Looking for collaboration to test and validate this solution in the lab and build a pilot-scale application

I am looking to a collaborative research partnership to test, validate, and scale an innovative feed treatment solution using ozone and peroxymonosulfate (PMS) technology.

About the Solution:
Our developed treatment demonstrates promising potential in addressing multiple critical challenges in animal feed safety and preservation through a synergistic ozone+PMS mechanism. The technology targets:

• Pathogen reduction (viruses including ASFV, PRRSV; bacteria including Salmonella, E. coli)

• Mycotoxin degradation (aflatoxins, DON, zearalenone, fumonisins)

• Mold and spore elimination

• Biofilm disruption in equipment

• Extended feed preservation

Collaboration Objectives:

1. Laboratory Validation

   • Microbiological efficacy testing against target pathogens

   • Mycotoxin reduction analysis

   • Feed nutrient preservation studies

   • Optimal dosage parameter determination

2. Pilot-Scale Application

   • Design and implementation of pilot treatment system

   • Real-world efficacy trials in commercial settings

   • Economic feasibility analysis

   • Scaling parameters optimization

What We're Looking For:

• Research institutions with microbiology/feed science capabilities

• Universities with food safety laboratories

• Industry partners interested in feed safety innovation

• Equipment manufacturers for system development

Expected Outcomes:

• Validated data for regulatory approvals

• Peer-reviewed publications

• Prototype system for commercial application

• Enhanced biosecurity protocols for animal production

This collaboration represents an opportunity to advance feed safety technology that could significantly impact animal health, reduce antibiotic use, and improve overall food production security.

I would be pleased to discuss this proposal further and explore how we might work together to develop this promising technology.