Author: Arnes Biogradlija

Rolls-Royce is developing mtu electrolyzers with a power output of up to 2 MW that can be scaled up to more than 100 MW. Now the company has acquired a stake in Hoeller Electrolyzer, a specialized company that develops and manufactures the cell stack, the main component of the electrolyzer. The common goal of Rolls-Royce and Hoeller Electrolyzer is to develop a solution to produce hydrogen cheaply and on a large scale using green electricity. It is an ideal complement to an mtu microgrid. It creates the possibility to store and utilize solar and wind energy, thus making an important…

Bruno Roche, Global Head of Energy Transition, ABB Process Automation, Energy Industries, explains how collaboration can make a world of difference in speeding innovation in low carbon hydrogen production, thereby making it a cost-effective, accessible, and sustainable energy source. The responsibility to decrease emissions and decarbonize is no longer optional for accountable enterprises. Certain industries are on the verge of adopting more sustainable practices. For some major industries, however, such as petrochemical, cement, and steel, which account for as much as 22 percent of world emissions, the obstacles are difficult. Here, low-carbon hydrogen comes into play. When fueled by renewable…

The two businesses agreed to work closely together in the future in a number of areas.

The Advanced Manufacturing Growth Centre (AMGC) said that the hydrides had the ability to absorb hydrogen in high density when combined with a water purifier.

Global operators with vast experience building hydrogen infrastructure submitted business proposals on the technical, systemic, and economic development of the hydrogen plant.

At least $35 million will be spent on its development.

HELION created its industry-standard fuel cell system, the FC RACK.

The hydrogen reduction (HyREX) technology, a novel environmentally benign hydrogen-based reduction ironmaking model, is the foundation of POSCO’s carbon-neutral roadmap.

The establishment of this campus was initially planned as part of the Green Hydrogen initiative.

A substantial portion of the manufacturing-related carbon dioxide must be caught and used in downstream applications in order for ammonia and hydrogen to be certified as “blue.”