Thermodynamic and Exergetic Analyses of Power and Cooling Systems

Numerical model of 1000 MW boiler determines optimal biomass injection positions and co-firing ratios for stable coal-biomass operation across variable load conditions.

Comparison of Propane and CO2 as PFAS-compliant refrigerants for EV thermal management, demonstrating 25% range improvement in cold conditions with proper safety measures.

Study optimizes ground-source heat pump systems in cold-region green buildings, reducing soil thermal imbalance and carbon emissions by 33% while lowering lifecycle costs through composite energy.

Co-pyrolysis of palm fruit bunches and polypropylene produces engine-grade diesel fuel suitable for agricultural power generation without modification.

Extended Exergy Accounting applied to waste-to-biogas facility quantifies environmental impacts, labor value, and capital inputs integrated with thermodynamic efficiency assessment.

Bi-level exergy-based optimization for integrated energy systems incorporating electricity, heat, gas, and hydrogen with improved metaheuristic scheduling algorithm.

Technoeconomic analysis of integrated double-pass reverse osmosis and renewable hydrogen system for sustainable freshwater and electricity production in remote regions.

Dynamic assessment of operational flexibility improvements in grate-fired cogeneration plants through steam-cycle and heat-network-based measures without combustion system modification.

Study comparing thermodynamic performance and warming impacts of R1234yf, R1234ze(e), R152a, R430A, and R440A refrigerants as R134a alternatives in vehicle air conditioning systems.

Techno-economic assessment of CO2-based sustainable aviation fuel pathways across Europe, USA and Middle East, comparing Fischer-Tropsch, methanol-to-jet and ethanol-to-jet routes.