SciTransfer
Organization

UTB ENVIROTEC KORNYEZETTECHNOLOGIAIZARTKORUEN MUKODO RT

Hungarian environmental SME recovering cleaning agents and organic fertilizer from sewage sludge via proprietary valorization technology.

Technology SMEenvironmentHUSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€1.1M
Unique partners
1
What they do

Their core work

UTB Envirotec is a Hungarian environmental technology SME specializing in the valorization of sewage sludge — the solid byproduct of wastewater treatment that most facilities simply dispose of as waste. Their core innovation is a process for recovering commercially useful materials from this sludge, specifically sustainable cleaning agents and organic fertilizers. They have progressed from feasibility validation (SME Phase 1) to full commercial development (SME Phase 2) of this recovery technology, positioning themselves as a circular economy solution provider for the wastewater treatment industry. Their work sits at the intersection of environmental remediation and industrial resource recovery.

Core expertise

What they specialise in

2 projects

Both reNEW projects (2016 and 2017–2019) are explicitly focused on recovering valuable products from sewage sludge, confirming this as their defining technical capability.

Organic fertilizer production from waste streamsprimary
1 project

The SME Phase 2 reNEW project (2017–2019) specifically targets organic fertilizer recovery, indicating developed expertise in converting sludge into agricultural inputs.

Sustainable cleaning agent manufacturingprimary
1 project

The Phase 2 reNEW project identifies sustainable cleaning agent production as a distinct output of their sludge treatment process, pointing to chemistry-based separation know-how.

Circular economy process developmentsecondary
2 projects

The full arc of reNEW — from feasibility study to scaled implementation — demonstrates experience in taking a waste-to-product circular economy concept through the EU innovation pipeline.

Evolution & trajectory

How they've shifted over time

Early focus
Sewage sludge product recovery
Recent focus
Cleaning agents and fertilizer recovery

UTB Envirotec's H2020 activity spans only 2016–2019, and both projects carry the same name (reNEW), representing a single technology developed in two stages rather than a diversifying portfolio. The Phase 1 project (2016) was a brief feasibility assessment of "valuable product recovery" from sewage sludge in general terms; the Phase 2 project (2017–2019) sharpened that into specific commercial outputs — cleaning agents and organic fertilizer — suggesting the company refined and validated its value proposition during this period. No keyword shift data is available to trace a deeper thematic evolution, so the observable trend is intensification of one focused technology rather than broadening into new areas.

UTB Envirotec appears to have used EU funding primarily to commercialize a single defined technology; their next logical step would be scaling production or entering new geographic markets, rather than pivoting to new research domains.

Collaboration profile

How they like to work

Role: consortium_leaderReach: Local1 countries collaborated

UTB Envirotec has led both of their H2020 projects as coordinator — a strong signal that they are comfortable managing EU grants and driving project execution rather than joining as a supporting partner. However, their consortium footprint is minimal: only one unique partner across both projects, all within Hungary, which suggests they operate as a focused technology developer rather than a broad network builder. Partners considering working with them should expect to engage with a technically focused, self-directed SME that tends to own its projects rather than share leadership.

UTB Envirotec has collaborated with just one unique partner across both projects, entirely within Hungary, indicating a very tight and locally anchored network at this stage of their development. Their collaboration footprint is among the smallest possible for an H2020 participant, reflecting the nature of SME Instrument funding, which is designed for single-company innovation rather than large consortia.

Why partner with them

What sets them apart

UTB Envirotec occupies a specific niche that few SMEs have validated through EU-funded proof-of-concept: turning sewage sludge into both a cleaning product and a certified agricultural input simultaneously, which is a dual-output recovery model. Their name — Envirotec — and their project trajectory suggest the company was purpose-built around this technology rather than arriving at it opportunistically, which typically means deeper process ownership. For consortium builders in the water treatment, biowaste, or sustainable chemistry space, they offer a technically credentialed Hungarian partner with direct experience moving an environmental technology from idea to commercial prototype.

Notable projects

Highlights from their portfolio

  • reNEW (Phase 2)
    The largest project in their portfolio at over €1 million EC funding, this SME Phase 2 grant represents a full commercial development cycle and is the primary evidence base for their claimed technical capabilities in sludge valorization.
  • reNEW (Phase 1)
    The Phase 1 feasibility project demonstrates that their technology concept passed independent EU evaluation, which is a meaningful quality signal for a small Hungarian SME with no prior EU project history.
Cross-sector capabilities
Circular economy and industrial waste valorizationSustainable agriculture and bio-based fertilizer inputsGreen chemistry and bio-based cleaning product manufacturing
Analysis note: Only 2 projects exist, both with the same name and no keyword metadata, making it impossible to assess thematic evolution or network depth beyond surface-level observations. The profile is coherent but rests entirely on project titles and funding scheme data. No public scientific output, patent, or deliverable data was available to verify technical claims. Treat all capability assessments as plausible inferences, not confirmed expertise.