The following study considers the spatial distribution, grade and seasonal variation of waste-heat from industrial sectors in the United Kingdom in 2018. Opportunities to offset the emissions caused by heat generation through the use of waste-heat…
The process of achieving decarbonization and greenhouse emissions’ reduction goals is facilitated and accelerated by the implementation of renewable-based DH rather than multiple individual renewables systems. This work presents an application case…
Heat pumps represent an important opportunity for energy savings and decarbonization. This work investigates the techno-economic performance of high-temperature heat pumps (HTHPs) for use in the U.S. dairy industry. The studied heat pump performs a…
In this study, the approach of CSI for IC engine WHR was discussed based on a heavy-duty NG engine. The thermodynamic processes of IC engine cycle coupling with CSI cycle were investigated under three typical speeds of full load based on the…
Polygeneration has gained increased attention since it embraces efficient energy utilization while contributing to alleviate environmental pollution. The fossil-fuel dependence of trigeneration/cogeneration systems presses for maximizing energy…
Waste heat recovery technology can significantly improve the efficiency of oxy-fuel combustion system. The restriction of the acid dew point of the flue gas is essential to be considered due to the low-temperature corrosion during the waste heat…
The China VI natural gas engine is based on the theory of the air–fuel ratio method, leading to a high exhaust temperature, large heat load and difficult cooling. The paper carried out a thermal balance experiment of the China VI natural gas engine…
Internal combustion engines are used in most vehicles around the world to power the transport sector. Efficiency improvement, emission reduction, and utilization of alternative fuels are the main aspects of current IC engine research.…