A breakthrough in grain safety with huge market potential

1. Problem

• Global grain and feed chains are vulnerable to viruses, bacteria, molds, and mycotoxins.

• Outbreaks like African Swine Fever cause huge economic losses.

• Current decontamination methods are inefficient, costly, or harmful.

2. Solution

• Innovative treatment system using Potassium Monopersulfate (PMS) + ozonated water.

• Inactivates viruses, degrades mycotoxins, eliminates bacteria & molds.

• Leaves only safe, natural residues (sulfates, potassium, oxygen).

3. Technology Advantage

• Advanced Oxidation Process (AOP) → highly effective, scalable, and eco-friendly.

• Multi-benefit impact: virus protection, food safety, shelf-life extension.

• Differentiation: first scalable application of PMS + ozone for cereals.

4. Market Opportunity

• Agri-food & feed market: multi-billion $ industry.

• Rising demand for biosecurity and chemical-free solutions.

• Scalable applications across grain storage, feed mills, and food safety sectors.

5. Business Model

• Revenue from system sales, licensing, and consumables (PMS supply).

• Partnerships with agribusiness, feed producers, and food safety companies.

• Long-term opportunities for global expansion.

6. Traction & Next Steps

• Conceptual design and technical feasibility already validated.

• Next phase: prototype development, pilot testing, regulatory pathway.

• Seeking strategic investors/partners to accelerate commercialization.

7. Investment Ask

• Funding required for prototype, pilot studies, and approvals.

• Strategic partnership opportunities in agri-tech, food safety, and biosecurity markets.

8. Impact

• Strong contribution to global food safety and security.

• Reduces risk of animal disease transmission via feed.

• Supports sustainability and safer supply chains.