Advanced Ionics has announced its Early Access Program for advanced technology demonstrations with potential future customers. Utilizing clean electricity and process waste heat, the company’s symbiotic electrolyzer technology is said to enable production of green hydrogen for less than US$1/kg.
For its PtH2tP project in Jenbach, Austria, INNIO has ordered two electrolyzers from H-TEC SYSTEMS with a total output of 2 MW. With all new Jenbacher plants now considered H₂-ready, this marks an important step regarding the implementation of the company’s sustainable hydrogen product strategy.
The Atmosphere consortium, led by Iberdrola, will conduct research into new technologies associated with critical equipment used in green hydrogen production plants. Covering the entire value chain, the project aims to enable a significant reduction in investment and operational costs of these plants.
Larsen & Toubro (L&T), an Indian multinational engaged in EPC projects, hi-tech manufacturing and services, has entered into an electrolyzer manufacturing binding agreement with McPhy Energy for a long-term partnership to explore the opportunities unfolding in the emerging green hydrogen market.
The inaugural Hydrogen Tech World Expo & Conference is around the corner! Bringing together hydrogen experts from around the globe, this two-day event provides an excellent opportunity to meet with leading equipment and component manufacturers, system developers and service providers from across the hydrogen value chain, as well as to learn from and talk to engineers, system integrators, technology innovators and end users. Join us in Essen on 4 and 5 April!
With more than 25 years of experience in PEM electrolysis and – as a daughter company of MAN Energy Solutions – operating under the umbrella of the German giant Volkswagen, H-TEC SYSTEMS has all it takes to realise its strategic objective to become one of the top three players in the global PEM electrolyser market. As the company prepares to go large scale, we talked to Jonas Wahl, Director of Product Management, to learn more about the company’s current projects and vision for the future.
Two major challenges are hiding behind the investments in green energy production. They arise from the fact that (variable) renewables are often produced at the wrong time and place. Therefore, the development of both storage and transportation capacity is crucial. Sweco shares lessons learned from the first large-scale project developments with VoltH2.
Hydrogen vent systems play an essential role in ensuring hydrogen safety. For many applications, it is common practice to connect all normal hydrogen piping vent points, including relief valves, to a vent system. Evaluating this system during the facility hazard review is essential. This evaluation is often missed, and there have been numerous incidents in which improper vent stack design or operation caused injuries and property damage. This article addresses critical safety issues in vent system design and operation for liquefied (LH2) and gaseous (GH2) hydrogen.
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