Thermochemical water separation methods are one of the clean and green hydrogen
production methods. Thermochemical cycles are divided into two groups; hybrid …

Given its promising potential to displace fossil fuels and function as an effective energy
carrier for storage applications, hydrogen has recently become a leading contender as a …

Energy and drinkable water are the two critical resources for the world population.
Compressed air energy storage (CAES) is one of the best solutions for grid-scale electricity …

A cogeneration energy system for green hydrogen and power production from algal biomass
and water as renewable sources is first developed and analyzed with engineering equation …

This article presents a novel solution to enhance the performance and cost-effectiveness of
a biomass-based proton exchange membrane (PEM) fuel cell. It investigates the proposed …

We report a novel formulation representation of the molar Gibbs free energy for sulfur
dioxide (SO 2), which depends only on experimental values of six molecular constants of SO …

The explicit formulations of the Gibbs free energy subject to the concerned species are
useful to determine the conditions for minimizing the total Gibbs free energy of a system with …

We present a unified explicit formulation for the Gibbs free energy of the gas NO 2, gaseous
BF 2 and AlCl 2 radicals. It depends only on experimental data of atomic masses and six …

This works aims at proposing, analyzing, and optimizing a biomass-based tri-generation
system for electricity, heating, and freshwater production. A Brayton cycle is configured so …

We present new explicit representations with temperature and pressure as independent
variables for the Gibbs free energy and entropy of S 2. The developed representations only …