Valued at USD 695.68 million in 2025, the biochar market is projected to reach USD 788.34 million in 2026 and USD 2,157.36 million by 2034, growing at a CAGR of 13.4% during the forecast period 2026–2034. Growth is supported by the use of biochar in soil enhancement, carbon sequestration, and sustainable agriculture. Prominent companies include Airex Energy Inc., American BioChar Company, Pacific Biochar Benefit Corporation, Karr Group Co. (KGC), Proactive Agriculture, Carbofex Ltd., and ETIA SAS.

Wood Biochar Leads Feedstock Demand

By type, the market is segmented into wood biochar, bamboo biochar, manure biochar, and additional feedstocks. The wood biochar segment held the largest share of 45.0% in 2025. Its wide availability, consistent quality, and positive effects on soil development drive adoption. The abundance of wood biomass makes it an excellent feedstock, and the material offers good porosity, stability, and nutrient retention, which help improve soil fertility and boost agricultural productivity.

Soil Amendment Anchors Application Revenue

Among applications, the soil amendment segment accounted for the largest revenue share of 37.98% in 2025. Biochar improves soil fertility, boosts water retention, and enhances nutrient availability, leading to higher crop yields. Rising demand for organic food and growing consumer health awareness support its use, particularly as it fits sustainable farming practices. However, traditional farming methods still prevail in many rural areas because they produce higher yields, which challenges wider use across the biochar market.

Carbon Dioxide Removal Creates a Durable Value Proposition

Biochar is positioned as a long-lasting route to carbon dioxide removal. Through pyrolysis, biomass becomes a stable, carbon-rich solid that traps atmospheric carbon in soils or materials for hundreds of years, and life-cycle accounting with third-party certification supports the claim. Corporates value this for credible net-zero and climate-positive claims, particularly when addressing difficult emissions and Scope 3 targets.

Pyrolysis and Production Economics

Pyrolysis heats organic materials such as agricultural waste or wood in a low-oxygen environment. The report notes that pyrolysis accounts for a significant share of commercial production because of its scalability, efficiency, and ability to generate co-products such as bio-oil. Hydrothermal carbonization and gasification are also covered. Unit economics depend on feedstock availability, moisture content, logistics radius, reactor costs, and certification requirements, while high initial investment in facilities remains a restraint for smaller producers.

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Carbon Credits Support New Revenue Models

Producers increasingly combine product sales with carbon credits. Models include voluntary carbon market credits, long-term offtake agreements, embedded carbon or insetting, carbon removal as a service, and policy pathways. Certified biochar produces high-quality removal credits with strong permanence and traceability, selling at higher prices than traditional offsets. In March 2026, Microsoft signed a 10-year agreement with Liferaft covering 1 million tons of biochar-based removal, and in January 2025 Google agreed with Varaha and Charm to purchase 200,000 tons by 2030.

Regional and Competitive Landscape of the Biochar Market

Asia Pacific accounted for a 32.0% revenue share, while North America is expected to grow fastest at a CAGR of 12.1%. The SUEZ and Airex Energy partnership aims to produce 350,000 tonnes of biochar by 2035. The industry remains fragmented and early-stage, with players competing mainly on product quality and price.

Cost Structure and Adoption Barriers

Quality variability and contaminant risk, such as PAHs and heavy metals depending on feedstock and process control, limit adoption unless mitigated through standards, testing, and traceability. Biochar usually costs more than conventional alternatives, and consistent local supply is often limited. Transportation costs, competition with less expensive options, and expenses for biomass acquisition, processing, and infrastructure also influence economic viability. Even so, the report expects government support and new technologies to push adoption further, with rising demand for carbon credits supporting long-term growth.

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