Sulfur dioxide (SO2) emission from coal-burning power plants and refinery operations has
been implicated as a cause of acid rain and other air pollution related problems. The …

One of the main limitations of existing solar thermochemical water-splitting cycles (WSC) are
that they utilize only thermal component of the solar irradiation neglecting its photonic …

Solar driven hybrid sulfur-ammonia water splitting cycle (HySA) integrates a solar-
photocatalytic hydrogen, H 2, production step (H 2 sub-cycle) with a high-temperature solar …

Solar-driven hybrid sulfur–ammonia water splitting cycle (HySA) is a promising technology
for energy and environment applications. The advantage of the proposed cycle is the …

Sulfur-based thermochemical cycles, such as the hybrid sulfur-ammonia (HySA) cycle, offer
a valuable approach in which hydrogen is produced by exploiting sulfur dioxide (potentially …

Hydrogen is currently being used in many industries, from chemical and refining to
metallurgical, glass and electronics, while being at the same time a promising energy …

Australia's abundant natural resource of solar energy has the potential to become a main
driver for sustainable production of renewable hydrogen. In order for solar technologies to …

Solar-driven thermochemical water splitting cycle is a promising, energy efficient and
environmentally friendly approach to produce hydrogen. In this paper, numerical work has …