The transport sector is crucial in our day-to-day socio-economic activities since it connects
people and moves things around the world. Presently, the transport sector is predominantly …

Decarbonizing the power generation and transportation sectors, responsible for∼ 65% of
Green House Gas (GHG) emissions globally, constitutes a crucial step to addressing climate …

The development of biomass-fueled cogeneration plants can be fruitful to achieve the
sustainable development goals, due to the crises of fossil energy-fueled ones. Additionally …

In the current work, a new design of a multi-generation integrated energy system powered
by biogas energy is proposed, assessed, and optimized. To scrutinize the workability of the …

Decarbonized hydrogen production using renewable energy sources and water electrolysis
is perceived as a promising solution for a sustainable future. The efficiency of PEMWEs …

Despite the major challenges facing fossil fuels, they are now utilized to supply nearly 80%
of the world's energy requirements. Of this amount, about 30% relies on coal-based power …

The design of optimal energy systems is vital to achieving global environmental and
economic targets. In the design of solar-geothermal multi-generation systems, most previous …

The use of fresh water to produce green hydrogen fuel through the water electrolysis
process can exacerbate the challenges of water scarcity. Using non-potable water for this …

Since biomass resources can be found with different contents in most regions of the world,
biomass/gasification (Biog) coupling processes can be considered as an attractive and …

Green hydrogen production by water electrolysis is sustainable and carbon-free for energy
storage. This paper introduces recent development in integrated green hydrogen …