SciTransfer
Organization

INNCEINNMAT SL

Spanish materials SME specializing in industrial waste recovery and microwave-based thermal processing for cement, ceramic, and steel industries.

Technology SMEenvironmentESSME
H2020 projects
3
As coordinator
0
Total EC funding
€2.3M
Unique partners
62
What they do

Their core work

CEINNMAT is a Spanish materials technology SME based in Castellón de la Plana, specializing in industrial process innovation for resource recovery and energy-intensive manufacturing. They develop and deploy advanced thermal processing technologies — including microwave firing systems — for the cement, ceramic, and steel industries. Their work spans two complementary areas: extracting valuable materials from industrial waste streams (bauxite residue, spent catalysts, e-waste) and making energy-intensive firing and sintering processes significantly more efficient. They bring pilot-scale and mobile plant capabilities to EU consortia.

Core expertise

What they specialise in

Industrial waste valorization and secondary raw materials recoveryprimary
2 projects

RemovAL focused on recovering REE, gallium, and Fe-Si from aluminium production waste; PEACOC targets precious metals from end-of-life catalysts, WEEE, and photovoltaic panels.

Microwave-assisted thermal processing for industryprimary
1 project

DESTINY developed an efficient microwave firing system for cement, ceramic, and steel industries, including cellular and rotary kiln configurations.

Precious and platinum-group metals recoveryemerging
1 project

PEACOC (2021-2026) is a pre-commercial pilot for recovering PGMs from spent automotive catalysts and electronic waste across Europe.

Energy efficiency in energy-intensive manufacturingsecondary
2 projects

Both DESTINY and RemovAL address energy consumption reduction — DESTINY through microwave firing, RemovAL through converting waste into construction materials to offset virgin material production.

Mobile and modular processing plantssecondary
1 project

DESTINY included development of mobile plant concepts for deploying microwave firing technology at industrial sites.

Evolution & trajectory

How they've shifted over time

Early focus
Industrial waste stream valorization
Recent focus
Precious metals recovery and clean processing

CEINNMAT's early H2020 work (2018) centered on bulk industrial waste — recovering rare earth elements and construction-grade materials from aluminium production residues like red mud. By 2021, their focus shifted toward higher-value recovery targets: precious metals and platinum-group metals from end-of-life electronics and automotive catalysts. In parallel, they moved from waste-as-input toward process-level innovation with microwave firing technology for heavy industry, signaling a broadening from "what to do with waste" to "how to make industry cleaner in the first place."

CEINNMAT is moving up the value chain — from bulk waste recovery toward high-value precious metals and process-level decarbonization of heavy industry, positioning them well for circular economy and critical raw materials initiatives.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European18 countries collaborated

CEINNMAT operates exclusively as a consortium participant, never as coordinator, which is typical for a specialized SME contributing domain-specific technology rather than managing large projects. With 62 unique partners across 18 countries in just 3 projects, they consistently join large Innovation Action consortia — indicating they are trusted to deliver concrete pilot-scale results within ambitious, multi-partner demonstrations. Their broad partner network suggests they are easy to integrate into new teams and bring practical, deployable capabilities rather than purely research contributions.

Despite only 3 projects, CEINNMAT has built a wide network of 62 partners across 18 countries, reflecting their participation in large-scale Innovation Action consortia. Their base in Castellón — a major hub for Spain's ceramic industry — gives them strong ties to energy-intensive manufacturing sectors across Southern and Central Europe.

Why partner with them

What sets them apart

CEINNMAT combines two capabilities rarely found together in a single SME: advanced thermal processing technology (microwave firing for kilns) and hands-on experience with secondary raw material recovery from complex waste streams. Their location in Castellón, the heart of Spain's ceramic tile industry, gives them direct access to one of Europe's most energy-intensive manufacturing clusters — making them a credible bridge between laboratory innovation and industrial deployment. For consortium builders, they offer a partner who can contribute both process engineering and waste valorization expertise at pilot scale.

Notable projects

Highlights from their portfolio

  • DESTINY
    Largest funding (€985K) — developed microwave firing technology applicable across cement, ceramic, and steel industries, including mobile plant concepts for on-site deployment.
  • PEACOC
    Most recent project (2021-2026, still active) — pre-commercial pilot for recovering platinum-group metals from e-waste and spent catalysts, representing their move into high-value critical raw materials.
  • RemovAL
    Addressed the massive unsolved problem of bauxite residue (red mud) accumulation from aluminium production, targeting recovery of rare earth elements and gallium.
Cross-sector capabilities
Manufacturing and industrial process optimizationEnergy efficiency in heavy industryCritical raw materials and supply chain securityConstruction materials from secondary resources
Analysis note: Profile based on only 3 projects (all as participant), which limits certainty about their internal capabilities versus consortium-level contributions. However, the consistency of their thematic focus across all projects and the specificity of keywords (kiln types, mobile plants, specific waste streams) suggest genuine hands-on technical expertise rather than generic participation. Active project PEACOC (ending 2026) indicates ongoing relevance.