Companies are making pledges to consume, supply or support hydrogen with the lowest possible carbon intensity.
Join those influential companies to increase market confidence in the growth of decarbonized hydrogen.
Together we already achieve 25% of the decarbonization potential* with hydrogen by 2030.
Together we already achieve 25% of the decarbonization potential* with hydrogen by 2030*as estimated by the Hydrogen Council
8 Rivers Capital pledges to develop and commercialise a novel ultra-low carbon hydrogen process technology capable of delivering clean, industrial scale hydrogen at a price that will enable the displacement of natural gas, and further drive the deployment of at least 435 ktpa (kilo tons per annum) of ultra-low carbon hydrogen by 2030.
At ACCIONA Energía we are committed to the creation of a robust renewable hydrogen ecosystem that helps meet decarbonization targets in an environment of economic growth. To this end, ACCIONA Energía recently teamed up to establish a joint venture with Plug Power, through which we target to achieve a 20% market share in the renewable hydrogen business in Spain and Portugal by 2030, through an initially planned investment of more than €2 billion.
We are currently in the process of engineering world-class green hydrogen technologies – including the world’s first 2000kW hydrogen fuel-cell powered ultra-class mine haul truck and producing green hydrogen at our mine sites.
By 2030 bp aims to participate in:
To support CLP’s Climate Vision 2050, we are committed to provide a net-zero electricity supply to our customers by that date. As part of this commitment, we expect to transition our natural gas generation units to run on ‘low carbon hydrogen’ during the 2030s and 2040s. To do so, we will need not only Government support but the market to provide us with an average of around 550ktpa of ‘low carbon hydrogen’, delivered to our generation plants at a cost competitive to other alternatives which in today’s prices would equate to less than US$2 per kg. This pledge is therefore both a clear commitment to increase the use of hydrogen as a zero-carbon fuel in generation but also a challenge to potential producers to develop additional capacity at scale and commercially attractive prices, to help us underpin our world class electricity supply reliability over the long term.
As part of our commitment to Net Zero by 2045 across all scopes, Engie targets to develop 4GW of renewable hydrogen production by 2030, to deliver low or ultra-low carbon hydrogen under the WBCSD framework definition. As of today, and pending customer’s final decision and grants, our committed volumes represent already 6kt of renewable hydrogen per year.
By 2030, ERM intends to enable the production of 45ktpa (500MW) of ultra-low carbon hydrogen through ERM Dolphyn and other projects, reaching a minimum of 360ktpa (4GW) by 2035.
As the size of the low carbon Hydrogen market grows significantly through to 2030, ERM will be materially involved in this market supporting leading companies in moving towards low carbon hydrogen solutions and through thought leadership and active collaboration in developing methodologies, safety standards and insights.
Fortescue will target the production of 15 million tonnes per annum of green hydrogen by 2030. Fortescue’s vision is to make renewable green hydrogen the most globally traded seaborne energy commodity in the world.
Fortescue will allocate 10 percent of Net Profit After Tax to fund renewable energy growth through Fortescue Future Industries to drive the acceleration of Green Hydrogen projects around the globe.
In its mission to lead the energy transition, Iberdrola is spearheading the development of green hydrogen with projects in a number of countries (Spain, the United Kingdom, Brazil, the United States, among others) to meet the demand for electrification and decarbonisation in hard-to-abate sectors such as industry and long-haul heavy transport. The group is addressing the technological challenge of producing and supplying green hydrogen from clean energy sources, powering the electrolytic process with 100 % renewable electricity. Iberdrola plans to have 3 gigawatts (GW) of electrolysers capacity to produce renewable hydrogen by 2030.
Riversimple is making the world's most sustainable vehicles and will need green hydrogen to achieve its mission of eliminating the environmental impact of personal transport. Riversimple will be mass producing a local car, a commercial van and a family car that will be affordable and convenient. The vehicles are offered on an all-in subscription basis which includes the fuel and so the company are the wholesale purchasers of the Hydrogen. By 2030 the total cumulative consumption by the fleet is predicted to be 10kt of hydrogen of which a minimum of 90% will be from zero-carbon renewable sources. By 2040, Riversimple will be running a fleet of 250k vehicles in the UK with an annual hydrogen demand of 27kt per annum 100% of which will originate from zero carbon renewable sources.
Shell pledges that by 2030, at least 65% of the hydrogen consumption in its Chemicals and Energy parks will be Reduced Carbon or better (~300ktpa, excluding co-produced hydrogen).
