using a diverse set of metrics. This analysis is the first attempt to include exergy-based and reliability indices when …

countries. Ten systems are proposed, modelled, and assessed by five published methods: ReCiPe indicator combined with exergy …, exergy wasted, thermo-ecological cost, extended exergy accounting, and extended thermoeconomics. All the methods constitute …

-law efficiency, due to fundamental differences in the mechanism of entropy generation during combustion with respect to the usual …

energy in terms of exergy (the amount of energy available for useful work) and the amount of useful work provided from energy … efficiency of energy use. Two multivariate models were estimated involving GDP, capital, labour and the two measures of energy …- and long-run effects in the case of exergy, but only long-run effects in the case of useful work. We find no evidence of …

law efficiency of proposed system is 5.19% higher than that of the HCCI engine while the reduction in CO2 emission is 4 … tri-generation system and the absorber, in the bottoming cycle has the most contribution in exergy destruction. …

generation systems. The results show the exergy analyses for a steam cycle system predict the plant efficiency more precisely … based power generation systems. Exergy analysis is performed based on the first and second laws of thermodynamics for power …. The plant efficiency for partial load operation is lower than full load operation. Increasing the pinch points will …

The exergy method is used to compare different production processes and various methods for emission abatement with … exergy input and cumulative exergy consumption …

flow of cumulative exergy in the 488-sector benchmark economic input–output model in two different ways. Industrial … cumulative exergy consumption (ICEC) captures the exergy of all natural resources consumed directly and indirectly by each … economic sector, while ecological cumulative exergy consumption (ECEC) also accounts for the exergy consumed in ecological …