BioAgroTechSolutions Private Limited
Bio Agro Tech Solutions Private Limited is a biotechnology-driven research, engineering, and manufacturing company delivering science-based solutions for sustainable agriculture, livestock productivity, aquaculture performance, and environmental management.
We operate at the intersection of biology, mineral science, and applied engineering to address critical challenges faced by modern agriculture, including productivity constraints, rising input costs, inefficient waste management, and degradation of soil and water ecosystems.
Biodynamic Fermentation Technology (BDF)
We are the developers and owners of Biodynamic Fermentation Technology (BDF), a proprietary accelerated aerobic bioconversion process that converts animal and organic waste into high-value organic fertilizers within 7–28 days, compared to several months under conventional composting.
Key outcomes of the BDF platform include:
- Conversion of organic waste into stable, soil-like compost
- Production of fertilizers rich in humic substances, enzymes, and beneficial microorganisms
- Reduction in dependence on mineral fertilizers by 50% or more
- Lower greenhouse gas emissions compared to traditional waste handling methods
- Deployment of decentralized processing units for farms, agribusinesses, and municipalities
We design, engineer, and commission complete waste-processing systems and supply the specialized microbial biopreparations required for their operation. A single unit can process 10,000 tons of organic material annually and achieve significant environmental benefits through emissions reduction.
The technology has achieved international commercial validation, including:
- Sale of the technology to Olam Group (Singapore)
- A 45,000 ton/year commercial facility commissioned in Eastern Europe in 2025
Mac-Ak® Product Platform
Bio Agro Tech Solutions has also developed Mac-Ak®, a natural mineral-based product platform composed primarily of glauconite, designed to support biological performance, farm hygiene, and environmental stability across diverse agricultural systems.
Mac-Ak® functions as:
- A natural toxin binder
- A mineral bioavailability enhancer
- A performance-supporting feed and environmental additive
- An effective odor and hygiene management agent
- A stabilizing input for soil, litter, and aquatic systems
Dairy Applications
When used as a feed additive in dairy systems, Mac-Ak® has demonstrated:
- 12–15% increase in milk yield per lactation
- 12–15% improvement in milk fat and protein levels
- Improved mineral composition (including calcium and phosphorus)
- Enhanced immunity, digestion, and overall animal health
- Reduction in manure odor and improved quality of manure for agricultural reuse
Poultry Applications
Across feed, water, bedding, and hygiene applications, Mac-Ak® supports:
- 15–20% improvement in feed conversion ratio (FCR)
- Improved water quality through removal of undesirable contaminants
- Healthier birds and improved product quality
- Effective odor control in poultry houses
- Demonstrated economic benefits in large-scale production systems
Aquaculture (Fish and Prawns)
In aquaculture systems, BioAgroTechSolutions offers an integrated approach combining Mac-Ak® with Chlorella vulgaris to support biological balance and water quality. Reported outcomes include:
- Improved survival rates
- Better feed efficiency
- Larger harvest size and shorter production cycles
- Enhanced water quality (dissolved oxygen, clarity, odor control)
- Applicability across small-scale farms and industrial operations
Our Strategic Framework
Our Approach
Our work is grounded in the intersection of biology and engineering, ensuring every solution is field-validated and operationally scalable.
Applied Microbiology
Mineral and Soil Sciences
Biological Systems Engineering
Field-based Validation
Practical Implementation in Real-world Operating Environments
Our Mission
We are dedicated to delivering science-driven technologies that restore the earth while improving the bottom line for producers.
Enhance agricultural and livestock productivity
Improve economic outcomes for producers
Reduce dependency on environmentally harmful inputs
Support soil and water regeneration
Contribute to more resilient and sustainable food systems
