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Working together to create impact

Existing global infrastructure for carbon removal enhanced by cutting edge microbial science

Loam Bio deploys the power of microbiology to address climate change. We are building the next generation of tools needed to increase the quantity and stability of carbon removed from the atmosphere and stored in soils across farms of all scales and systems.

By increasing the productivity and resilience of broadacre cropping systems, whilst reducing on-farm greenhouse gas emissions, Loam’s technology is transforming the world’s broadacre croplands.

With a fast growing team based in Australia, US, Canada, and Brazil, Loam is scaling our technology and farm partnerships to deliver measurable climate action.

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Delivering global impact

Working together with leading offtakers and landholders around the globe

Working with large-scale landholders

Future-proof your participation in net-zero supply chains and increase your economic and agricultural productivity per hectare.

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Carbon with co-benefits

Increased soil carbon delivers many co-benefits to farming systems, positively impacting food security, soil productivity, and drought tolerance.


Catalyse the market

Carbon removal offsets that meet the world's highest methodological standards for rigour, additionality and durability.

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Carbon removal, at-scale

Using the world's smallest organisms to tackle the world's biggest problem

Loam’s microbial technology, CarbonBuilder, works at the root system of the plant, enhancing it’s natural ability to remove carbon from the atmosphere and store it stably in soil. 


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High-quality removals

Not all soil carbon is created equally

Measuring and crediting interventions that result in changes of soil carbon stocks is no easy task. More than a dozen protocols for soil carbon measurement, reporting and verification (MRV) exist globally, but can vary significantly across key markers of credit quality such as durability, additionality and rigour.

At Loam, we work with the world’s highest quality protocols. We want to challenge the industry to create a race to the top in terms of credit quality, not a race to the bottom in terms of credit price. 


Large-scale impact

Removing carbon from the atmosphere and storing it stably in agricultural soils

Backed by science

Loam's global science program conducts thousands of replicated trials each year to idenitfy microbes that have the potential to transform farming systems.
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Long-term storage

Our microbial technology stores soil carbon for millenia in the form of particulate and mineral associated carbon.
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Increasing resilience

Increased stable soil carbon increases the productivity and resilience of our agricultural soils by increasing nutritional uptake and water holding capacity.
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Global food security

By using our agricultural soils to remove atmospheric carbon, we are increasing the productivity of our global food system.
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Frequently asked questions

What else would you like to know?

The scale of global cropland is immense. Industrialised agricultural practices in broadacre systems have depleted our soils over many years.

Loam’s products are specifically designed to work with major crop types around the world to accelerate the restoration of soil carbon. By developing technologies that can integrate into existing large-scale productions systems, Loam gives farmers the potential to remove carbon from the atmosphere at gigatonne scale.

The industrialisation and intensification of agriculture means that there is an enormous opportunity to restore and improve soil carbon and microbial biodiversity, leading to significant environmental benefits too.

On water retention alone, the USDA estimates that every 1% increase in soil organic matter results in 95,000l of available soil water per acre. This contributes to overall landscape function, improving yield and productivity.