Event Overview
The Renewable Materials Conference (RMC) 2026 is the premier international forum dedicated to renewable and sustainable alternatives to fossil carbon. Organized by the nova-Institute, this conference brings together industry leaders, researchers, and policymakers to discuss the transition to a bio-based and circular economy across all material sectors.
Key Details
- Event Type: International Industry Conference
- Date: September 22-24, 2026
- Location: Siegburg/Cologne, Germany
- Organizer: nova-Institute
- Website: Renewable Materials Conference
- Expected Attendance: 400-500 international participants
- Presentations: 75+ talks and presentations
- Panel Discussions: 20+ interactive panels
- Workshops: Multiple in-depth technical sessions
Topics & Focus Areas
- Renewable Chemicals: Bio-based chemical production and substitutes for fossil chemicals
- Fossil-Free Plastics: 20+ biopolymers from biomass, CO₂, and chemical recycling
- Advanced Recycling: Chemical recycling, depolymerization, upcycling technologies
- Biodegradation Strategies: Composting design, marine biodegradability, environmental persistence
- Applications Development: Bioplastics in packaging, textiles, automotive, consumer goods
- Feedstock Sustainability: Renewable feedstock sourcing, agricultural integration, waste utilization
- CO₂ Utilization: Products from captured carbon dioxide, carbon-neutral materials
- Life Cycle Assessment: Environmental impact assessment, sustainability metrics
- Policy & Regulation: EU regulations, circular economy directives, sustainability standards
- Economics & Market Trends: Cost competitiveness, market growth, investment opportunities
- Technology Development: Scale-up, commercialization, emerging processes
Conference Tracks
Track 1: Bio-Based Polymers & Materials
- PLA, PHA, PBS, and other biopolymers
- Bio-PE, bio-PET, and drop-in replacements
- Biopolymer blends and composites
- Bio-based rubbers and elastomers
- Natural fiber reinforced plastics
Track 2: Chemical Recycling & CO₂ Utilization
- Depolymerization and chemical recycling technologies
- Products from captured CO₂
- Circular sourcing of raw materials
- Recycled-based polymers
- Upcycling and valorization strategies
Track 3: Applications & Market Development
- Packaging applications
- Textile and fiber applications
- Automotive component development
- Consumer goods and durables
- Emerging application markets
Track 4: Sustainability & Standards
- Life cycle assessment methodologies
- Carbon footprint measurement
- Biodegradation standards and certification
- Sustainability claims and verification
- Environmental impact assessment
Track 5: Policy, Economics & Business Models
- EU regulations and directives
- National bioplastics strategies
- Business case development
- Investment and financing opportunities
- Market analysis and trends
Why Attend
The conference is essential for:
- Biopolymer Producers: Understanding market dynamics, competition, and application development
- Chemical Companies: Exploring bio-based feedstocks and business opportunities
- Packaging Converters: Sourcing sustainable materials and understanding regulations
- Brand Owners: Finding renewable alternatives and meeting sustainability goals
- Technology Developers: Showcasing innovations in recycling and biopolymer production
- Government & Regulators: Understanding industry capabilities and regulatory implications
- Investors & Consultants: Identifying growth opportunities in renewable materials
- Equipment Suppliers: Understanding customer needs and market developments
Typical Attendance
The conference attracts 400-500 professionals including:
- Biopolymer and chemical producers
- Packaging converters and processors
- Brand owners and retailers
- Equipment manufacturers and technology providers
- Recycling companies and waste management
- Government agencies and environmental authorities
- Research institutions and universities
- Consulting firms and analysts
- Industry associations
- Investors and venture capitalists
Key Features
- Keynote Sessions: Leading industry figures on market trends and opportunities
- Technical Presentations: 75+ presentations on specific technologies and applications
- Panel Discussions: 20+ interactive discussions on key industry challenges
- Workshops: Hands-on learning sessions on specific topics
- Exhibition: Showcasing companies, technologies, and services
- Networking Events: Extensive opportunities for business development
- One-on-One Meetings: Matchmaking service connecting participants
Market Context
The Renewable Materials Conference 2026 will focus on:
- Accelerating transition to renewable feedstocks
- Scaling up chemical recycling technologies
- Meeting regulatory demands for sustainable materials
- Cost competitiveness of bio-based and recycled solutions
- Circular economy business model development
- Emerging applications for renewable materials
Venue & Logistics
Location: Siegburg/Cologne, Germany - Industrial heartland of Europe
Venue Details: Premium conference facility in Cologne region
Travel Access:
- Cologne/Bonn Airport (CGN) - Major European hub
- Excellent rail connections (Cologne Central Station)
- Central location in Europe for easy access
- Proximity to major chemical and pharmaceutical industries
Hotel & Accommodation: Cologne offers extensive lodging options near conference venue
Registration & Information
- Website: Renewable Materials Conference
- Early Registration: Opens typically 4 months before event
- Standard Registration: Available until conference dates
- Contact Information: Available through nova-Institute website
Sponsorship Opportunities
Premium sponsorship packages typically include:
- Keynote presentation slot
- Prominent booth placement
- Logo placement in conference materials
- Speaking opportunities in key sessions
- Exclusive networking events
Details available through conference website
Post-Conference Materials
- Conference Proceedings: Selected papers published
- Video Recordings: Key presentations available for registered participants
- Contact Lists: Attendee directory for follow-up networking
Last updated: January 05, 2026