What is Biochar?
Biochar is a stable, carbon-rich form of charcoal produced by heating organic biomass in a low-oxygen environment, a process known as pyrolysis. Unlike typical charcoal, which is used for fuel, biochar is primarily used as a soil amendment, offering environmental and agricultural benefits while sequestering carbon for hundreds to thousands of years.
Sources of Biomass for Biochar
Biochar can be made from a wide range of organic waste streams, making it both scalable and adaptable across geographies. The choice of feedstock influences the characteristics of the final biochar product.
Common Feedstock Types:
Agricultural Waste: Rice husks, sugarcane bagasse, corn cobs, coconut shells
Forestry Residue: Wood chips, sawdust, tree bark
Urban Organic Waste: Food waste, green waste, landscape trimmings
Livestock Waste: Poultry litter, cattle manure
Industrial By-products: Paper mill sludge, cotton gin trash
Each of these sources, when processed correctly, helps prevent methane emissions from decomposition and opens doors to carbon credit monetization.
How Biochar is Produced:
Key Production Methods:
AIROI’s Green Carbon Wallet enables traceability and documentation of the entire process from biomass collection to biochar production, testing, storage, and application ensuring transparency and accountability.
Applications of Biochar
Agriculture
Benefits of Biochar
Environmental: Long-term carbon sequestration, methane reduction, soil restoration
Agricultural: Improved yield, nutrient use efficiency, resilience to drought
Economic: Value from waste, reduced input costs, additional revenue through carbon credits
Social: Job creation, rural income, gender-inclusive opportunities
By locking carbon in a solid form, biochar offers a negative emission solution, recognized by the IPCC as essential for limiting global warming to below 1.5°C.
Biochar & Carbon Credits: Monetizing Sustainability
How Carbon Credits Work in Biochar:
Baseline Assessment: Determine emissions avoided through waste conversion
Carbon Sequestration: Calculate the amount of stable carbon in biochar
Co-benefits: Credits may include methane avoided from decomposing waste, fertilizer offsets, etc.
Monitoring & Verification: Requires robust data collection, testing, and third-party verification
Green Carbon Wallet: Enabling Transparency & Monetization
Key Features:
Digital MRV (Monitoring, Reporting, Verification): Tracks biomass sourcing, process data, biochar yield, and application
Blockchain Certification: Immutable records for registry, ownership, and carbon credit provenance
IoT Integration: Sensors can be installed to monitor temperature, emissions, and yields in real-time
AI Analytics: Estimate and optimize carbon credit potential across projects
Marketplace Access: Facilitates credit sales to buyers committed to net zero goals
SDG Alignment
Biochar projects align with multiple UN SDGs, including:
SDG 2: Zero Hunger – improves soil productivity
SDG 6: Clean Water – supports water purification
SDG 7: Affordable Clean Energy – enables clean bioenergy
SDG 12: Responsible Consumption and Production
SDG 13: Climate Action – carbon sequestration
SDG 15: Life on Land – soil health and biodiversity
Conclusion: A Circular Climate Solution
As the world transitions to a low-carbon future, biochar stands out as a triple-win solution delivering environmental, social, and economic returns. When integrated with AIROI INC’s Green Carbon Wallet, biochar becomes not just a product, but a traceable carbon asset, ready to participate in global climate markets.