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Using microorganism technology to remove CO2 and enrich soil health — benefiting plants & farming communities.

The Microbial Carbon Mineralisation Methodology (MCM) is an innovative approach that leverages microorganisms to boost soil inorganic carbon levels. Similar to the effects seen with Regenerative Agriculture, increased soil biodiversity fosters more natural processes, enhancing carbon uptake. This methodology involves applying a microbial inoculant—composed of beneficial microorganisms—to agricultural fields, which supports seedling establishment and crop performance on marginal land by promoting plant growth and controlling soil-borne pathogens. Developed in line with the latest scientific findings, projects aiming to issue MCM credits must undergo independent validation in accordance with ISO 14064-3:2019 standards.

Methodology for Quantification and Crediting of Carbon Dioxide Removal

Microbial Carbon Mineralization (MCM) - Carbon Dioxide Removal Pathway

Carbon removal company Andes has just released the world’s first Microbial Carbon Mineralization (MCM) methodology. 

Andes Releases World’s First Microbial Carbon Mineralization Methodology

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Microbial Carbon Mineralisation

Microbial Carbon Mineralisation (MCM)

Removal & Avoidance

Counts towards net neutrality

Buyer Protection

Andes' microorganism technology integrates seamlessly with existing farming practices, transforming agricultural fields into effective systems for carbon dioxide removal while continuing to produce food.
 
This easy-to-adopt, low-cost technology enables gigatonne-scale carbon removal within a matter of a few years. 
 
Mineral benefits include improved water drainage, enhanced nutrient content in the soil, and reduced risk of plant diseases. Furthermore, minerals stabilise soil organic matter, promoting the health of soils, plants, and the communities that rely on agriculture.

The generation of minerals in agricultural fields with Andes technology can have positive effects on soil and plant health. Benefits of minerals include improved water drainage, higher nutrient content in the soil, and decreased likelihood of plant diseases. Additionally, minerals can stabilise soil organic matter, benefiting the overall health of soil, plants, and communities that depend on agricultural systems. Andes has demonstrated carbon dioxide removal in the lab, mesocosm columns, growth chamber, greenhouse, and field conditions.

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Carbon Negative Shot winner with LLNL and DOE

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Senken | Andes Microbial Carbon Mineralisation

Andes Microbial Carbon Mineralisation

In recent decades, conventional agriculture has experienced a chemical revolution, enabling crops to achieve higher yields across a wide range of soil types. Yet this dependence on chemical fertilisers has also caused substantial soil degradation, as these products often affect not only harmful but also beneficial microorganisms, ultimately compromising soil health in the pursuit of productivity. 
 
Current unsustainable agricultural practices have resulted in an estimated one-third of the world’s soils becoming degraded, with 24 billion tons of fertile soil lost each year.
Andes is addressing these challenges with an innovative methodology that harnesses the natural processes performed by soil microorganisms, enhancing both carbon uptake and storage capacity while restoring soil productivity. Andes’ Scientific Advisory Board, composed of distinguished scientists, offers critical advice and insights, guiding the development of this breakthrough technology.

Andes

By participating in the program, farmers receive a cash payment that can increase their net income by up to 30%, which is incredibly impactful in the communities where Andes operates, many of which are  “disadvantaged” according to the US’ Climate and Economic Justice Screening Tool. Expansion into geographies outside of the US will allow Andes carbon program to further reach low-income farmers in South America and Africa.

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The methodology has been validated by Earthood, an accredited auditor, in accordance with ISO 14064, an established international standard of carbon project quantification, monitoring, and reporting.

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Earthood

This project methodology was developed alongside EcoEngineers and external experts in geochemistry, soil science, environmental microbiology, agriculture, and carbon removal.

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EcoEngineers

A new, groundbreaking methodology that uses microbial technology

An innovative initiative aimed at combating invasive vegetation, conserving local ecosystems and groundwater.

Biochar is a carbon removal method where organic materials like wood or crop waste are heated in a low-oxygen environment to create a stable form of carbon called biochar. This process, known as pyrolysis, turns the carbon into a solid that can be buried in soil. Once in the soil, biochar can trap carbon for hundreds to thousands of years, helping to reduce the amount of CO2 in the atmosphere. 

Beyond carbon removal, the biochar process also addresses waste management and enhances soil fertility, leading to improved agricultural productivity. 

