This review critically analyses various aspects of the most promising thermochemical cycles
for clean hydrogen production. While the current hydrogen market heavily relies on fossil …

Literature regarding the mechanism of the electrochemical oxidation of aqueous sulfur
dioxide to sulfuric acid has been critically evaluated to provide a detailed understanding of …

In the near future, primary energy from fossil fuels should be gradually replaced with
renewable and clean energy sources. To succeed in this goal, hydrogen has proven to be a …

A conceptual design is presented for a hybrid sulfur process for the production of hydrogen
using a high-temperature nuclear heat source to split water. The process combines proton …

The hybrid sulfur thermochemical cycle has been proposed as a means to produce
efficiently massive quantities of clean hydrogen using a high-temperature heat source like …

In the present work, Polybenzimidazole-composite membranes with graphene oxide as
organic filler with different contents (0.5, 1.0, 2.0 and 3.0 wt%) were prepared and tested in a …

The hybrid sulfur cycle has been investigated as a means to produce clean hydrogen
efficiently on a large scale by first decomposing to,, and and then electrochemically oxidizing …

Renewable energy storage and conversion is nowadays a major target for the scientific
community. Their conversion into hydrogen is a clear and clean alternative for their storage …

Abstract The Hybrid Sulfur Cycle is a thermo-electrochemical process designed for the large
scale production of hydrogen. The two-step process is essentially based on water splitting …

The hybrid sulfur cycle has been investigated as a means to produce CO 2-free hydrogen
efficiently on a large scale through the decomposition of H 2 SO 4 to SO 2, O 2, and H 2 O …