Black Earth Biochar is a premium carbon-rich soil amendment produced from sustainably sourced organic biomass through controlled pyrolysis. Designed for modern, sustainable agriculture, it helps improve soil structure, water and nutrient management, and soil biological activity while keeping stable carbon in the soil for the long term.
Black Earth Biochar is a stable, carbon-rich material created by heating organic biomass under controlled conditions with limited oxygen. Unlike ordinary organic matter, which can decompose relatively quickly, biochar contains stable forms of carbon that can remain in the soil for long periods.
When incorporated into agricultural soils, Black Earth Biochar can become part of an integrated soil-management program aimed at improving soil health, water management, nutrient efficiency, and long-term carbon storage.
Our pure, high-carbon biochar is ideally suited for mixing and activation in professional substrates as well as soil improvement in agriculture, green building and landscape construction. Its open pore structure acts as an effective water and nutrient reservoir while providing a habitat for beneficial microorganisms.
Order now
Organic biomass is responsibly sourced and prepared for processing.
The biomass is heated under controlled conditions with limited oxygen. This process transforms the material into a stable, carbon-rich biochar.
The biochar is prepared and applied to agricultural soil according to the recommended application method and rate.
Its porous structure provides surfaces that can help retain moisture and nutrients and provide habitat for beneficial soil microorganisms.
A significant portion of the carbon contained in biochar is relatively stable, allowing carbon to remain stored in the soil for an extended period.
A look at our staff and customers working with Black Earth Biochar in the field.
The porous structure of biochar can help improve the soil's ability to retain moisture, making water more available around the root zone.
Biochar can contribute to better soil structure, aeration, and conditions for root development when used as part of an appropriate soil-management program.
Biochar can help retain nutrients within the root zone and support more efficient nutrient use.
Its porous surfaces can provide favorable microhabitats for beneficial soil microorganisms.
By improving the soil environment, biochar can support healthier root systems and better crop growth when combined with appropriate agronomic practices.
Biochar provides a pathway for converting part of the carbon in biomass into a more stable form that can be stored in agricultural soils.
For best results, do not treat biochar as a standalone fertilizer. It works best as part of an integrated soil-health program.
Where possible, begin with a soil test to understand soil pH, nutrient levels, organic matter, and other important soil characteristics.
Biochar can be used directly or, where appropriate, combined with nutrient-rich organic materials such as compost or other approved soil amendments.
Apply Black Earth Biochar according to the recommended rate for your soil type, crop, and farming system.
Mix the biochar into the root-zone soil rather than leaving large quantities exposed on the surface.
Observe crop growth, soil moisture, and soil conditions throughout the growing season. Where possible, use periodic soil testing to measure changes.
Black Earth Biochar can support maize production by improving the soil environment around developing roots, helping with moisture management and nutrient retention.
For beans and other legumes, biochar can be incorporated into a broader soil-health program to improve soil structure and moisture management.
Vegetable crops can benefit from healthy, well-structured soils with good moisture and nutrient management.
Tomatoes require consistent access to water and nutrients. Black Earth Biochar can form part of a soil-management strategy designed to improve the root-zone environment.
Biochar can be incorporated into potato production as part of an integrated soil-health program.
For perennial crops such as coffee, biochar can be incorporated around the root zone as part of long-term soil-management practices.
Bananas require good soil moisture and nutrient availability. Biochar can support these conditions when appropriately applied with other soil amendments.
Black Earth Biochar is more than a soil amendment. It can also form part of a carbon-farming strategy by converting biomass carbon into a relatively stable form that can be incorporated into soil.
Where the necessary measurement, reporting, verification, and certification requirements are met, biochar projects may also participate in carbon-removal initiatives.
Carbon claims should always be supported by appropriate measurement and verification procedures.
Biochar is a carbon-rich material produced by heating organic biomass under controlled conditions with limited oxygen. It is primarily used as a soil amendment and can also contribute to long-term carbon storage.
Biochar should not automatically be considered a fertilizer. Its main role is as a soil amendment. It can complement fertilizers, compost, manure, and other nutrient-management practices.
Application frequency depends on the soil, crop, application rate, and farming system. Follow the Black Earth Biochar product recommendations or consult an agronomist.
Yes. Biochar can be incorporated into an integrated soil-fertility program alongside appropriate fertilizers and organic amendments.
Yes. Combining biochar with nutrient-rich organic materials can be an effective way to integrate it into a broader soil-health program.
Some biochars can affect soil pH, but the effect depends on the feedstock and production process. Always consider your soil-test results and the characteristics of the specific Black Earth Biochar product.
Its porous structure can increase the soil's capacity to hold and retain water, although the actual effect depends on soil type, biochar characteristics, application rate, and environmental conditions.
Use only biochar produced for agricultural or soil-amendment purposes and follow the manufacturer's application recommendations.
Biochar contains relatively stable carbon, but its persistence varies according to its properties and soil and environmental conditions.
Potentially. Biochar carbon-removal projects may qualify for carbon-crediting programs where they meet the relevant methodology, monitoring, documentation, and verification requirements. Carbon-credit eligibility should not be assumed simply because biochar is applied to soil.
Yes. Bulk supply can be arranged for commercial farms, cooperatives, institutions, distributors, and agricultural projects.
Black Earth Biochar is suitable for a wide range of agricultural and soil-health applications, including:
As a Kenyan company, we attach great importance to conservation, innovation and quality. We produce high-carbon, EBC-aligned biochar built for the soils and growing conditions of East Africa.
Our joint expertise with regional agronomists and soil scientists has enabled us to optimize our product range for a wide variety of applications — from smallholder farming to green infrastructure and landscaping.
Black Earth Biochar founded, first pilot kilns.
Quality certification achieved for pure biochar production.
Production capacity expanded to serve regional demand.
Distribution across Kenya through Black Earth / Green Cart.
Your soil is one of your farm's most valuable assets. Give it the support it needs with Black Earth Biochar — a carbon-rich soil amendment designed to support better soil health, improved resource efficiency, and long-term carbon storage.
