The significant growth of both the global population and economy in recent years has led to
a rise in global energy demand. Fossil fuels have a significant contribution to generating …

The rapid growth of the global population and industrial activities has significantly increased
greenhouse gases (GHGs) emissions, with projections indicating a temperature rise of 3–6° …

An energy recovery and hydrogen production potential assessment study was carried out for
a pressure reduction station by integrating a turbo expander-electrolyzer system. The …

While green hydrogen production technologies like electrolysis have reached commercial
scale, the primary challenge centers on efficient, and economically viable transportation of …

Under the dual-carbon target, hydrogen energy, as a zero-carbon secondary energy source,
has great scope for replacing fossil feedstocks in the fields of energy, transportation and …

The world has advocated green production, using renewable energy sources and reducing
the emission of pollutants. Ammonia is being utilized more and more as a renewable energy …

Biomass gasification is a promising method for hydrogen production. This study
systematically models the gasification of chili straw waste (CSW) using the Aspen Plus …

A plasma reactor utilizing gliding arc discharge (GAD) was created for the purpose of partial
oxidative reforming (POR) a mixture of methanol and ethanol to produce H 2. This study …

Low carbon hydrogen production is the key to reducing its CO 2 emissions. The electrolysis
of water for hydrogen production links the CO 2 emissions from the power system with those …

H2 gas is an increasingly important commercial reagent in a range of industries, including
as a potential fuel and energy carrier. Production of H2 gas is carried out almost exclusively …