Shell pledges to produce 75ktpa of Ultra Low Carbon Hydrogen and 100ktpa of Reduced Carbon Hydrogen by 2030.
Yosemite Clean Energy and our subsidiary companies under the Yosemite Umbrella are committed to providing our first portfolio of Carbon Negative renewable hydrogen from waste biomass (Carbon Intensity score of -56 or better) that will be produced at three production facilities currently under development in California and slated for production beginning in 2024.
We commit to the completing our first portfolio of 3 hydrogen projects, with an estimated completion date of 2025. The first portfolio will reduce GHGs by eliminating an estimated 402k metric tonnes CO2e per year and will reduce the use of Diesel fuels by an approximate 19.5 million diesel gallon equivalents annually.
Each of our projects will produce an estimated 12.2MT of SJ2719 fuel cell grade hydrogen daily, therefore 3 plants will produce an estimated 11ktpa of hydrogen. These figures would supply over 500 heavy-duty class 8 trucks on an annual basis, or an approximate 1,400 busses to support public transportation.
Cummins' next-generation environmental sustainability strategy looks out to 2050, setting quantifiable goals for 2030 along with visionary longer-term aspirations to 2050. As a global hydrogen technology supplier, Cummins pledges to support the growth of clean hydrogen by scaling up our electrolyzer production capacity to 2GW by 2030 to enable green hydrogen production. Additionally, Cummins pledges to ramp up production capacity to produce fuel cell power modules and components to meet market demand and will continue to invest in research and development to develop new hydrogen products.
As Hinicio, we have been investing in the design of hydrogen certification schemes and systems since 2014 through the CertifHy© Initiative, supported financially by the FCH-JU. Hinicio pledges today to continue designing renewable hydrogen certification systems in line with the upcoming regulation, such as RED2, CBAM, EU Taxonomy, FuelEU Maritime, RefuelEU Aviation, etc. Moreover, Hinicio pledges in a first step to set up an Issuing Body for Renewable Hydrogen Guarantees of Origin and a “Renewable Fuel of Non-Biological Origin” certification scheme recognized by the European Commission, as the regulation of these certification systems starts to be well defined. Other certification purposes might follow later, as regulation becomes clearer.
Johnson Matthey has been a leader in hydrogen technology for decades, and our experience cuts across numerous parts of the hydrogen value chain, including market leading hydrogen production catalysts and processes, components for hydrogen fuel cells and new technologies for ultra-low carbon hydrogen production.
JM is putting its science and experience at the heart of solutions that support a cost-effective transition to a secure and environmentally sustainable energy system. By 2030, Johnson Matthey pledges to invest c.£1bn in the research, development, and deployment of clean hydrogen technologies.
Linde has set a sustainable development target of reducing its GHG intensity 35% by 2028 and to achieve a 35% reduction in our Scope 1 and Scope 2 emissions by 2035 - 35 by 35.
Linde is also committed to pursuing our goal of becoming climate-neutral by 2050.
To support Linde’s climate change commitment, the company plans to triple the amount of clean hydrogen produced. It will pursue competitive low-carbon sources of hydrogen, including energy efficient steam methane reformers with carbon capture, electrolysis with renewable power and piloting new low-carbon technologies.
As part of our Euro 1Bn research and development budget, Siemens Energy pledge to commit to developing products, services, and solutions to help limit climate change caused by the global increase in CO2 emissions. We will find through innovation and technology, solutions which lead to carbon neutral power generation through having H2 ready Gas Turbines by 2030, and a portfolio of Electrolysers, Renewable Energy Sources and other technologies that will enable the transition to green energy.
As an infrastructure operator, SNAM commits to initiate the repurposing of its assets to pure H2 within the next decade, unlocking H2 potential to reach 20-25% of energy demand in 2050 through access to cheap renewable power. In addition, in line with its Net Zero Carbon by 2040 Strategy, SNAM pledges to achieve a 28% reduction of Direct and Indirect energy emissions (Scope 1 and 2) emissions by 2025 compared to 2018 values and a 50% reduction by 2030.
Yokogawa, as a leading industrial automation company, is committed to supporting the deployment of energy such as hydrogen with the lowest possible carbon intensity.
We currently supply automation systems to one of the world’s largest green hydrogen production plants in Japan.
We will contribute to achieving carbon neutrality by helping our customers to measure and control 1 billion t CO2 emissions by 2030 (accumulative from FY18), with 50% or more of that achieved from renewable energy and new technologies.