General interest focuses on photolysis and solar-steam driven turbine liquefaction coupled to district heating plus various system integrations. Oxygen valorisation very overlooked.
Apply design thinking to the evolving industrial symbiosis and the integration of aviation, steelmaking, renewables storage, electrical grid distribution and coming cryogenic and district heating pipelines network integration to enable superconducting electricity transmission.
Unify thermoelectrochemical infrastructure planning to integrate LCO2, LOX, SLH2 pipelines into industrial waste heat and district heating networks.
info@antonfellinger.com
Arigato! Thank you!
General interest focuses on photoelectrochemical water splitting photolysis and solar-steam driven turbine liquefaction coupled to district heating plus various system integrations
Seeking to contribute in solving the problem and filing my patent to range extend cryogenic pipeline transport..
Decentralized rooftop photocatalytic hydrogen can be collected through reversed distribution gas networks. DO NOT BUILD BACK OLD INFRASTRUCTURE WHILE RETROFITTING IS ON THE WAY!
Let’s REPowerEU through a superconductor UHVDC rail from MENA to the Northern Hydrogen Backbone - frightened by liquid hydrogen :)
If anyone can help me realize my concept of a liquid hydrogen and electrically superconducting pipeline combination (that is 6 Gigawatt through DM2000 thermally „lossless“) together with integration into anergy networks do not hesitate to contact
I am interested in the following CETPartnership thematic areas:
develop the optimised, integrated European net-zero emissions energy systemprovide technological cleaner solutions for storage technologiesprovide technological cleaner solutions for hydrogen and renewable fuelsprovide enhanced and improved heating & cooling technologies and systems