Applications
SCWG technology enables the transformation of wet organic matter from various sources into renewable energy carriers through a clean and efficient thermochemical process. Its modular design and operational flexibility allow integration across a range of productive sectors that generate or manage this type of material.
Organic Waste with Industrial Potential for SCWG
Organic Liquid Streams (<5% dry matter)
Examples:
Liquid streams with residual organic load.
Stabilized organic effluents.
Post-fermentation or post-treatment liquid extracts.
Wet Solids and Solid–Liquid Mixtures (~20–30%)
Examples:
- Digestates from sludge.
- Dewatered sludges.
- Algae.
- Wet bagasse (from sugarcane or similar crops).
Sólidos húmedos de origen agroindustrial (~50%)
Examples:
Selected municipal organic fraction (OFMSW).
Organic residues from the agri-food industry.
Biomass residues from crops.
Residues from the perfume industry.
Dry Solids with Controlled Liquid Fraction (~60–70%)
Examples:
Industrial liquids.
Residues from the wood industry.
Surpluses of agri-food products.
News
SCWG at Pollutec Lyon 2025
Hydrothermal gasification gains momentum in Europe SCWG will participate in the conference “Innovation & déchets – Le marché de la gazéification hydrothermale se développe via les fabricants français et européens”, organized by Biogaz Vallée®. The event will highlight how hydrothermal gasification is becoming a breakthrough solution for waste recovery. This
SCWG will be present at the Bioenergy Congress 2025
We are pleased to announce that on October 2nd, we will be attending the Bioenergy Congress, organized by AVEBIOM at the Valladolid Fair. This event brings together key players in the sector to share advancements, experiences, and innovations related to biogas, biomethane, and green hydrogen. During Block II: Digestate Valorization,
SCWG Drives the Energy Transition from Salamanca with the ECLOSION Project
SCWG has launched its Supercritical Water Gasification technology in Salamanca—a key milestone within the strategic ECLOSION project. This initiative is designed to transform urban and agro-industrial waste into renewable energy carriers such as green hydrogen and biomethane, two resources that are increasingly in demand within the emerging global energy model.