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Enhancing geothermal power generation: A biomass-boosted multi-generation scheme with absorption refrigeration cycles and water heating; A comprehensive exergy and techno-economic analysis

Xue Hui An, Zhimin Wu, Chuan Jin, Linwei Wu, Feipeng Shen, G. S. Ju, Yuxuan Wang, Jiaqi Zhao, Zhengyang Wang

2025Renewable Energy11 citationsDOI

Topics & Concepts

ExergyAbsorption refrigeratorGeothermal gradientGeothermal powerEnvironmental scienceRefrigerationElectricity generationBiomass (ecology)Process engineeringExergy efficiencyEconomic analysisWaste managementGeothermal energyPower (physics)Environmental engineeringEngineeringThermodynamicsMechanical engineeringEconomicsPhysicsGeologyAgricultural economicsGeophysicsOceanographyThermodynamic and Exergetic Analyses of Power and Cooling SystemsAdvanced Thermodynamics and Statistical MechanicsGlobal Energy and Sustainability Research
Enhancing geothermal power generation: A biomass-boosted multi-generation scheme with absorption refrigeration cycles and water heating; A comprehensive exergy and techno-economic analysis | Litcius