The European Union Requires Reduction of Chemicals and Inefficient Bioprocesses
50% en 5 años
For decades, farming, pharmaceuticals, and water treatment (industries worth €60 billion) have relied on inefficient and polluting intensive biotech processes. New regulations are forcing them to take urgent and radical action.
- Farming: The European Union's “Farm to Fork” strategy requires a 50% reduction in the use of agrochemicals by 2030, phasing out synthetic pesticides and fertilizers.
- Pharmaceuticals: New sustainability and traceability requirements are pushing manufacturers to replace traditional bioprocesses with low-energy, high-purity solutions.
- Water and Waste Management: Directive 2020/2184 on water quality requires the monitoring and removal of PFAS, a group of virtually indestructible chemical contaminants.

Current Solutions Are NOT Prepared for the New European Reality
- Technological limitation: Low concentrations and unstable microorganisms. They require refrigeration, preservatives, and constant reformulations, which prevents their use on an industrial scale.
- Low Scalability: Limited use in laboratories, but they fail in real environments due to low tolerance to variations in temperature, pH, or nutrients. The result: pilots that never reach industrial contracts.
- Economic Inefficiency: High energy and reagent consumption. This drives up costs per liter produced and reduces margins, making it unfeasible to compete with traditional chemical processes.
- Regulatory Risk: New regulations require traceability and total degradation of contaminants, not simple substitutions. Existing solutions do not meet EU sustainability standards.

GLOBAL SOLUTIONS ADJUSTED TO THE EMERGING REALITY
SymBioRemed
Degradacton
- 90% de PFAS en 90 days
- 100% of stubborn aromatics in 90 days
SymBioAgro
Bio-inputs that reduce
- 30% agrochemicals
- 40% water
- 75% environmental footprint
SymBioHealth
API's (Active Pharmaceutical Ingredients) with
- 99% purity
- 50% reduced development and production costs