Thermodynamic, exergo-environmental, and thermoeconomic assessment of a high-capacity heat and power generation system with hydrogen production: A case study on municipal solid waste combustion, geothermal fluid utilization, parametric sensitivity analysis, and integrated CO₂ capture

Hua Chen, Theyab R. Alsenani, Sayed Fayaz Ahmad, Mohammed Asiri, Yangdi Zhang

Electrical Engineering

Hubei University of Science and Technology
Institute of Business Management, Karachi
King Khalid University
Xi'an Jiaotong University

Research output: Contribution to journal › Article › peer-review

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Thermodynamic, exergo-environmental, and thermoeconomic assessment of a high-capacity heat and power generation system with hydrogen production: A case study on municipal solid waste combustion, geothermal fluid utilization, parametric sensitivity analysis, and integrated CO2 capture

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Thermodynamic, exergo-environmental, and thermoeconomic assessment of a high-capacity heat and power generation system with hydrogen production: A case study on municipal solid waste combustion, geothermal fluid utilization, parametric sensitivity analysis, and integrated CO₂ capture