulator "Chemical Process Simulation for Everyone: DWSIM for Desktop is free and open-source", [online]Available at: https://dwsim.org [accessed August 18,1922]) is used in evaluating the effectiveness of material conversion and optimal energy requirements for thermochemical processes involving light elements C and H which are at the heart of zero or low emission fuel generation from hydrocarbons. DWSIM simulator is very flexible in that the focus can be on a single piece of equipment like a reactor where one can rigorously assess equilibrium or kinetic conversions or a complex network of an entire manufacturing facility with multiple comparison scenarios to evaluate economics.
CHEMICAL PROCESS SIMULATION
PROCESS MODELING
HYDROGEN PRODUCTION
Low emission hydrogen and blended natural gas production technologies are at the forefront of meeting NETZERO50 objectives to mitigate climate change. This paper demonstrates how a chemical flowsheet simulator DWSIM (DWSIM - The Open Source Chemical Process Simulator "Chemical Process Simulation for Everyone: DWSIM for Desktop is free and open-source", [online]Available at: https://dwsim.org [accessed August 18,1922]) is used in evaluating the effectiveness of material conversion and optimal energy requirements for thermochemical processes involving light elements C and H which are at the heart of zero or low emission fuel generation from hydrocarbons. DWSIM simulator is very flexible in that the focus can be on a single piece of equipment like a reactor where one can rigorously assess equilibrium or kinetic conversions or a complex network of an entire manufacturing facility with multiple comparison scenarios to evaluate economics.
CHEMICAL PROCESS SIMULATION
PROCESS MODELING
HYDROGEN PRODUCTION