A first-of-a-kind project for the injection into the grid of green hydrogen generated throught industrial processes powered by renewable energy.
SOCIETÀ GASDOTTI ITALIA
Innovation initiatives
Let’s pave the way for the energy transition
In a global context that requires concrete actions to reduce climate-changing emissions, we are actively engaged in the development of advanced solutions.
We want to ensure the stability and efficiency of gas transmission networks, thus providing a more sustainable energy supply.
Power-to-Gas: The future of energy
The hub of global energy innovation policy, one of the cornerstones of our green vision.
With power-to-gas, renewable sources can be integrated into a flexible and clean energy system. The process involves the production of green hydrogen through electrolysis, powered exclusively by renewable sources. The hydrogen produced can be subsequently blended with the methane in the network or, through a further methanisation process, transformed into green methane.
The latter has the same characteristics as conventional natural methane and can be fed into the gas network, offering versatile solutions for distribution and storage.
Strategic synergies for responsible change
In collaboration with important industrial partners and research organisations, we have launched several initiatives to support the energy transition.
HELIOS project
The first Hydrogen Valley in central Italy, an innovative hub for the production, transport and use of green hydrogen in the heart of the industrial cluster of Frosinone
Pegasus project
An industrial-scale initiative that aims to produce 100% renewable methane gas through innovative power-to-gas technology.
Sinbio project
Towards the energy transition with the integrated design of processes for biomethane and synthetic gases from renewable sources.
Our innovation projects are part of a larger plan
In line with the energy policy objectives of the PNIEC, we have drawn up our Ten–Year Network Development Plan to achieve the objective of decarbonisation