The Intergovernmental Panel on Climate Change (IPCC) has recognised <a href="https://www.ipcc.ch/sr15/chapter/chapter-4/ biochar">biochar</a> as a viable carbon removal method. Similarly, the European Commission's Joint Research Centre (JRC) has <a href="https://publications.jrc.ec.europa.eu/repository/handle/JRC55799"> demonstrated biochar's significant potential</a> in both carbon sequestration and soil health improvement.

Biochar in soil sequesters carbon and mitigates greenhouse gases, aiding climate change mitigation.

Role of biochar in carbon sequestration

Biochar production and soil mixing offer carbon sequestration benefits; biomass and soil availability support viability.

Biochar as a viable carbon sequestration option

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Biochar

India

Carbon Removal

Counts towards net zero

Varaha’s biochar project is a pioneering initiative addressing the ecological threat posed Prosopis juliflora – a highly resilient and invasive tree that thrives in the arid climate of Gujarat and Rajasthan. It disrupts local ecosystems in areas such as the Banni Grasslands by depleting groundwater and taking over indigenous vegetation, which has a significant negative impact on both biodiversity and the livelihoods of local communities.
 
Varaha tackles this issue by converting the invasive Prosopis into biochar, a carbon-rich material that aids in carbon capture and enhances soil fertility. Through the integration of advanced technology and ethical practices, Varaha offers a sustainable solution with lasting environmental and social impact.
 
Originally piloted in the Banni Grasslands, the success of this method has led to its expansion throughout Gujarat and Rajasthan, underscoring its effectiveness in restoring ecosystems and supporting local communities.

The invasive spread of Prosopis juliflora is disrupting local ecosystems by displacing the native grasses of the Banni Grassland. This is significantly harming biodiversity and increasing soil salinity, which threatens local wildlife and vegetation. Its deep roots deplete water resources, harden the soil, and prevent organic matter migration, further degrading the environment.

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Senken | Varaha Artisanal Biochar

Varaha Artisanal Biochar

In the early 1970s, the Indian government introduced the invasive species Prosopis juliflora to help combat land salinisation and desertification in the Kutch region. However, this plant, which orignates from Central America and the Caribbean, quickly spread, taking over pastures and farmlands across India, severely disrupting ecosystems, land use, and biodiversity. 
 
Varaha’s innovative project offers a circular solution that engages 50 artisan biochar producers to transform this invasive wood into biochar. This biochar is then used to enhance soil quality on farms, serving as a soil amendment that adjusts pH, improves water retention, and stores essential nutrients. Not only does the project create a long-term carbon sink, but it also strengthens local livelihoods, eradicates the invasive species, and supports native biodiversity restoration, contributing to the health of the land.
 
As an innovative tech solution developer Varaha's biochar production process has been particularly selected due to its advanced digital MRV technology solution, KALKI. This unique system monitors, reports, and verifies biochar production and the carbon sequestration achieved through the project.

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Varaha is strengthening local livelihoods by restoring natural fodder and improving soil quality—all while creating employment opportunities. This is being done through partnerships with over 50 artisan biochar producers and reclaiming native grasslands. 

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This certification ensures that the biochar production adheres to rigorous environmental and quality standards, facilitating the generation of high-integrity carbon credits. By aligning with this standard, Varaha effectively contributes to carbon sequestration and promotes sustainable agricultural practices in the region.

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Carbon Standard International Artisan Pro

Durable carbon removal and restoration of community lands in India

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One of the last remaining peatland zones that have been preserved in the South Sumatra region in Indonesia. 

Peatland restoration is a carbon avoidance method that focuses on preventing the release of CO2 stored in peat. When peatlands are drained or damaged, they release significant amounts of carbon into the atmosphere. Restoring these wetlands by re-wetting them keeps the carbon locked in the soil. 

Emissions from drained peatlands are estimated at 5% of global anthropogenic greenhouse gas emissions, a disproportionate amount considering damaged peatlands cover just 0.3% of landmass.

The Global Peatlands Assessment is created by a group of 226 contributors which makes it the most comprehensive assessment of peatlands to date.

Global Peatlands Assessment: The State of the World’s Peatlands

An IPCC Special Report on climate change, desertification,
land degradation, sustainable land management, food security,
and greenhouse gas fluxes in terrestrial ecosystems.

IPCC Report on Climate Change and Land

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Peatland Restoration

Indonesia

Counts toward net zero

Located in South Sumatra in Indonesia, the Sumatra Merang Peatland Project restores over 22,000 hectares of vital peatland ecosystems to reduce emissions, prevent fires, and protect endangered species like the Sumatran tiger. This groundbreaking project mitigates fire risks by rewetting dried peatland areas and constructing over 200 compaction dams to restore natural water levels. Advanced IoT monitoring technology enables real-time tracking of water levels, fire risks, and ecosystem recovery across this critical landscape.
 
