Emission-free hydrogen production
EcoEnergyH2
Synergy of hydrogen energy technology areas
The implementation of industrial-scale hydrogen production in the process of pyrolysis of natural gas together with the production of graphite will ultimately lead to its production in an emission-free process.
Implementation of industrial-scale hydrogen production in the process of:
ELECTROLYSIS water taken from the port canal (the mouth of the river to the sea) using renewable "Baltic" electricity;
or
NATURAL GAS PYROLYSIS together with obtaining graphite, which will result in it being obtained in an emission-free process (without CO and COշ).
Pyrolysis of natural gas to hydrogen and graphite should be considered a green technology to produce an alternative fuel that will be eligible for EU funding.
However, hydrogen must be cheap enough commercially (production, storage, availability and supply chain) to be used on a large scale.
The potential of technological synergy
EcoEnergyH2
Seawater electrolysis. Purchase of natural gas for own production needs. Energy production in an underground pumped-storage power plant.
The implementation of industrial-scale hydrogen production in the process of pyrolysis of natural gas together with the production of graphite will ultimately lead to its production in an emission-free process.
This is a process involving the liquefaction, compression and expansion of hydrogen in order to directly inject hydrogen into underground storage.
The transport of hydrogen in large volumes will become increasingly important in the coming years due to its growing popularity in road transport and as a fuel for shipping.
The transport of hydrogen in large volumes will become increasingly important in the coming years due to its growing popularity in road transport and as a fuel for shipping.