Gilles Iafrate

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decarbonisation hydrogen production electrolyser technology solid oxide electrolyser energy efficiency thermally-charged electrolysis industrial applications low-carbon solutions carbon capture green hydrogen sustainable manufacturing emission reduction recycling industrial heat process decarbonisation hydrogen economy chemical production steel industry cement industry climate transition energy transition sustainable energy renewable energy cost-effective hydrogen advanced manufacturing industrial partners clean technology innovations first principles approach systems engineering heat recycling clean energy initiatives carbon emissions environmental sustainability efficiency optimization manufacturing scaling hydrogen as a fuel greener processes chemical value chain ascertaining technical excellence hydrogen supply chain industrial partnerships clean combustion fuel ammonia production plastics production emissions-intensive processes hydrogen production costs joint ventures global carbon emissions energy markets high-performance electrolyser clean hydrogen industrial decarbonization solid oxide electrolysis low-carbon hydrogen e-fuels e-ammonia hard-to-abate sectors steel production cement manufacturing scalable solutions carbon reduction innovative technology public-private partnership industrial gases cost-effective pathways net-zero goals advanced electrolyzers thermal energy utilization fault-tolerant designs carbon-free solutions energy storage maritime industry synthetic fuels decarbonization challenges global energy transition environmental services renewables & environment clean energy & technology oil & energy