INFINITY BIOLOGICAL SOILS

Biological Soil Fertilizers for Modern Low Carbon Farming.

Infinity Biological Soils Ltd makes Biological Soil Fertilizers from Waste. We make Soil Centers that organize waste and even farm-generated carbon source material (biomass) into a localized, renewable high-carbon-content commercial alternative or supplement for organic or industrial farming enterprises that has less cost reduces climate change risk, more effective at delivering water and nutrients to the crops which results in better income for farming with less costs to society in waste handling, environmental and emissions costs and ultimately food, energy and resources,

Processing food waste, manures, and agricultural and civic waste into high-carbon, optimized biological soil fertilizers is a fundamental cornerstone of any sustainable, low-cost economy.

Farm Fields need carbon and biomass within them to reduce compaction, and allow water and air ingress as well as to support the basic transfer of energy from the soils through the biome into the plants. Carbon in the soil is critical to any farm being commercial in its ability to produce crops, with or without chemicals, profitably.

Most farms have simply not replaced the carbon and organic material back into their fields as chemicals were so successful in growing plants when the soils were healthy. As soil carbon drops, the efficacy of even chemical fertilizers has dropped while the prices and amounts of chemicals needed have increased. Many farms are at this inflection point of cost versus returns. Quite a few are past the point where they can afford fertilizers and are either unviable commercially or on that trajectory.

And yet, we have millions of tonnes of food waste, manures, and civic and agricultural waste that we simply dump into landfills rather than process back into the fields. This is not waste, it is plant-soluble NPK fertilizers and carbon source material. It may be contaminated with hormones, antibiotics, and pathogens but we have the technology to eradicate these making the soil fertilizers we make safe for broadacre utilization. Current waste-handling methods break the biocircular economy. The organic waste, as carbon source material, used to be returned to our fields as compost to maintain soil organic material and soil organic carbon levels which in turn maintained the soil biological balance and the water capabilities of soil to hold and percolate water into aquifers or to enable water supply to crops and trees. Carbon holds 6 times its weight in water. This reduces flood and drought impacts seen in climate change.

Soil Centers make sense as they centralize the collection, processing, and distribution of processing organic waste or agricultural carbon source material (biomass normally burnt off) into high-performance commercial soil fertilizers. Transporting low-value biomass over distances is not a commercial solution thus making multiple soil centers the solution.

Finance for the Soil Centers expansion is already available within the economies through savings in reduced waste management costs, in reduced costs and increased revenues for farmers, and carbon credit revenues. Where countries have gate fees for organic waste disposal, we usually find that the costs of these gate fees will drop by 30% or more while removing future landfill costs and completely doing away with the emissions from this waste into the landfills calculated to be somewhere close to 2 tonnes of carbon emissions for every tonne of organic waste applied into landfill disposal. Let us not forget that the process benefits from what was organic waste causing emissions being processed into productive, safe soils with a 55% carbon content being applied into the ground which is the most effective carbon capture solution available.

Consider for a moment that every farmer in the country adopts again a modern version of conventional farming which has been practiced for over 12,000 years where organic waste is returned to the fields and ground as compost with the option to use chemical fertilizers lightly will reduce farming costs and risks and rebuild farming capacity while delivering a huge carbon capture solution. In the UK this amounts to 110,000 farmers with over 9 million hectares of farm land. Imagine each hectare was to have only ten tonnes of soil fertilizers which amounts to 5 tonnes of carbon fixed into the ground every year as a maintenance application, this is 25% of the UK Net Zero target achieved without the need for finance beyond money that is already in the marketplace as a cost for waste management who themselves have reduced costs and liability from their waste management services. This would save the UK Government £75 billion between now and 2034. The cost to the farmers could easily be nothing for the soil fertilizers thereby dropping net farm input costs by as much as 20%, the current cost of chemical inputs.

Infinity Biological Soils builds soil centers that utilize a Bioreactor technology, initially developed in the USA and Australia, which processes organic waste, quickly, without emissions or environmental impact while eradicating all hormones, antibiotics, pathogens, and weed seeds. The soil fertilizers are optimized into high-carbon content, biological soil fertilizers perfect for commercial or retail cultivation applications.

Essentially the bioreactor enables all organic human waste to be processed into commercial soils and applied as a commercial organic fertilizer in farm fields. This has so many positive outcomes, some of which are listed below:

