The world is facing an urgent global climate challenge, and hydrogen (H 2) is increasingly
valued as a carbon-free energy carrier that can play a prominent role in decarbonising …

Bioenergy with carbon capture and storage (BECCS) is regarded as a crucial negative
emission technology (NET) in many prospective climate change mitigation scenarios that …

In this study, an environmental and economic assessment of hydrogen production from
biowaste and biomass is performed from a life cycle perspective, with a high degree of …

The application of hydrogen is promising for achieving carbon neutrality. To promote
hydrogen utilization and carbon emission reduction, this paper attempts to integrate the …

Replacing hydrocarbon-powered off-road vehicles with hydrogen fuel cell-powered off-road
vehicles can reduce carbon dioxide and criteria pollutant emissions in the agriculture …

Currently, most coal utilization technologies cannot completely remove CO 2, which hinders
coal utilization in the context of carbon neutrality. Staged coal-steam gasification has proven …

Hydrogen is considered as the fuel of the future not only because of its high energy density
but also due to its zero-carbon emission potential during combustion. However, to achieve …

The integration of hydrogen energy into the maritime industry requires a comprehensive
evaluation of the life cycle of hydrogen fuel, encompassing all stages from production to …

This study presents a novel causality model for the safety analysis of proton exchange
membrane water electrolysis (PEMWE). The model is based on the integration of …

Biomass solid fuel (BSF) has emerged as a promising renewable energy source, but its
morphological and microstructural properties are crucial in determining their physical …