- Algeria Joins African Green Hydrogen Alliance, Strengthening Continental Push for Renewable Growth
- Yara Commits to Full Offtake from ATOME’s $630M Green Fertilizer Project in Villeta
- Hydrogen’s $75 Billion Reality Check: From Oil Majors to Middle East Corridors, Can the Numbers Add Up?
- Hydrogen Integration Lowers Costs and Boosts Efficiency in Floating PV-Pumped Hydro Systems, Study Finds
Author: Arnes Biogradlija
Declaring the nation’s bold ambitions to become fully decarbonized within 30 years by reforming its industrial structure and launching a socioeconomic transformation.
Nordic power contracts fell on Tuesday in response to a strengthening hydrological surplus
Wärtsilä to supply an engineered equipment delivery (EEQ) of a 40 MW / 80 MWh DC-coupled solar plus storage system to the Hickory Park Solar project in Georgia, USA.
Green Hydrogen Systems and its partner Skai Energies have been selected as the electrolysis solution provider and integrator for an Australian hydrogen generation project. The system, which is powered on-site by solar panels, will deliver 100 percent renewable hydrogen to one of Australia’s biggest and fastest-growing industrial areas. Skai Energies, its partner and system integrator, is leading the project, which involves a full hydrogen solution comprised of a Green Hydrogen Systems HyProvide A90 electrolyser and a Nilsson Energy RE8760 Energy Management System. In addition to the equipment delivery, Green Hydrogen Systems will provide onsite servicing as well as remote control…
The orders for the wind farms “Takanebacken” and “Torvenkylä” also include a long-term Premium Service contract for the turbines covering 30 years.
The investment cost of just over SEK 250 million is divided equally across the holding companies and the Swedish Energy Agency, which provides support via Industriklivet.
The Wilhelmshaven coal-fired power station (757 megawatts) is already set to cease electricity generation and to be shut down for good until 8 December 2021.
Colorado-based company to enable scalable growth and analysis for SunHydrogen’s electrochemical anodization process.
QUT scientists have developed a process to capture carbon dioxide from the air into water and store it as non-toxic calcium carbonate (chalk), a key ingredient for cement production and other products, all potentially powered by solar or wind energy. Proof of concept: electrochemical process captures atmospheric carbon dioxide and stores it in water as chalk while also producing green hydrogenProcess could be powered by solar or wind energyCement industry generates 7 per cent of world’s carbon dioxideProcess could provide cement industry with “green” key ingredient to reduce its CO2 footprint.The mineralisation process produces other construction industry products. PhD researcher…
Questerre Energy Corporation signed a letter of intent with ZEG Power AS a Norwegian company, to evaluate their proprietary leading-edge blue hydrogen technology for the Company’s Clean Tech Energy project in Quebec.
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