New technologies, systems, societal organization and policies for energy saving are
urgently needed in the context of accelerated climate change, the Ukraine conflict and the …

The recently developed Allam cycle has already attracted researchers and practicing
engineers. The Allam cycle is considered one of the most promising oxy-fuel power cycles to …

Improving denitrification efficiency of supercritical unit for peak load regulation by changing
feed water temperature has become a focus of thermal power engineering under wide load …

The Allam cycle is one of the most promising oxy-combustion systems and has attracted
much attention from the energy industry. A novel layout of the Allam cycle, which combines a …

Carbon capture and storage and oxy-fuel combustion have recently become more
significant due to global warming as well as green energy solutions. Oxy-combustion power …

Fuel injection is one of the key factors that influence the energy conversion efficiency and
emission level of engines. In this study, supercritical injection and mixing under different …

The waste heat utilization of flue gas has great potential, which is an effective measure to
improve the thermal economy of the unit. This paper established the coupling model of …

Fuel injection mixing is one of the critical factors affecting the energy conversion efficiency
and emission level of thermal engines. The effect of thermodynamic conditions on mixing …

In recent years supercritical CO2 power plants have seen a growing interest in a wide range
of applications (eg, nuclear, waste heat recovery, solar concentrating plants). The Allam …

A novel sodium hydroxide-water solution absorption refrigeration, heating and organic
Rankine cycle power system is proposed for low-temperature heat source utilization. The …