The complex future power plants require digital twin (DT) architecture to achieve high
reliability, availability and maintainability at lower cost. The available research on DT for …

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 …

Oxy-combustion supercritical CO 2 power cycles have the advantages of high-energy
efficiency and near-zero pollutant emissions. Thus, these cycles are considered as an …

In conventional hydrogen liquefaction plants, the liquefaction process consumes high
portion of about 30% of the liquid hydrogen (LH 2) energy content. In addition, existing LH 2 …

Liquid hydrogen is a superior alternative for the current energy storage methods and energy
carriers as it has higher energy density and cleanliness. However, hydrogen liquefaction is …

A hybrid power cycle is designed based on the Allam cycle configuration. The system
utilizes solar power as its primary heat source and natural gas oxy-combustion as a …

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 …

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 …

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 …

The chemical looping combustion (CLC)-driven power generation system has great
potential for application. In this study, a direct CLC-driven combined supercritical carbon …