The project creates immediate economic benefits for neighboring communities by employing more than 40 local residents and investing in health and education programs. Thanks to the project, local health resources have expanded, benefiting over 2,400 people, while additional education initiatives support 210 children and 20 teachers. With a strong focus on biodiversity, the project maintains a habitat for 100+ endangered species, fostering ecological connectivity with nearby conservation areas, establishing Sumatra Merang as a keystone in Indonesia’s climate and biodiversity efforts.

The peatland restored by this project faces significant threat of conversion for commodity production, which would release substantial carbon emissions into the atmosphere. Climate finance supports conservation efforts by safeguarding the area and fostering sustainable livelihoods for local communities. Given their high carbon storage capacity, peatlands are crucial carbon sinks. This project alone removes an average of 1,300,000 tons of CO2e annually — equivalent to removing over 280,000 cars from the road for an entire year.

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Hectares of peatland forest restored and protected

Protected species threatened with extinction

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The Sumatra Merang Peatland Project is restoring more than 22,900 hectares of peatland rainforest in the Merang region of Indonesia. Protecting an area more...

Senken |  Sumatra Merang Peatland Project

Sumatra Merang Peatland Resotaration

Indonesia’s peatlands are some of the world’s most biodiverse habitats – hosting a wide variety of ecosystems and storing substantial amounts of CO2 accumulated over time. However, historical activities such as logging and drainage for plantations have degraded these critical landscapes, disrupting water tables and diminishing their natural carbon storage capacity. Recognising the importance of these ecosystems for climate resilience, Senken supports one of the last intact peatland zones in South Sumatra, aiming to prevent further degradation through conservation measures that directly contribute to climate mitigation, biodiversity preservation, and local livelihoods. 
The Sumatra Merang Peatland project exemplifies impactful conservation, combining rigorous assessment with tangible benefits beyond carbon. This project actively restores ecosystems, protects over 31 threatened species — including the Sumatran Tiger, Sun Bear, and Rhinoceros Hornbill — while also bolstering local enterprises like a river-based fishing community. In recognition of these efforts, the project has received the <a href="https://www.climate-standards.org/ccb-standards/">Climate, Community, and Biodiversity (CCB) Gold Standard</a> for both biodiversity and climate and is a showcase initiative within the <a href="https://www.wbcsd.org/actions/the-natural-climate-solutions-alliance/">Natural Climate Solution Alliance (NCSA)</a>, in partnership with the <a href="https://www.weforum.org/">World Economic Forum (WEF)</a> and <a href="https://www.wbcsd.org/">World Business Council for Sustainable Development (WBCSD).</a>

Forest Carbon

A key component of the Sumatra Merang Peatland Project is to work with surrounding communities that rely on the landscape for their livelihoods. This is done through the implementation of profit-sharing mechanisms, climate finance investment in community development, and low-carbon livelihood programmes. The project also supports a range of community development initiatives alongside local communities, which includes contronitions to public health campaigns, water/sanitation infrastructure, and education programmes.

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The project is listed on the Verified Carbon Standard (VCS) registry for Methodology VM0036 (project number: 1899).

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Verra

The project is recognised as one of the highest quality projects rated by BeZero, receiving an A rating.

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BeZero

Peatland ecosystem restoration in Indonesia

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Implementing regenerative agriculture practices with over 2300 farmers across 20 European countries

Regenerative agriculture is a farming method that focuses on restoring and enhancing soil health by using practices like planting diverse crops together and reducing soil disturbance, such as heavy tilling. This approach helps the soil become richer in microbes, which in turn makes it more effective at capturing and storing carbon dioxide from the atmosphere. By increasing biodiversity and fostering a healthy ecosystem in the soil, regenerative agriculture not only supports better crop yields but also contributes to long-term carbon storage, making the soil more "hungry" for CO2. 

This method is gaining significant support from both scientific communities and major companies. The Intergovernmental Panel on Climate Change (<a href="https://www.senken.io/glossary/ipcc">IPCC</a>) has <a href="https://www.ipcc.ch/report/ar6/wg3/chapter/chapter-7/">recognised</a> regenerative agriculture as an important practice for enhancing soil carbon storage and mitigating climate change. Companies like Unilever, Boston Consulting Group, and IBM have invested in regenerative agriculture initiatives, demonstrating strong corporate support for this sustainable farming practice.

