It has been demonstrated that energy systems driven by conventional energy sources like
fossil fuels are one of the main causes of climate change. Organic Rankine cycles can help …

In the literature, energetic and exergetic performance of Organic Rankine Cycle (ORC) were
investigated by various researchers. The working parameters affecting the cycle's …

Given the fact that the liquefaction of liquid fuels like liquid hydrogen (LH2) is one of the
crucial points in energy storage, different methods are examined to increase the efficiency of …

The current study proposes a novel combination of biomass-based Brayton cycle with dual-
loop Organic Flash Cycle, modified Kalina cycle, steam heating load, and Claude hydrogen …

In this study, the performance evaluation of an ORC-based solid waste-powered
cogeneration system was carried out using conventional and advanced exergy analysis …

Liquid hydrogen serves as an environmentally friendly energy carrier, playing a crucial role
in alleviating greenhouse effects. In order to tackle the challenges concerning energy …

The present work presents a novel approach of employing two renewable energy sources
for power and liquefied hydrogen cogeneration. Meanwhile, the main scheme comprises a …

Hydrogen liquefaction is an essential section for efficient storage and transportation of
hydrogen energy. Both the Claude cycle and Brayton refrigeration cycle are available for …

Hydrogen liquefaction systems are of paramount importance in achieving a low liquid
hydrogen price in develo** the hydrogen supply chain. In these systems, reduction of …

The current research combines a dual evaporator vapour-compression refrigeration system
with an organic Rankine cycle. The integrated system is a renewable energy-based …