... the results. 10 03 2022 20 03 2022 21 03 2022 26 04 2022 waste heat recovery exergoeconomic analysis advanced exergy analysis ORC thermodynamic optimization The drawback of utilizing fossil fuels for many years is now threatening the life gradually on Earth...

... echnology . 29 01 2021 25 04 2021 25 04 2021 17 05 2021 district cooling waste heat recovery absorption chiller thermodynamic analysis economic analysis energy conversion/systems energy storage systems power (co-)generation District cooling systems are not yet...

... fouling. This study, along with the single-tube experiments, presents a systematic approach to design exhaust-coupled heat exchangers while considering the effects of fouling. These results are applicable for a wide range of waste-heat recovery applications, and this method can be extended to different...

.... Editor: Samer F. Ahmed. 02 03 2019 12 06 2019 15 06 2019 hydrogen dimethyl ether energy exergy renewable energy waste heat recovery electrolysis Energy sources and fuels have always been the most critical needs of mankind for sustainability and societal development...

... online April 17, 2015. Editor: Hameed Metghalchi. 17 11 2014 16 03 2015 17 04 2015 Coupling waste heat recovery with internal combustion engines creates opportunities to improve overall system efficiency and power output. The internal combustion engine has multiple pathways...

... thinned wood compost waste heat recovery From the sustainable global development viewpoint, the following three actions are needed: improving existing energy efficiency, energy source transfer from fossil fuel to alternative energy source, and the reduction of CO 2 emission as one...

... the ability to operate at off nominal and extreme operating conditions without damage to the system. For systems that operate in a narrow range of thermal power conditions, thermoelectric waste heat recovery system design is simplified. However, for applications that do have a wide range of operating...