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 …

Carbon dioxide transport from capture to utilization or storage locations plays key functions
in carbon capture and storage systems. In this study, a comprehensive overview and …

In the present research, a comparative and comprehensive investigation is performed on the
six different layouts of the supercritical carbon dioxide cycle based on conventional and …

This paper develops a thermodynamic model for the regenerative Brayton cycle that uses
monochlorobiphenyl waste as fuel in a combustion chamber to power a gas turbine. The …

The global energy sector faces dual challenges of reducing carbon emissions and
managing the intermittency of renewable energy sources. Addressing the challenge of …

With more than 150 billion m 3 of gases annually flared around the world, gas flaring is a
major source of greenhouse gas emissions that contaminates the environment with more …

Developing tri-generation energy systems is of interest, and in this regard, a novel tri-
generation system of electrical power, distilled water and hot water was proposed in this …

In this study, a new cogeneration system is presented that can make optimal use of the
waste heat from the sCO 2 power cycle using a double-effect parallel absorption …

Transcritical and supercritical CO 2 cycles are simple, low-cost, environmentally friendly,
and compact solutions for harnessing a wide range of thermal energy sources such as …

A novel dual-pressure Allam cycle integrated with the cold energy recovery of liquefied
natural gas is proposed and analyzed in this paper. The feature of this system is that the cold …