Join Minagro at ISAA 2025: Advancing Sustainable In-Can Preservatives

Minagro will present its latest innovations in sustainable preservation at the 2025 ISAA Symposium, taking place from April 6 to 11 in Rio de Janeiro, Brazil. Our poster, highlights our commitment to providing safer alternatives to traditional isothiazolinone-based chemistries.
Coralie Misson, R&D Manager at Minagro, will present the poster on Tuesday, April 8. This presentation will provide key insights into our latest research and the efficacy of our innovative preservation solutions for agrochemical formulations.

A Greener Approach to Preservation
At the core of our research is the development of safer, high-performing co-formulants that align with sustainability goals. Our approach focuses on:

Production Processes – Utilizing bio-based ingredients and safer synthesis routes.
Ingredient Profile – Enhancing performance, biodegradability, and regulatory compliance.
Market Value – Supporting organic certification and sustainability claims.

Our Sovinol® P range addresses these priorities by delivering high-performance, safer, and environmentally friendly solutions for pesticides, fertilizers, adjuvants, and biostimulants.

The Sovinol® P Range: Proven Efficacy & Compliance
The Sovinol® P range has been validated according to the ISO 11930 protocol, ensuring robust antimicrobial protection against bacterial and fungal contamination. These innovative preservatives support a stepwise transition toward more sustainable practices:

Step 1: Clean-label formulations with BIT levels below classification thresholds.
Step 2: BIT-free formulations, eliminating hazardous molecules.
Step 3: Bio-based formulations, advancing bioeconomy initiatives.
Step 4: Organic-compliant formulations, meeting stringent certification standards.

Driving Sustainability & Innovation
Minagro’s participation at ISAA 2025 underscores our dedication to green chemistry and sustainable agrochemical solutions. We continue to pioneer advancements that not only meet regulatory requirements but also elevate performance and application efficiency.