At ENGIE, we’re making significant investment in the transition to low carbon energy production. Currently, we own and operate over 1,000 MW (gross) of renewable and gas-fired generating plants. In addition, we have more than 500MW of renewable power generation in development. We’re also exploring the enormous potential of hydrogen in facilitating the generation of zero carbon energy.
ENGIE will operate across the entire value chain of renewable hydrogen, from carbon-free power generation to the three key end uses: mobility, industry and energy storage.
Why is hydrogen so important?
We believe that hydrogen is the key that will unlock the full potential of renewables and carbon-free energy solutions. It will accelerate the energy transition by allowing numerous green energy technologies to be used with much greater flexibility.
Hydrogen is a light gas, naturally present and the most abundant element in the universe. Traditionally used in industry, hydrogen is produced via electrolysis, splitting water into its base elements, hydrogen and oxygen. This process also enables manufacturers to recover oxygen or heat.
Hydrogen offers a level of flexibility that makes it useful for storing and recovering excess generated energy, especially energy from renewable sources. It acts as a buffer to match supply with demand. It can also be used to generate energy, for example via fuel cells that power hybrid vehicles or autonomous energy production systems. The heat generated during the hydrogen production process can also be used to heat buildings.
We respect and honor Aboriginal and Torres Strait Islander Elders past, present and future. We acknowledge the stories, traditions and living cultures of Aboriginal and Torres Strait Islander peoples on the lands on which our sites are located and commit to building a brighter future together.
ENGIE and Yara, one of the world’s leading crop nutrition companies, agreed in February 2019 to carry out a feasibility study with the goal of designing a green hydrogen plant that would be integrated with Yara’s existing ammonia plant in Western Australia’s Pilbara.
The goal is to transform the plant from one that relies completely on natural gas for hydrogen to one where a significant share of the hydrogen comes from renewable power. The resulting drop in CO2 emissions from the process would be significant.
The Pilbara has plenty of sun, and plenty of water – key ingredients to producing renewable hydrogen. ENGIE and Yara have the complementary expertise and experience to take on such a complex project, but the key ingredient in this venture is their mutual commitment to a healthier planet and a sustainable future.