Author: Arnes Biogradlija

GroenLeven has agreed to purchase green hydrogen from the Sinnewetterstof project in Oosterwolde from Orangegas. GroenLeven will generate hydrogen on-site using power generated by the solar park. Orangegas will distribute this hydrogen through a network of filling stations spread over the Netherlands. Meanwhile, Alliander has begun preparing for the project’s construction. At periods when solar energy is abundant, an electrolyser turns it to hydrogen in the Sinnewetterstof project. Thus, the project contributes to grid congestion resolution in the Netherlands. This created energy is not lost, but can be stored locally in a sustainable manner using this hydrogen solution. The trial…

Siemens Gamesa released an industry whitepaper titled Unlocking the Green Hydrogen Revolution, outlining an ambitious plan to produce cost-competitive green hydrogen from onshore wind by 2030 and offshore wind by 2035. Siemens Gamesa advocates for a collaborative approach to both market demand and production scaling, outlining four critical prerequisites for delivering low-cost green hydrogen over the next decade. Increase the capacity of renewables significantly, as the green hydrogen revolution is reliant on it. By 2050, the globe would require up to 6,000 GW of new installed renewable energy capacity, up from 2,800 GW currently, to meet anticipated hydrogen consumption (500…

Baker Hughes will provide advanced hydrogen compression and gas turbine technology to Air Products for global projects

ABB has partnered with Swiss utility Axpo to create modular green hydrogen production plants in Italy with the goal of optimizing the operational model for economical, green hydrogen production. The two businesses will leverage their complementary capabilities to further their shared vision of more affordable green hydrogen, with ABB leveraging its automation, electrification, and digital leadership in industrial operations and Axpo leveraging its extensive energy provider experience. The initial effort will consist of feasibility studies to determine ways to lower operating costs and assure a low carbon footprint, with the goal of uncovering synergies that will support standardization, modularization, efficient,…

The two firms’ previous collaborations and supply ties were celebrated at a signing ceremony at the 6th International Hydrogen Fuel Cell Vehicle Congress (FCVC 2021), as well as their new commitment to expand the benefits and applications of fuel cell technologies.

Hydrogen is a critical facilitator for carbon neutrality by 2050, according to Canada’s clean energy diversification policy and regulatory framework.

Dow Benelux unveiled a path for reducing the existing CO2 emissions from its Terneuzen, Netherlands, operations by more than 40% by 2030 and achieving net CO2 neutrality by 2050. Terneuzen becomes an exceptional location and role model for the company’s global transition to carbon neutrality by 2050, as outlined in the roadmap. The roadmap is divided into three phases. The plan’s first phase calls for the development of a clean hydrogen factory that will convert byproducts into hydrogen and CO2. Hydrogen is employed as a zero-emission fuel in the manufacturing process. CO2 is caught and stored indefinitely in the absence of…

With more than 200 projects already included, the Pillsbury map focuses on “green” and “blue” hydrogen projects—production facilities that meet low-carbon thresholds by using either zero-carbon sources such as renewables or nuclear power or by capturing

In this research project, the only one of its kind in the world, renewable solar energy is converted into green hydrogen in a climate-neutral way by means of electrolysis and stored in a pure form in former natural gas reservoirs.

HyGear will supply its hydrogen recycling technology to one of the world’s leading glass makers under a 10-year Gas-as-a-Service agreement. The long-term contract will be utilized to collect waste gases from the glass manufacturing process, such as hydrogen. The gas recovery system from HyGear is capable of recovering used gases, cleaning them to a production-grade standard, and reintroducing them into the manufacturing process. Due to the increased rate of atmospheric refreshing, this strategy cuts costs and enhances product quality while also being more environmentally friendly. The pay-per-use deal, worth roughly $1.6 million in total income over the 10-year term, was…