Solutions must be developed to convert electricity from renewable sources into products that can be used to reduce emissions from those segments of the transport and industrial sector that have no cost-effective alternatives to fossil-based energy.

Green Hydrogen Strategy, which seeks to position Chile as the cheapest producer of green hydrogen on Earth. To fully achieve this, the Strategy sets goals such as having 5 GW of electrolysis capacity under development by 2025, and being a leading exporter of green hydrogen and derivatives by 2030.

For Germany to become greenhouse gas neutral and meet its international obligations under the Paris Agreement, hydrogen needs to be established as a decarbonisation option. This applies in particular to those areas that cannot be decarbonised with the direct use of renewable electricity.

Namibia is resolutely committed to the Paris Agreement, and to taking practical and ambitious action to reduce emissions and ensure a climate-resilient economy. The commitment of the Paris Climate Accords and ambitions of the 17 Sustainable Development Goals require ambitious policy commitment and Actual Projects to execute.

The national Government has identified four main challenges to guarantee the correct development of the low-carbon hydrogen market: Legal and regulatory enablers: An adequate regulatory and oversight regime allows for fair competition between energy sectors and companies…

This is an outline of the role of hydrogen in the energy system and the process of decarbonization, as outlined in the Basque Hydrogen Strategy.

The European Commission is putting in place a regulatory framework to kick start and scale up the production and consumption of renewable hydrogen in the European Union.

Haldor Topsoe is building the world’s first and largest 500 MW Solid Oxide Electrolysis Cell (SOEC) plant in Europe that will bring innovative electrolysis technology to the global market by 2023.

In its commitment to lead the energy transition, Iberdrola is spearheading the development of green hydrogen to meet the electrification a decarbonization needs of sectors such as industry and heavy transport.

Soladvent has played a two-step role: First, to bring together 30 value chain players (upstream, midstream, downstream, finance) from September 2020 to design HyDeal Ambition as an industry platform (technical and financial modeling, legal structuring…)

Fortescue Future Industries (FFI) is investing in the entire value chain for green hydrogen. From generation of renewable energy, through conversion to green hydrogen, to storage and distribution to market.

The Green Fuels for Denmark (GFDK) project brings together leading companies representing both demand and supply sides of sustainable e-fuels, with a vision to establish an ambitious sustainable fuels production facility in Copenhagen, Denmark.

Commercially viable Floating Offshore Wind (FOW) is stimulating interest in sustainable, low-cost Green-Hydrogen (H2) production. Using energy from floating wind farms (FWFs) to generate Green-H2 offers a viable renewable energy store, balancing generation with demand, working towards achieving a Net Zero economy, diversifying available energy sources whilst decreasing the industry’s carbon footprint.

Our organization is willing to offer decarbonization solutions: We produce renewable electricity. Thereupon, we are producing green hydrogen via water electrolysis at industrial scale in order to supply our partners in particular from the energy-intensive industries such as steel, chemicals or refinery.

With a strong commitment in supporting decarbonization efforts worldwide, EDP views renewable hydrogen as a complementary solution to its current activities in renewables, electricity storage, electric mobility and energy efficiency. 

AVANGRID is committed to leading the clean energy transition and climate solution. As part of this mission, we submitted several responses to the U.S. Department of Energy (DOE)’s Hydrogen Energy Earthshot Request for Information (RFI), which we expect to lead to the deployment of large-scale hydrogen demonstration projects.

Copenhagen Infrastructure Partners (CIP) is a fund management company dedicated to greenfield renewable energy infrastructure meaning that CIP will be developing, constructing and operating renewable energy projects, such as offshore/onshore wind, solar PV and Power-to-X plants.

In the context of climate change and on the way to the net-zero goal renewable electricity generation is a key factor. Another cornerstone is the decarbonization of fossil based natural gas – the biggest energy import product into the EU today.

The Green Hydrogen Catapult initiative aims to spur the development of still nascent green hydrogen markets in order to limit temperature increases to 1.5 degrees. The initiative and its corporate and institutional partners are working to deliver this positive impact through direct and indirect measures, such as: 

TATA Power positions itself as a pioneer in Renewable Energy with plans to ramp up to 15 GW capacity by 2030. As per estimate, Green Hydrogen Demand in India is likely to be 19 Million Metric Ton Per Annum (Mt PA) which will require renewable capacity of 230 GW.