Author: Anela Dokso

In a recent interview with EnergyNews, Seky Chang, a Korean transportation expert, discussed how he has concentrated on developing hydrogen-based transportation solutions.

In Chiang Mai, Thailand, German Enapter and its partners started an initiative to build Southeast Asia’s first green hydrogen learning center.

Panasonic launches ultrasonic meter to measure hydrogen flow A new ultrasonic meter from Panasonic can measure hydrogen flow rates and concentration in environments with high relative humidity. In a variety of fluid applications, ultrasonic flow meters employ ultrasound to detect the fluid velocity. By computing the time difference ratios between ultrasonic pathways entering a pipe, such devices can provide more accurate gas flow measurements as compared to traditional meters. The GB-L1CMH1A solution from Panasonic is a brand-new item built on technology that the company previously created for gas meters. The system can function without affecting the fuel cell’s operational state,…

In order to create large stationary power fuel cell solutions, EH Group and Snam have signed a Memorandum of Understanding for fuel cell deployment.

South Australia is building the world’s largest 250 MW hydrogen electrolysis facility due to excess renewable energy supply.

Inerco and the technology companies TSO and VGE have agreed to work together to develop integrated energy solutions for the entire hydrogen chain, including fuel cells, hydrogen filling stations for vehicles, storage units and systems, automobiles, and other equipment.

The Walloon government has just approved the implementation of two projects of common European interest (IPCEI) on hydrogen, namely the John Cockerill Hydrogen project and the Columbus project, for which Engie and Carmeuse have combined their powers. A budget of over 88 million euros and the hiring of 250 FTEs are projected.

Exact Robotics introduces hydrogen fuel cell autonomous tractor The new autonomous tractor for vineyards, the TRAXX Concept H2, was introduced by French agricultural robot manufacturer EXXACT Robotics. It uses a hydrogen fuel cell. Both tillage and vine maintenance can be done with the Trax Concept H2. The robot took 24 months to develop. By integrating a tiny power bank and an associated fuel cell, the self-driving vehicle may utilise a complete 35 kW of electricity. This tractor’s pressurized tank enables uninterrupted operation throughout the day. This fuel cell proposal is intended to show how a hydrogen fuel cell can be…

Together, the public sector oil refineries in India have the capacity to produce 137 ktpa of green hydrogen by 2030.

The UKRI’s Pioneer Places Fund has approved Phase 1 funding for a consortium bid led by Belfast City Council.