In Japan, a 10,000 kW Power-to-Gas facility with world largest electrolysis will start supplying hydrogen in 2020.
Removing Hydrogen Gas with Silicone-Based Getters [Video]
Denisse Ortiz-Acosta and colleagues from Los Alamos National Laboratory fabricate 3D silicone materials for hydrogen removal from sealed waste containers.
Iron Ore: A Promising Resource for Efficient Hydrogen Production
A way to use iron ore as an efficient catalyst for the OER process.
A Carbon-Quantum-Dot-Based Electrocatalyst for Hydrogen Evolution [Video]
A novel ruthenium electrocatalyst based on carbon quantum dots (CQDs) for the hydrogen evolution reaction (HER), using ginkgo leaves as a starting material, is developed.
Interview: Advances in Hydrogen Storage Technologies
Interview with Dr. Karsten Müller and Timo Rüde of the Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany about their recent work on liquid organic hydrogen carrier (LOHC) systems and the recent Special Issue of Energy Technology on Hydogen Storage Materials, Carriers, and Processes.
Infrared-Driven Generation of Hydrogen Gas
IR-driven transfer of plasmon-induced hot electrons in a nonmetallic branched heterostructure, by combining ultrafast transient absorption spectroscopy with theoretical simulations, is demonstrated for the first time.
New Directions in Hydrogen Production
Novel heterojunction material for efficient water splitting and hydrogen production operating in a broad range of pH conditions.
Emerging Technologies, Markets and Commercialization of Solid Electrolytic Hydrogen Production
Hydrogen is now rapidly developing as a renewable fuel for both stationary and transport applications.
Electrocatalysis Snapshots: Materials for the Hydrogen Evolution Reaction
What’s new in hydrogen production? Sustainable energy is a hot topic, and these snapshots will update you on what materials are being optimised right now for the HER.
Thermoelectric Material for Carbon Dioxide Hydrogenation [Video]
Researchers from Cranfield University and Queen Mary University of London report the use of a thermoelectric material as a catalyst support and promotor for carbon dioxide hydrogenation. Using a specially designed reactor chamber, they achieve simultaneous thermoelectric energy harvesting and catalysis.