OUR EXPERTISE
Agnetic Bio Develops Biological & Biobased Inputs for Agricultural Cropping
We draw upon our expertise in synthetic biology, green chemistry, microorganisms and unique formulation development to create novel products specifically designed to improve the inefficiencies found in modern agricultural production.
Our products are designed with the core focus of:
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Reducing Input Costs
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Increasing productivity of crop production
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Reducing loss in the environment
OUR PRODUCTS
Our products aim to provide, cost-effective and sustainable solutions to maximize the yield potential of crops, through increased efficiencies of water and ag inputs. We aim to assist farmers to be both economically resilient and environmentally responsible through our innovative approach. . We aim to empower farmers to be both economically resilient and environmentally responsible through our innovative approach
What is driving the future of sustainable agriculture?
Eco-Efficiency
Farmers are striving for maximum crop yield while significantly lowering carbon footprints to support sustainable agriculture.
Economic Resiliance
Growers need to be empowered to merge ecological stewardship with financial viability, enabling sustainable business growth.
Sustainable Practice
Agronomic solutions are becoming essential to protect and enhance ecosystems align with environmental preservation goals.
Farmer Led Change
Farmers are responding to land productivity and environmental pressures, while also addressing soil productivity concerns and accessing premium markets for sustainably grown commodities.
Market Dynamics
Increasing costs and supply chain issues around nitrogen fertilisers are seeing a global shift towards ESG goals and food security, driving the need for higher productivity with fewer resources.
Social & Regulatory Changes
There is growing regulatory restrictions on fertiliser use and an increased emphasis on accountability and transparency within the agricultural sector to support sustainable alternatives.
What Drives Us?
Only 50% of nitrogen fertilizer reaches crops.
Despite the high cost of nitrogen fertilizers, scientists estimate that only half of the nitrogen applied to crops worldwide is actually absorbed by the plants.
This is astonishing on two levels.
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Growers are literally throwing away 50% of what they are spending on nitrogen fertilizer.
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The other 50% is lost into the environment as N2O (a gas 300 times as potent as Co2) and leaches into our soil and waterways, leading to devastating levels of pollution.
In Vietnam, nitrogen pollution in the Mekong Delta has been devastating for communities, making it unsafe for drinking and washing due to eutrophication. This pollution has also severely impacted fishing, one of their main sources of protein.
Water scarcity
In some parts of the world, such a California, water has been so scarse and therefore expensive, that growers must be selective about what they grow, in order to get a viable return on their cost of water. When water runs off or leaches through the soil, it not only reduces the return on water costs but also washes away valuable nutrients, decreasing productivity and increasing environmental pollution.
Agrochemical pollution
Agrochemicals like pesticides and herbicides can seep into waterways and soil, risking water quality, soil health, and biodiversity. Sustainable practices help reduce these impacts, keeping our farms productive while preserving the land, water, and ecosystems we depend on.
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Our Focus
Our focus is on reducing the reliance on chemicals, optimising the utilization of natural resources, and improving crop production with state-of-the-art products and technologies.
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Our Expertise
We have expertise in developing and manufacturing bio-stimulants, including biologicals and their formulation with traditional crop input products.
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Our Commitment
To help growers prosper whilst caring for the natural resources of our planet by developing technologies to drive better efficiencies out of both agricultural inputs and the natural resources used in crop production.
What is driving the future of sustainable agriculture?
01
Eco-Efficiency
Farmers are striving for maximum crop yield while significantly lowering carbon footprints to support sustainable agriculture.
02
Economic Resilience
Growers need to be empowered to merge ecological stewardship with financial viability, enabling sustainable business growth.
03
Sustainable Practices
Agronomic solutions are becoming essential to protect and enhance ecosystems align with environmental preservation goals.
04
Farmer-Led Change
Farmers are responding to land productivity and environmental pressures, while also addressing soil productivity concerns and accessing premium markets for sustainably grown commodities.
05
Market Dynamics
Increasing costs and supply chain issues around nitrogen fertilisers are seeing a global shift towards ESG goals and food security, driving the need for higher productivity with fewer resources.
06
Social & Regulatory Change
There is growing regulatory restrictions on fertiliser use and an increased emphasis on accountability and transparency within the agricultural sector to support sustainable alternatives.