SciTransfer
Organization

SITRAPLAS GMBH

German SME specializing in post-consumer recycled technical plastics from electronics waste, with expertise in polymer grading, flame retardant management, and circular economy standardisation.

Technology SMEenvironmentDESMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€413K
Unique partners
30
What they do

Their core work

SITRAPLAS is a German SME specializing in post-consumer recycled technical plastics, with deep expertise in recovering and qualifying polymers from waste electrical and electronic equipment (WEEE). Their core work involves the characterization, processing, and grading of high-performance plastic compounds — particularly PC-ABS and PPE-PS — recovered from consumer electronics and mobile ICT devices. They contribute technical knowledge on material properties, contamination challenges (flame retardants, antimony), and the conditions under which recycled plastics can meet industry-grade specifications. Beyond lab and material work, they engage in supply chain and market development for recycled polymer streams, including standardisation efforts and business model design for circular plastics.

Core expertise

What they specialise in

Post-consumer recycled plastics from WEEEprimary
2 projects

Both CloseWEEE and PolyCE centre on recovering and qualifying plastics from waste electronics, with SITRAPLAS contributing material and processing expertise throughout.

Technical polymer characterization (PC-ABS, PPE-PS)primary
1 project

CloseWEEE specifically addressed PC-ABS and PPE-PS grades recovered from consumer electronics, requiring deep knowledge of polymer identity, blending, and contamination.

Flame retardants and hazardous substance management in recycled plasticsprimary
1 project

CloseWEEE keywords include flame retardants and antimony — critical barriers to using WEEE-derived plastics in new products, pointing to hands-on expertise in this compliance challenge.

Standardisation and grade systems for recycled polymerssecondary
1 project

PolyCE explicitly targeted technical requirements and grade systems for recycled plastics, and SITRAPLAS participated in shaping these market-enabling frameworks.

Circular economy business models for plasticsemerging
1 project

PolyCE introduced dematerialisation and new business models as keywords, marking a shift toward market and value chain thinking beyond purely technical recycling.

Evolution & trajectory

How they've shifted over time

Early focus
WEEE polymer recycling and disassembly
Recent focus
Recycled plastic standardisation and market development

In their first project (CloseWEEE, 2014–2018), SITRAPLAS worked at the material level: disassembly of electronics, separation and identification of specific polymer grades (PC-ABS, PPE-PS), and managing hazardous components like flame retardants, lithium-ion batteries, and antimony. By PolyCE (2017–2021), the focus had shifted from "can we recycle this?" to "how do we build a market for what we've recycled?" — with standardisation, grade systems, supply chain design, and new business models taking centre stage. The trajectory is a classic deepening from technical problem-solving toward market infrastructure, suggesting SITRAPLAS is growing from a materials specialist into a broader circular economy actor.

SITRAPLAS is moving from technical recycling execution toward shaping the market infrastructure — standards, grades, and business models — that will determine the commercial viability of recycled technical plastics in Europe.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

SITRAPLAS has participated exclusively as a consortium member, never as coordinator, across both projects — a pattern consistent with a specialist SME that contributes defined technical expertise rather than managing large programmes. Both projects involved substantial multi-partner consortia (30 unique partners across 10 countries), suggesting they are comfortable operating within complex, international collaborative structures. This makes them a reliable specialist contributor for consortia that need hands-on recycled plastics expertise without requiring project management overhead from the SME itself.

SITRAPLAS has built a network of 30 unique consortium partners spanning 10 countries through just two projects — a relatively broad reach for a small company, reflecting the pan-European nature of WEEE and circular plastics supply chains. No evidence of a narrow geographic focus; their partnerships appear driven by topic rather than proximity.

Why partner with them

What sets them apart

SITRAPLAS sits at an uncommon intersection: a private-sector SME with both technical plastics processing knowledge and active involvement in EU-level standardisation for recycled polymers — a combination that most pure recyclers or pure consultancies lack. For a consortium tackling circular plastics, electronics design for disassembly, or WEEE compliance, they bring industrial credibility alongside policy-relevant experience. Their small size means they are agile and focused, but their consistent project participation signals they are a reliable, committed partner rather than a token industry name.

Notable projects

Highlights from their portfolio

  • CloseWEEE
    The larger of the two projects (EUR 226,250) and the foundation of SITRAPLAS's WEEE expertise, addressing the full pre-processing chain from disassembly to polymer-level material recovery including hazardous substance management.
  • PolyCE
    Marks a strategic pivot beyond technical recycling into market development — standardisation frameworks and business models for recycled plastics — positioning SITRAPLAS at the policy and commercial frontier of circular economy for polymers.
Cross-sector capabilities
manufacturing — polymer compounding and quality specifications for recycled materials in industrial productiondigital and electronics — end-of-life design requirements for consumer electronics and ICT devicesenergy — battery materials recovery (lithium-ion, graphite, antimony) from WEEE streams
Analysis note: Profile is based on only two projects, both from 2014–2021, with no activity recorded after 2017 project start. The keyword evolution analysis is meaningful and consistent, but the organisation's current activities cannot be confirmed from H2020 data alone. Their website should be checked for current service offerings and any post-H2020 work. Confidence is moderate: the two projects are thematically coherent and paint a credible specialist picture, but the small sample limits certainty about depth and breadth of capability.