Regenerative farming practices increase soil carbon sequestration; combining methods may enhance effects.

Quantifying soil carbon sequestration from regenerative agriculture

Regenerative agriculture promotes plant diversity, enhancing soil carbon sequestration to mitigate climate change.

Increasing plant diversity and soil carbon sequestration

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Regenerative Agriculture

Denmark

Agriculture accounts for nearly a third of global greenhouse gas emissions. By adopting regenerative agricultural practices, the industry has the opportunity to become a major part of the solution by enabling agricultural soil to become a natural carbon sink. 

However, the transition to regenerative agriculture comes with costs. Agreena offers one of the few financial reward schemes in the world to incentivise farmers on their sustainable carbon farming journey, making them a significant player in the European movement towards farms adopting these practices at scale. 

The benefits extend beyond economic incentives through carbon markets. Regenerative agriculture also delivers numerous co-benefits that enhance climate resilience, including improved water retention, biodiversity, and reduced erosion. Agreena’s work is focused on regenerating the planet by decarbonising and strengthening agriculture and food systems.

Promoting healthy soil is vital to addressing global challenges, and the key to creating healthier soils is regenerative farming. This more sustainable agricultural approach causes far fewer emissions compared to conventional farming, enabling soil to capture carbon from the atmosphere more effectively. Healthy soils are also more resilient to the effects of climate change, and more productive and sustainable for farming in the long run. 

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By adopting regenerative practices, Agreena enables soil to become a natural carbon sink, pulling carbon from the atmosphere and storing it in the soil.

Senken | Agreena Regenerative Agriculture

Agreena Regenerative Agriculture

Over the past six centuries, invasive agricultural practices and chemical fertilisers have left between 60-70% of European soils in poor health. Agreena's pioneering approach addresses this issue directly by partnering with farmers to implement regenerative agriculture practices. In addition to improving soil health and sequestering carbon, these methods also offer long-term benefits for regional biodiversity and agricultural sustainability. The project’s credibility is reinforced by its DNV validation and Agreena’s deep agricultural expertise. 
 
Agreena operates the largest soil carbon program in Europe, driving the transition towards regenerative agriculture through rigorous implementation and monitoring. Globally recognised by the <a href="https://www.senken.io/glossary/ipcc">IPCC</a> and supported by major corporations, regenerative agriculture is quickly gaining momentum around the world. By prioritising soil health and ecosystem restoration, this project not only contributes to climate change mitigation but also aligns with advanced sustainability practices, establishing it as a leader in carbon removal and sustainable farming.

Agreena

Agreena’s approach offers several socio-economic benefits for farmers, including the potential to save money on fertiliser, fuel, labour, and equipment. By adopting sustainable practices, farmers can also grow crops that may command higher market prices due to their environmentally-friendly production. Additionally, Agreena’s focus on regenerative agriculture improves soil biodiversity, fostering the growth of beneficial bacteria, fungi, and insects that contribute to healthier, more resilient fields.

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Listed as “under development” on the VCS registry for Methodology validation under Verra's VCS VM0042 (project number: 3645).

The project has been audited by Den Norske Veritas (DNV) to quantify emission reductions and removals under the ISO 14064:2:2019 standard.

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Den Norske Veritas (DNV)

The largest soil carbon programme in Europe

Manoa Farm is an international model of sustainable forest management in a region facing deforestation.

REDD+ (Reducing Emissions from Deforestation and Forest Degradation) projects focus on conserving and restoring forests to reduce CO2 emissions and protect biodiversity. These projects engage local communities, governments, and NGOs in sustainable forest management practices, which help prevent deforestation and degradation, support ecosystem resilience, and promote long-term climate benefits. REDD+ projects deliver verified emissions reductions while empowering communities with economic incentives for conservation.

This report outlines how REDD+ supports Germany's forest and climate protection policies by promoting measures to reduce emissions from deforestation and forest degradation in developing countries.

REDD+: Protecting forests and climate for sustainable development

This fact sheet provides an overview of REDD+, explaining its role, objectives, and benefits in supporting developing countries to reduce emissions through sustainable forest management and conservation efforts.

UN-REDD+ Fact Sheet

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REDD+

Brazil

Carbon Avoidance

Manoa Farm is located in a region facing some of the highest deforestation pressure in the world. Since 2017, most of the land surrounding the farm has been losing forest to accomodate agricultural activities – notably for cattle and soybean farming. Manoa Farm is an exception and has remained virtually unchanged over the years, showcasing a worldwide example of what sustainable forest management can look like. 
 
