Researchers at Flinders University in Adelaide, along with international partners, have made significant strides in using solar power for hydrogen production.
Author: Anela Dokso
The worldwide push towards a hydrogen-based economy has emerged as a critical area of focus, driven largely by robust policy frameworks rather than purely market forces.
The journey toward efficient hydrogen production has led us through various technological iterations, each bringing unique advantages and challenges to the forefront of industrial applications.
UK-based energy consultancy Penspen has been awarded a significant contract to evaluate the feasibility of integrating hydrogen blending into a prominent European gas pipeline.
Scientists at UNSW Sydney have developed a breakthrough in energy storage with their hydrogen-ion battery technology.
The global ambition to achieve climate neutrality hinges on innovative approaches to reduce carbon emissions, with biogas reforming emerging as a promising pathway.
The hydrogen production industry is witnessing a paradigm shift with statistics indicating a significant push towards sustainable production methods, in particular through the utilization of biogas — a renewable source projecting to meet part of the increasing global hydrogen demand.
To meet the growing demand for efficient and safe hydrogen storage, a team of inventors from Helmut Schmidt University has devised an innovative pressure vessel designed specifically for this purpose.
The Swiss Federal Office of Energy has issued a tender titled “Research and Development Services and Related Consultancy Services” as part of its 2050 Energy Perspectives initiative.
The Romanian Ministry of Energy has issued a tender titled “Development of Green Hydrogen Infrastructure” on January 6, 2025. Interested parties are invited to submit their proposals by February 5, 2025.
