Alkaline Water Electrolysis

While our transition to renewable energy is critical if we are tomeet our climate targets, fully relying on sources such as solar and wind still presents a major challenge: efficient ...

Thyssenkrupp (TKAG.DE) launched on Monday the long-awaited listing of its hydrogen division Nucera, suggesting its new chief executive intends to waste no time in reviving the fortunes of the embattled conglomerate.

Ammonia (NH3), as one of the most common industrial chemicals, is essential for nitrogenous fertilizer production and shows potential as a next-generation green fuel. Industrial ammonia synthesis relies on the reaction of fossil fuel-derived hydrogen and nitrogen (Haber-Bosch method) under high temperature (~500 °C) and high pressure (>15 MPa), which consumes ∼2% of global power and discharges ∼1.5% of global…

Mitsubishi Power's Hydrogen Park to integrate hydrogen infrastructure with existing T-Point 2 combined cycle validation facility at Takasago.

In Finland, thyssenkrupp nucera and Neste plan to collaborate on a project to incorporate a 120 megawatt (MW) water electrolyzer into Neste's Porvoo refinery in Finland. Neste signed an agreement with thyssenkrupp nucera to reserve production capacities for an alkaline water electrolysis plant. The agreement covers the supply of six standardized 20 MW scalum® modules […]

Development of hydrogen-related technologies is essential to realize and sustain a carbon-neutral society. Hydrogen is obtained from water electrolysis; however, the existing catalysts are made of rare and expensive metals. A research group led by the University of Tsukuba has developed a novel and highly active catalyst for water electrolysis using boron and sulfur, which are abundant and inexpensive.

Our excessive consumption of fossil fuels is responsible for some of the major societal challenges we are facing, from climate change to pollution. Hydrogen is considered a green alternative to fossil fuels, and alkaline water electrolysis is proving an attractive technology for large-scale commercialization of hydrogen production.

Engineers have developed a catalyst by adding a flat platinum interface to NiFe-layered double hydroxide (LDH). The new catalyst increases hydrogen production efficiency and displays 11.2 times higher activity than conventional catalysts.

Some European clean energy companies are abandoning expansion plans over fears of a possible Trump victory in the 2024 election.

Ready-to-scale electrolysis technology and favorable market conditions are poised to accelerate the green hydrogen industry.

In New York state, Brooge Energy Ltd, announced that the technical study of its Green Hydrogen and Green Ammonia plant conducted by thyssenkrupp Uhde has been completed and delivered. On September 21, 2022, Brooge Energy announced that it engaged thyssenkrupp to undertake a Technical Concept Study and cost estimate for the proposed green ammonia plant, […]

Renewable electricity-driven carbon dioxide (CO2) electrolysis can convert CO2 into valuable fuel and chemicals. However, one of the key challenges hindering CO2 electrolysis toward practical application is the severe carbon loss under alkaline and neutral conditions, resulting in low CO2 utilization efficiency (

Water electrolysis is an effective method for producing hydrogen using renewable sources of energy. The development of cost-effective electrocatalysts for efficient and durable hydrogen evolution reaction in alkaline media is of vital importance to meet the increasing demand of hydrogen.