Electrolyzers

Keeping H₂ on tap is expensive, given the requirement for compression and high pressure and/or cryogenic storage. Assessing this premise, the model also considered a comparison between indirect energy storage through H₂ against a more direct form of energy storage using an onsite lithium battery.

Widespread adoption of H₂ as a vehicle fuel depends on creating a refueling infrastructure that can safely deliver it to end users, including original equipment manufacturers and other stakeholders that are looking for long-term stability and solutions for their fleet-fueling needs.

According to the International Chamber of Shipping, the heavy industry sector will dominate global H₂ demand up to 2050, beginning with the South Korean, Japanese and European markets.

September’s H₂Tech Tech Spotlight consists of H₂-producing microbial technology, a model that fast-tracks H₂ supply chain infrastructure deployment, an advanced H₂transportation system and much more.

Sophisticated and smart hybrid power solutions bring a new dimension when considering a portfolio of different technologies for energy generation, storage or conversion. As the energy asset mix changes and evolves, hybrid power solutions represent a turning point for the energy system.

In this article, the author presents a balanced and systemic approach to H₂. The author puts forward a set of principles that will enable politicians and other key decision makers to efficiently scale H₂ production without putting an unmanageable strain on renewable energy production or financial resources.

The global share of green H₂ is presently well below 10%, but this will not remain the case. Depending on various scenarios, the global share could reach a third by 2030, and between 75% and 100% by 2050. This means green H₂ production must scale up dramatically.

Many organizations are discovering that H₂ has the potential to be a bridge between two generation styles, but only if their facilities have the right technologies in place.

July’s H₂Tech Tech Spotlight consists of a new alkaline stack for green H₂ production, testing solutions to accelerate green H₂ R&D, a pressure regulator to maximize H₂-powered vehicle fuel efficiency, a new sealing solution for high-pressure gaseous H₂ storage and much more.

Ohmium was selected to serve as the proton exchange membrane electrolyzer supplier for IVICOM, a Croatian engineering and construction company, on a project to build a 10-MW green H₂ plant at the INA Rijeka Refinery.

Ohmium International is launching a collaboration with HYGRO, a Dutch provider of green H₂, beginning with a new H₂ production and distribution project in North Holland.

Biga Hydrogen GmbH, and STARGATE Hydrogen Solutions OÜ, signed a collaboration agreement for the supply of electrolyzer stacks, and the first purchase order dedicated to an upcoming green H₂ project in Turkey was placed.