ItalyPart of NextChemmairetecnimont.com/en/business-units/innovation-and-technology/myrechemical
MyRechemical is a NextChem company within the MAIRE group that focuses on waste-to-chemicals technologies. It develops and integrates processes to convert municipal solid waste, refuse-derived fuel, and other non-recyclable residues into chemical-grade synthesis gas.
Using gasification with downstream purification and synthesis, MyRechemical enables the production of intermediates such as methanol and hydrogen, supporting circular feedstocks and lower-carbon pathways for the chemical and fuels sectors. Its activities include technology development and integration, feasibility and techno-economic studies, process design and engineering, and support for industrial project execution.
chemXplore tracks 2 projects involving MyRechemical, of which 2 are active.
MyRechemical's role on them: Technology / equipment supplier.
2 new construction.
1 of the active projects carry no start-up date yet.
Licensors are recorded on all 2 of them For subscribers
Targeting: Hydrogen (2), Ethanol (1), HVO (1), Plastic waste (1), Sustainable Aviation Fuel (1)
Licensing, PDP and engineering for the syngas section of a North Queensland project converting sugarcane residues into sustainable aviation fuel and renewable diesel; potential 125,000 t/yr.
License covers biomass-to-syngas section to produce purified chemical‑grade syngas from forest residues for SAF; plant targeted online in 2030 with 144 ktpa capacity.
The project explores converting waste to low-carbon methanol at Mongstad, aiding compliance with EU regulations for marine and aviation fuels.
The engineering phase for the Hydrogen Valley in Rome has begun, focusing on waste-to-chemical technology to produce circular ethanol and hydrogen, with completion expected in 2023.
The €194M grant will fund a waste-to-hydrogen plant in Rome, producing hydrogen and ethanol by 2027, reducing CO2 emissions, and advancing waste treatment and hydrogen technology.
The project supports hydrogen infrastructure and technology, involving 35 projects across 13 Member States, with completion by 2036. It aims to boost renewable hydrogen supply and reduce natural gas dependency.
