Globally, it is estimated that hydrogen could reach a quarter of final energy demand by 2050, creating 5.4 million jobs in a 95% decarbonised scenario.
With its GEA H24 technology, ENERGYeti-CO₂ is able to continuously power water hydrolysis equipment in 500 kW or 1 MW containers; These containers can be unloaded and easily positioned wherever deemed useful, even on disused platforms in the open sea. Given the need for significant energy input for their use (they are among the highly energy-intensive systems), it is possible to create substations at sea for their direct or indirect operation, with the possibility of hydrogen storage, particularly at night. Italy would in fact benefit considerably from this, both for the main arteries running along its coasts and in relation to its large mediterranean islands.

This would provide motorways and communication routes on which to install hydrogen refuelling stations, without changing anything in the current system, but by consolidating existing distribution points, where existing fuel pumps can be easily integrated with hydrogen distribution pumps, distribution systems that are already on the market, for example in Canada.

As regards disused oil platforms, ENI should have around 120 in the Adriatic alone, both wired and unwired. This would allow them to be reused or expanded for the production of:
(1) METHANE – (2) HYDROGEN – (3) ELECTRICITY
(4) GTL (GAS – TO – LIQUID) – (5) WASTE TREATMENT

However, it is clear that the oxygen and hydrogen produced can also be used for numerous applications, medical, industrial, civil. Upgrading of existing industries also as waste treatment with plasma technology powered by our GEA H24 system.
ENERGYeti-CO₂ AND THE GEA H24 SYSTEM USES AND OPTIMISES WHAT ALREADY EXISTS.