Being one of the last remaining old growth forests in the region, Manoa Farm has become a refuge for more than 780 species of animals that have fled deforestation in the neighbouring properties. The farm is also home to 115 protected species of plants, 16 of which are critically endangered. 
 
The project is a 7-time winner in the annual <a href="https://www.environmental-finance.com/content/awards/voluntary-carbon-market-rankings-2024/">Environmental Finance Voluntary Carbon Market Rankings awards</a>, and is also one of the highest-rated projects evaluated by <a href="https://www.renoster.co/">Renoster.</a>

The project supports local biodiversity and ecosystem services through FSC-certified low-impact forest management, promoting sustainable use of terrestrial ecosystems. It also advances biodiversity knowledge via fauna monitoring with UNIR and sustainable flora activities on the farm. The project aims to reduce emissions, with the potential to cut 8,378,700 tCO2e of greenhouse gases over 30 years.

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Protected flora species, 16 of which are facing extinction

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Located in Rondonia, Brazil, the Manoa project protects 74,038 hectares of Amazon rainforest, generating over 940,000 carbon credits as a REDD+ initiative.

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Senken | Manoa REDD+ Project

Manoa REDD+ Project

REDD+ projects have faced criticism in the past — often relating to issues such as lack of transparency and integrity. In spite of this, Senken recognises the substantial role that avoided deforestation initiatives play in mitigating climate change. Old-growth forests serve as effective long-term carbon storage solutions, having sequestered vast amounts of carbon over millennia. In addition to this, preserving these ancient forests, which support intricate ecosystems, protects critical biodiversity hotspots developed over millions of years while enhancing ecosystem resilience. These habitats are essential for countless species, contributing to global genetic diversity. 
 
Senken has chosen to partner with Manoa because of its rigorous reporting on both carbon and additional environmental impacts. For instance, Manoa has documented over 787 wildlife species in its project area, with 22 currently threatened with extinction. Manoa has been recognised for its impact and has been awarded with the <a href ="https://www.climate-standards.org/ccb-standards/summary-scorecard/">Gold Label for Biodiversity from CCBS.</a> 
 
The project has been carefully selected as it additionally has a significant impact on local livelihoods through environmental education by developing an environmental education centre (CEFLOM), where students and local communities can learn about forest conservation and environmental stewardship.

Ambipar Environment

Environmental education is one of the main activities of the Manoa REDD+ Project, offered to students of the city of Cujubim (Rondônia State) and workers of the Farm, with the purpose of disseminating the best practices of use and conservation of forests and to raise awareness to the local population, especially the youth. With that in mind, the Manoa Forest Education Center (“CEFLOM”) was built, where students and workers of the region receive information and guidelines so that, together, they may bring knowledge about the conservation of the Amazon Rain Forest.

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Registered on the Verified Carbon Standard (VCS) registry under Verra's VCS VM0015 (project number: 1571)

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This project has undergone a rigorous assessment process involving independent auditing and methodological guidance to meet the requirements of the The Sustainable Development Verified Impact Standard (SD VISta).

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SD VISta

The ideal score in Renoster’s system is 1.0. This project’s rating is 2.12, which means that for every credit issued, it reduces 2.12 tons of carbon, making it one of Renoster's highest rated projects.

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Renoster

Brazil's first carbon project to meet Verra's SD VISta standard, contributing to 5 UN SDGs

The polder peatland restoration project is located in the district of Mecklenburgische Seenplatte to the west of Neukalen.

Germany

As part of the project, the previously drained and extensively used polder are rewetted. The operation of the pumping station is restricted, a dam cascade is built and ditches are restored. 

The new peatland restoration method is being tested for the first time in this project. This means that the reduction in emissions is documented annually by measuring the water levels and CO2 certificates are only issued after verification of the climate protection performance (ex post). 

Based on the Greenhouse Gas Emission Site Types approach (GEST), an emission reduction of approx. 550 t CO2-eq. per year is expected compared to the reference scenario. Over the initial project term of 16 years, approx. 8,800 t CO2 eq. can be avoided by 2040.

The higher water levels lead to a reduction in the mineralization of the peat body, which reduces the release of nutrients. As a result of the leaching of the area, sedges are expected to spread. In addition to the climate protection effect, the project has a buffering effect on the landscape water balance. The long-term goal is the renaturation of the entire valley moor complex of the Teterower Peene by remeandering and restoring the natural bed height of the Teterower Peene.

