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Project: HBC.2023.0649

Context and Objectives

MicroMatch, supported by VLAIO, is a project led by Zymofix (formerly N-Fix) focused on. demonstrating the adaptability of its innovative manufacturing platform by screening a broad range of beneficial microorganisms. More than 100 microbial strains from diverse application areas, including biostimulants, biocontrol, and bioremediation, will be assessed for compatibility with Zymofix’s waste derived substrate. The project aims to select top-performing strains and develop them into three prototype products that can reduce chemical inputs, enhance soil biodiversity, and support regenerative agriculture.

Project Goals

  1. Strain Selection: Screening over 100 strains to identify those with the best growth, stability, and performance on hydrochar substrates.
  2. Shelf-Life and Resilience Testing: Evaluating microbial resilience and long-term stability to ensure high efficacy in field conditions.
  3. Prototype Development: Scaling the manufacturing process for three selected strains to create prototypes for field trials.

Key Impacts and Benefits

  • Sustainable Agricultural Solutions: By developing microbial biosolutions from residual biomass, MicroMatch promotes circular resource use, reducing chemical dependency in agriculture.
  • Lower Production Costs: Zymofix’s platform aims to reduce microbial product manufacturing costs by 5-10 times compared to conventional methods, making sustainable solutions more accessible to farmers and customers in other industries.
  • Commercial Potential:

"These microorganisms might be small, but their impact is massive—helping us unlock new ways to grow, produce, and protect our food."

Conclusions

MicroMatch’s innovation in bio-manufacturing aligns with EU sustainability goals, supporting the transition to eco-friendly agricultural practices and fostering market entry for cost-effective biosolutions. With plans for a dedicated facility in Flanders, the project supports local job creation and aims to establish a scalable, decentralized manufacturing model for microbial biofertilizers and biostimulants.