Uruguay’s energy transition is now the best element for green hydrogen production and consumption, which will give investment opportunities for the country.
Author: Anela Dokso
The Babcock & Wilcox Company (B&W) and Fidelis New Energy (Fidelis) have created a global cooperation to develop clean hydrogen technologies.
Bulgaria’s MFG invests in Green Innovation MFG Invest, a Bulgarian company, has invested 214,936 levs ($118,050/109,895 euros) in Green Innovation, a local maker of hydrogen electrolyser systems. According to MFG in a bourse filing, the investment was made as part of Green Innovation’s $2.14 million fundraising round. ImPulse I, a Bulgarian investment firm, announced a day earlier that as part of the transaction, it had invested 250,000 euros from its ImVenture II fund in Green Innovation. The fundraising also included angel investors. Green Innovation, a 2016 startup that just changed its name to Hydrogenera, creates alkaline electrolysers and systems that…
Ocyan hired DNV as an impartial third party to assist in the qualification of a system that injects hydrogen as an additive into the internal combustion engines of drilling rigs in order to cut down on fuel use and greenhouse gas (GHG) emissions during drilling.
With fresh contracts given to JGC Corporation and Air Liquide, Japan’s first demonstration project for the generation of low-carbon hydrogen and ammonia, owned and operated by INPEX Corporation, is progressing.
Alfa Laval and Advent Technologies will work together on a project to investigate potential uses for Advent’s high-temperature proton exchange membrane (HT-PEM) fuel cells in the marine sector.
Two 30-ton-per-day (TPD) hydrogen liquefaction systems are to be delivered by Plug Power to TC Energy Corporation.
In order to collect and transport green hydrogen to Octopus Hydrogen consumers, Greenergy Flexigrid and Octopus Hydrogen have come to a logistical agreement.
Fraunhofer IKTS has integrated the Circular Carbon Technologies KKT research group from Freiberg. The institute hopes to achieve this in order to take advantage of further electrolysis, hydrogen, and power-to-X technology synergies and to create sustainable carbon sources for the circular economy.
Chemical engineers at EPFL have created a solar-powered artificial leaf that is supported by a new transparent, porous electrode that can collect atmospheric water and turn it into hydrogen fuel.