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Tonnes of CO2e avoided over project duration

Among the few peatland projects in Germany

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As part of the project, the previously drained and extensively used polder are rewetted. The operation of the pumping station is restricted, a dam cascade is built and ditches are restored.

Aeco's Polder Project

Aeco is a leading developer in the voluntary carbon market (VCM), committed not only to avoiding CO2 emissions release, but also to restoring Germany’s historic landscapes and biodiversity. Infact, Northern German peatlands, once rich and diverse, were essential breeding and feeding grounds for numerous bird species, including rare and endangered ones, as well as key stopover sites for migratory species. 

Today less than 5% of Germany’s original peatlands remain, having been drained over centuries for agriculture and forestry. This degradation has led to peatlands contributing approximately 7.5% of Germany’s total greenhouse gas emissions, highlighting the urgent need for peatland restoration.
 
Aeco plays a key role in peatland restoration, actively restoring ecosystems and avoiding excessive amounts of CO2 to be realised back in to the atmosphere, contributing to Germany's environmental and climate mitigation strategy.

Aeco

The annual payments to landowners for their climate protection contributions provide additional income and increase acceptance of peatland climate protection. The project area remains in the ownership of the previous landowners, and the land manager is supported in finding alternative uses for the biomass, with the aim of preserving both regional economic value and local jobs.

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Peatland restoration as a carbon avoidance method meets VCMI standards and is eligible for CO2 integrity claims.

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VCMI Carbon Integrity

Innovative restoration of german peatlands

Oregon Biochar produces high-quality biochar from local forestry biomass in Jackson County, Oregon.

Oregon Biochar produces a high-quality, high-carbon, and high surface area biochar (Rogue Biochar) from local forestry biomass available in the US's northwest. The production facility is a carbon-neutral biomass plant located in Jackson County, Oregon. The feedstocks include low-value biomasses recovered from farms and orchards, woody biomass and burnt material from forest fires, as well as secondary and tertiary wood residues from the region.
 
The biochar has an 83% fixed carbon content, 0.08 H/C and 0.05 O/C molar ratios. It also has a high surface area, which enables it to displace fossil and unsustainably produced activated carbons in applications such as water filtration. About 80% of the production is sold in agriculture where its soil water and nutrient retention and microbial benefits provide farmers with a solution for issues such as low-water availability, drought, nutrient run-off, poor soil, and compaction. About 5% of the production is used in stormwater management applications to prevent nutrient and pollutant runoff to water bodies, while the rest is applied in industrial landfills as a capping agent.
 
Oregon Biochar’s goal is to draw down carbon, mitigate climate change, decrease water pollution, and regenerate severely degraded lands. This mission cannot be achieved alone.


Oregon Biochar Solutions produces Rogue Biochar, a high-carbon product from local forestry biomass in the US northwest. The facility is carbon-neutral and uses low-value biomasses, including wood from forest fires. Rogue Biochar’s high fixed carbon content and surface area allow it to replace unsustainable materials in applications like water filtration. The majority is used in agriculture, improving soil quality and water retention, while reducing the need for external fertilisers. This helps mitigate climate change, reduce water pollution, and regenerate degraded lands.

Oregon Biochar produces high-quality biochar from local forestry biomass in Jackson County, Oregon. This carbon-neutral biochar is used in agriculture...

Oregon Biochar Solutions

Oregon Biochar Solutions offers a valuable addition to any carbon removal portfolio. By converting fire hazard biomass into biochar, the project reduces wildfire risk and enhances soil health, providing tangible benefits for both climate and agriculture. 

Supporting this project means investing in a solution that not only sequesters CO2 but also promotes sustainable land use and improves crop yields. With its focus on regenerating degraded lands and reducing reliance on harmful fertilisers, Oregon Biochar is a standout choice for those seeking impactful climate action combined with local benefits.

Oregon Biochar Solutions converts fire hazard biomass, typically burnt in forest fires, into biochar, reducing fire risk and enhancing soil health by improving water and nutrient retention. This is especially beneficial in arid climates and drought-affected areas in the US northwest. The biochar can partially replace peat and fully replace vermiculite in potting soils, reducing the need for external fertilisers. By substituting biochar for unsustainable products like fossil-derived activated carbon and mined fertilisers, the project cuts energy consumption and emissions, while also providing quality employment opportunities in the region.