INGELIA SL

Their core work

Ingelia is a Spanish technology company built around Hydrothermal Carbonization (HTC) — a thermochemical process that converts wet organic waste (sewage sludge, municipal solid waste) into hydrochar and other bio-based energy carriers without requiring pre-drying. Their core commercial proposition is turning problematic wet waste streams into usable fuel products, operating at the boundary between industrial waste management and renewable energy production. In EU projects they have acted both as technology developer (validating HTC for sewage sludge reuse) and as a technical contributor in larger biofuel research consortia focused on next-generation fuels from municipal solid waste. As a Valencia-based SME, they combine proprietary process technology with applied research capacity.

What they specialise in

How they've shifted over time

Ingelia's earliest H2020 work (HTSew, 2014) focused narrowly on HTC as a treatment solution for sewage sludge — a specific, well-defined waste stream. By 2018, their participation in BioRen signals a widening of scope: the feedstock shifted from municipal wastewater solids to mixed municipal solid waste, and the target products shifted from hydrochar toward liquid biofuels including ethanol and GTBE (glycerol tertiary butyl ether, a diesel additive). This trajectory suggests Ingelia is moving from a single-technology provider for a niche waste stream toward a broader role in the biofuel value chain, where waste chemistry and fuel product specs both matter.

Ingelia is expanding from solid hydrochar production toward liquid biofuel outputs (ethanol, GTBE) from mixed municipal waste, positioning itself further up the fuel value chain.

How they like to work

Ingelia has operated in two distinct modes: as a solo coordinator on an SME Phase 1 feasibility grant (HTSew), which is essentially a single-company instrument, and as a technical participant in a larger RIA consortium (BioRen). Their consortium footprint — 11 partners across 4 countries from just two projects — suggests they engage in substantive mid-sized consortia rather than token participation. The pattern points to an organization that uses smaller grants to validate its own technology, then brings that validated technology into larger collaborative projects as a specialist contributor.

Ingelia has worked with 11 distinct consortium partners across 4 countries — a meaningful network for a two-project SME. Their geographic spread is European, with no indication of repeated partnerships with the same organizations.

What sets them apart

Ingelia is rare among European SMEs in holding proprietary HTC process technology that has been independently validated through both an EU feasibility grant and a multi-year RIA consortium — giving them credibility on both the commercial and research sides. For consortium builders in waste valorization or biofuels, they bring an actual working technology rather than just research capacity, which is the harder thing to find in H2020-type partnerships. Their Valencia base also positions them well for consortia targeting Southern European waste management challenges.

Highlights from their portfolio

• HTSew
  Ingelia's first H2020 success as coordinator, using the SME Phase 1 instrument to validate their core HTC technology on sewage sludge — demonstrating both technology ownership and EU funding track record.
• BioRen
  Their largest project by far (€310,262 EC funding, 5-year RIA), tackling next-generation biofuels from municipal solid waste and showing Ingelia's ability to integrate into competitive research consortia beyond their HTC niche.