Deadline: 22-Sep-2026
The European Commission is funding research and innovation projects to develop scalable, Safe-and-Sustainable-by-Design (SSbD) bio-based polymers from alternative, non-agricultural and non-forestry feedstocks. The programme focuses on circular economy solutions, TRL 5 process development, and expansion of high-performance bio-based polymer applications. Projects must involve multi-actor collaboration and demonstrate environmental sustainability, industrial feasibility, and alignment with EU research strategies.
Overview
The European Commission is inviting applications under Horizon Europe to support the development of innovative bio-based polymer solutions derived from alternative feedstocks.
The initiative aims to reduce dependence on conventional biomass sources and expand sustainable material production through circular and waste-based resource systems.
Total funding allocation: €170,760,699
Dedicated topic: SSbD bio-based polymers from alternative sources – €6.5 million
Key Objectives of the Programme
This funding call supports EU sustainability, circular economy, and industrial innovation goals.
Core objectives include:
- Development of bio-based polymers from alternative feedstocks
- Expansion of sustainable polymer production pathways
- Advancement of Safe-and-Sustainable-by-Design (SSbD) frameworks
- Creation of high-performance bio-based polymer materials
- Support for circular economy and waste valorisation systems
- Reduction of reliance on primary agricultural and forestry biomass
What Are Bio-based Polymers from Alternative Feedstocks?
Bio-based polymers are materials derived from biological or secondary sources used to replace fossil-based plastics.
Alternative feedstocks include:
- Industrial waste streams
- Organic residues
- Secondary raw materials
- Recycled biological materials
Explicit exclusions:
- Primary biomass from agriculture
- Forestry-based feedstocks
This ensures focus on circular, non-primary resource systems.
Focus Areas of the Programme
1. Feedstock diversification
Projects must explore non-traditional raw materials for polymer production.
- Waste-derived feedstocks
- Secondary bio-based resources
- Industrial by-products
2. SSbD polymer development
All materials must follow Safe-and-Sustainable-by-Design principles.
- Safe chemical composition across lifecycle
- Reduced environmental toxicity
- Sustainable production pathways
3. Scalable polymer production processes
Projects must develop industrially relevant processes.
- Efficient synthesis methods
- High yield and high selectivity
- Reproducible production systems
- TRL 5 development stage requirement
4. Expansion of polymer applications
- Development of new high-performance polymer markets
- Functional materials for industrial and consumer use
- Improved mechanical, thermal, or chemical properties
Technical Requirements
Projects must demonstrate strong research and engineering maturity.
Technology readiness level (TRL):
- Minimum TRL 5 required
- Validated in relevant environment
- Prototype or pilot-scale development stage
Process requirements:
- Efficient polymer synthesis or extraction methods
- High yield and selectivity optimization
- Scalability potential for industrial deployment
SSbD (Safe and Sustainable by Design) Requirements
All proposals must integrate the EU SSbD framework.
Key SSbD principles:
- Safety across full lifecycle (production → use → disposal)
- Environmental sustainability in material design
- Reduced toxicity and hazard potential
- Lifecycle assessment integration
- Circularity and recyclability considerations
Multi-Actor Approach Requirement
Projects must include collaboration across the value chain.
Required stakeholders:
- Feedstock providers
- Waste management operators
- End-users (industrial or consumer)
- Consumers (where relevant)
- Research and innovation organisations
This ensures real-world applicability and scalability.
Alignment with Existing EU Research
Proposals must build on and complement existing EU-funded research.
Required alignment with:
- Horizon 2020 projects
- Horizon Europe initiatives
- Related EU innovation programmes
This avoids duplication and strengthens innovation continuity.
Who Can Apply?
The programme is open under Horizon Europe rules with broad international participation.
Eligible applicants include:
- Universities and research institutions
- Private companies (SMEs and large enterprises)
- Industrial consortia
- International organisations
- Legal entities from any country
Key requirement:
- Must comply with Horizon Europe eligibility conditions
Administrative Requirements
Registration:
- All applicants must register in the EU Participant Register
- A Participant Identification Code (PIC) is required before grant signing
Participation structure:
- Affiliated entities allowed under defined conditions
- Associated partners may participate without receiving funding
- Entities without legal personality may participate if legally accountable
- EU bodies and research organisations may join consortia
- The Joint Research Centre (JRC) may participate under specific arrangements
Why This Programme Matters
This initiative supports Europe’s transition toward a circular, low-carbon polymer economy.
Key benefits:
- Reduces dependence on fossil-based plastics
- Promotes circular use of waste and secondary materials
- Expands sustainable polymer innovation markets
- Strengthens industrial competitiveness in green materials
- Reduces environmental impact of polymer production
- Supports SSbD-based chemical safety transformation
- Encourages cross-sector collaboration and resource efficiency
How It Works / How to Apply
Step-by-step process:
- Form a multi-actor consortium (industry + research + waste + end-users)
- Identify relevant Horizon Europe call topic
- Develop a detailed proposal including:
- Feedstock sourcing strategy (non-primary biomass)
- Polymer synthesis or extraction process (TRL 5)
- SSbD compliance framework
- Environmental and lifecycle assessment
- Market application and scalability plan
- Submit application via EU Funding & Tenders Portal
- Evaluation based on:
- Scientific excellence
- Innovation and technical feasibility
- Environmental and circular economy impact
- Selected projects receive EU funding for development and scaling
Common Mistakes to Avoid
Technical mistakes:
- Using excluded feedstocks (primary agriculture or forestry biomass)
- Weak TRL 5 validation evidence
- Lack of scalable production strategy
Compliance mistakes:
- Missing SSbD framework integration
- Poor lifecycle environmental assessment
- Insufficient safety validation
Collaboration mistakes:
- Missing required multi-actor participation
- Weak involvement of end-users or waste operators
- Lack of value chain integration
Tips for Strong Applications
- Focus strongly on waste-based or secondary feedstocks
- Clearly demonstrate TRL 5 validation
- Integrate SSbD framework from project design stage
- Build a strong multi-actor consortium across the value chain
- Show industrial scalability and commercialization pathway
- Ensure strong alignment with previous EU research projects
Frequently Asked Questions (FAQs)
1. What is the goal of this EU funding programme?
To develop sustainable bio-based polymers from alternative feedstocks that support circular economy and reduce fossil-based plastic dependency.
2. How much funding is available?
The total budget is €170,760,699, with €6.5 million specifically allocated to SSbD bio-based polymer development.
3. What feedstocks are allowed?
Only alternative feedstocks such as waste streams, secondary materials, and industrial by-products. Primary agricultural and forestry biomass is excluded.
4. What TRL level is required?
Projects must reach at least Technology Readiness Level 5.
5. What is SSbD?
Safe-and-Sustainable-by-Design, a framework ensuring materials are safe, sustainable, and environmentally responsible throughout their lifecycle.
6. Who can apply?
Any legal entity worldwide, including companies, universities, research institutions, and international organisations.
7. Is collaboration mandatory?
Yes, a multi-actor approach involving feedstock providers, waste operators, and end-users is required.
Conclusion
This Horizon Europe funding call supports the development of next-generation bio-based polymers produced from alternative feedstocks within a Safe-and-Sustainable-by-Design framework. By promoting TRL 5 scalable innovation and circular resource use, the programme strengthens Europe’s circular economy strategy while enabling sustainable, high-performance polymer solutions for future industrial applications.
For more information, visit European Commission.
