The European Biostimulants Industry Council (EBIC) has released its 2025 highlights, showcasing a pivotal year for the sector. From advancing the Chemicals Omnibus VI to clarifying regulatory boundaries in the Food and Feed Safety Omnibus, EBIC continues to champion a competitive Single Market for plant biostimulants.
EBIC’s 2025 highlights: advocacy, collaboration, thought leadership
December 2025
2025 has been another exciting year for the plant biostimulants sector in Europe. Against a backdrop of climate pressure, evolving sustainability goals and a shift in political priorities, EBIC has continued to champion a competitive and innovative Single Market for plant biostimulants.
Regulatory Advocacy Wins
One of the most significant policy developments this year was the progress on the Chemicals Omnibus VI. This proposal includes measures to restore normal REACH requirements for fertilizing products and create a criteria-based pathway for micro-organisms. Additionally, the European Commission’s proposal for the Food and Feed Safety Simplification Omnibus (Omnibus X) includes an amendment to clarify the regulatory boundary between plant biostimulants and plant growth regulators.
EBIC strengthened ties across the value chain, partnering with national associations, ECOFI, Fertilizers Europe, and others. The year was marked by high-impact events:
- EBIC Summit 2025: Explored the balance between sustainability and competitiveness in EU agriculture.
- Biostimulants World Congress 2025: Held in Barcelona, this event gathered over 1,500 participants for networking and scientific exchange.
Looking ahead, the EU Fertilising Products Regulation (FPR) evaluation remains a major focus for EBIC into 2026. The association also welcomed 7 new member companies and elected a new Board of Directors, signaling strong commitment and growth within the industry.
Overall, 2025 has been a pivotal year for consolidating the recognition of plant biostimulants. As we move into 2026, EBIC remains committed to ensuring that plant biostimulants are exploited as essential tools for resilient and sustainable agriculture.
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