Catalysis & Process Engineering for Waste-to-Value
Plastic-to-Naphtha is the flagship commercialization opportunity. Alongside it, Ecocatalix is building a broader portfolio of catalytic and thermochemical technologies for biomass, waste and renewable feedstocks.
Plastic-to-Naphtha
Conversion of waste polyolefins into naphtha-range hydrocarbon products through continuous depolymerisation and in-line catalytic upgrading.
Explore Technology →Biomass-to-Hydrogen
Integrated pyrolysis and catalytic steam reforming of agricultural residues for hydrogen-rich gas.
Explore Technology →Waste-to-Chemicals
Feedstock conversion, catalytic upgrading, reaction engineering, separation and purification into value-added chemical intermediates.
Explore Technology →Waste-to-Fuels
Thermochemical and catalytic pathways converting plastic and biomass-derived waste into hydrocarbon fuels and feedstocks, with product upgrading and process integration.
Catalysis & Reaction Engineering
Heterogeneous catalysis, catalyst development including perovskite catalysts, catalytic cracking, steam reforming, reaction kinetics, reactor engineering and catalyst stability.
R&D detail →Separation & Purification
Adsorption-based separation, hydrogen purification, CO₂ removal concepts, hydrocarbon purification, gas separation and product polishing.
Feedstock → Conversion → Separation & Purification → Value-added Products
Each technology in the portfolio shares this same backbone — only the feedstock, reaction chemistry and target product slate change. This is why capability built on one platform (for example, catalytic upgrading for Plastic-to-Naphtha) carries over to the others.