Food waste, manure, and all other organic waste taken to landfills produce methane, carbon emissions, and considerable environmental impacts. Simply processing them into soils removes considerable emissions and forms a considerable part of any country's COP26 Carbon Strategy.
Using waste management sector expenses to fund the processing costs from waste to soils reduces those immediate costs and the longer-term environmental and management costs for the waste management sector, (Savings are estimated at 33-50%)
Most farms do not have the resources, space, or expertise to make soils from waste. They can make Compost but this is only a small part of the soil. Humus is made in the bioreactor, this is the core active carbon mass that forms a living soil, in a simplified explanation. This carbon allows the soil to function as a home for the biome, to hold and percolate water, and to allow the fields to breathe as most crops are anaerobic. Introducing beneficial bacteria and fungi that unlock phosphate, sequester more carbon, reduce soil compaction, and create the natural delivery of plant-accessible nutrients for the corps as nature intended may take years to occur naturally. The bioreactor can populate and optimize the fertilizers with the perfect blend of microbes to suit the crop and the location. With the bioreactor, optimized biological soil fertilizers are now within reach of every farmer, rich or poor.
Locally produced biological fertilizers reduce farm input costs by 20% or more. This makes food and natural resources cheaper to produce, all of which reduce the cost of living expenses for the public. It also makes the farmers more competitive. What actually will happen is that the quality will increase first followed by the quantity which will increase the value of the crops on these now healthier fields. Fewer costs, more revenues, and reliable low-cost fertilizers increase rural economic value and growth while reducing costs for the broader economy. All of this is centered around a local and domestic economy and not tied to international markets generated from waste which now also has a reduced cost to society and governments.
Biological Soil Fertilizers when applied into the fields are a completely natural carbon capture technology developed and tested by Mother Nature for millions of years. The carbon credits generated from the biological fertilizers being applied into fields are, in many cases, compliance market compatible with a very low cost. The costs are administrative as the farmers and waste management sectors absorb most of the costs. This saves them money as well.
The Bioreactor introduces a critical break between our waste streams and our food by eradicating all hormones, antibiotics, pathogens, and weed seeds.
In the UK, we see that bioreactors have the potential to reduce waste management costs by 30 to 40% directly and far more indirectly through the avoidance of landfill use. Couple this with carbon market revenues and the reduction in costs for the agroforestry and agricultural sectors and the bioreactor becomes a big economic catalyst for rural economies. This will apply in all economies in some form.

There are many more advantages to the implementation of Bioreactors into a sustainable biocircular economy between waste management and agriculture.

The Company

Infinity Biological Soils Ltd is a UK Company with decades of soil and farming expertise. The Bio Reactor technology has been developed to produce optimized Biological Soil Fertilizers for commercial and retail applications. Infinity Biological Soils PTY Ltd is an Intellectual Rights Holder based in Australia.

The Technology

The Bio Reactor builds humus and carbon-based optimized biological soils that deliver organic, regenerative commercial crop yields in the fields. The key to organic farming is the production of humus as a basis for natural crop growth. The microbes and their nutrients with the amendments supercharge the natural soil capabilities to achieve commercial returns.

The Carbon Source Material and Waste Stream Solutions.

The Bio Reactor can take any organic carbon source material, farm waste, civic waste, food waste, manures, and much more, and quickly, in complete safety and with total assurance, process these organic materials into Biological Soils with consistency and optimized to the crop and commercial location demands. Processing waste into biological soil fertilizers usually takes 7 - 10 days.

Key Points about Biological Soil Fertilizers;

They are 100% organic.
They are locally produced in many cases.
They rebuild the Soil Carbon and Organic Matter volumes in fields to reestablish water cycles and crop capabilities.
They can form part of a commercial strategy to reduce farm input costs and carbon solutions.
The application of high-carbon soil fertilizers in many cases generates Carbon Credits.
The use of food waste and manures to make Biological Soil Fertilizers removes this waste from landfills which generates methane and carbon emission reduction credits.

Regenerative, Carbon, or Industrial Farming.

Regenerative or Carbon Farming is the future of commercial organic farming. 'Carbon Farming' is the modern version of Conventional Farming that has operated successfully for thousands of years before Industrial Farming with its use of chemicals and expansive, single-crop production.

Industrial farming has become the method of choice for the last 70 to 100 years, taking over from Conventional Farming. This has depleted the natural capabilities of the fields and soils to the point where chemical fertilizers are not performing. Soil Organic Carbon has to be returned to the field, or farming as we know it will face collapse.

Industrial farming utilizes chemical fertilizers to deliver nutrients to the crops. Other chemicals are used to remove crop-competitive plants and animals. The consequences of Industrial Farming have resulted in a drastic reduction in the soil organic matter and carbon within fields and the biology that lives there. Soil Organic Carbon (SOC) has dropped to less than a third of the amount soil needs to function commercially, even with chemical fertilizers.

The physical structure of soil enables air and water percolation and storage. Soil Organic Matter, along with crop root systems and ecosystem biomes such as worms and microbes, all serve to reverse compaction mechanically. Compacted soil will not allow the ingress of water or air to plant roots. Chemicals eradicate the biome ecosystem, while modern farming systematically fails to replace the soil's organic carbon.

Applying Biological Soil Fertilizers back into the fields immediately corrects and reinvigorates the natural soil health and crop nutrition processes remediating the commercial potential for farms immediately.

Natural Carbon Capture.

Making available Biological Soil Fertilizers for farmers is the key to many benefits as outlined above. Critically millions of tonnes of carbon can be returned to the ground where the carbon came from by the farmers as part of their natural farming methods.

Profitability.

The Bio Reactor business model is an innovative carbon source trade model that makes available the volume of biomass needed to produce the amount of soil required by farms. Gate fees or value for processing of problematic waste streams adds to the commercial potential for Licensees. Finally, rebuilding biological organic soil parallels the Carbon Capture and Regenerative Farming strategies bringing more value potential to Licensees.

INFINITY BIOLOGICAL SOILS

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