Decarbonated Hydrogen
As an energy carrier, hydrogen has great significance for the future design of our mobility, production, and the entire energy market towards a climate-neutral future. Green hydrogen can solve the storage problem of renewable energies - especially wind and solar - in terms of security of supply and is thus an essential factor for a functioning sector coupling, i.e. an energy system whose gas, electricity, heat and mobility infrastructures are efficiently interconnected.
However, hydrogen can only become a success if all the necessary competencies are optimally coordinated.
WHAT ARE THE COMPONENTS OF THE ECOSYSTEM?
"Clean" hydrogen is produced by separating the hydrogen (H2) and oxygen (O) that make up water molecules by electrolysis.
A carbon-free emissions process.
CONTRIBUTIONS TO A SUSTAINABLE WORLD
The energy transition is one of the world’s top priorities and is profoundly reshaping how cities, buildings and societies function. Governments, corporations and individuals are all due to play a role in making it happen.
SPIE is the independent European leader in multi-technical services in the areas of energy and communications. For over a decade it has been providing services and solutions that enable its customers to limit their impact on the environment.
