Ecolysium develops advanced agricultural biologicals by combining microbiology with nanotechnology. Our proprietary platform uses biogenic selenium nanoparticles and beneficial microbes to enhance nutrient uptake, control plant diseases, and improve stress resistance, offering a sustainable alternative to synthetic agrochemicals.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional agrochemical applications present environmental and health concerns, while existing biological solutions often lack efficacy or scalability. This necessitates more sustainable and effective methods for enhancing crop productivity and plant health.
Solution
Ecolysium develops advanced agricultural biologicals by integrating microbiology with nanotechnology to create high-performance crop inputs. Our proprietary technology platform utilizes biogenic selenium nanoparticles and beneficial microbes to deliver enhanced nutrient uptake, biological disease control, and improved stress resistance in plants. This approach offers a scalable, eco-friendly alternative to synthetic agrochemicals, aiming to increase crop yields by up to 30% and improve plant biofortification. We provide a singular, integrated solution designed to reduce production costs and environmental impact for a variety of crops.
Target Audience
Our primary customers are agricultural producers, horticultural businesses, and farming cooperatives seeking to improve crop yields and plant health through sustainable biological inputs.
Features
- Biogenic selenium nanoparticles combined with microbial formulations for enhanced plant nutrient uptake and biofortification.
- Biological control agents targeting specific pathogens such as _Phytophthora_ and _Fusarium_.
- Technology platform designed for scalability across diverse crop types, including horticultural varieties (leafy greens, tomatoes, onions, potatoes) and soft fruits (strawberries, raspberries).
- Products aim to increase crop yield and growth speed by up to 30%.
- Formulations designed to improve plant stress resistance and increase antioxidant levels.
- Development pipeline includes applications for new crops such as walnuts, soybeans, and cannabis.
- Validation and testing conducted in collaboration with agricultural research institutions like INTA and CIEFA.