BBI International and Biomass Magazine opened the call for speaker abstracts for the 20th Annual International Biomass Conference & Expo in the United States. Industry participants can submit presentations across core tracks ahead of the October 30, 2026 deadline.

The University of Florida selected Myno Carbon for an EPA-backed research project converting coastal sargassum into enhanced biochar. Led by Professor Dengjun Wang, the partnership uses advanced pyrolysis to transform problematic seaweed waste into a material evaluated for water treatment and contaminant removal.

Switzerland-based Cotierra raised $3 million in a funding round co-led by Carbon Removal Partners and PINC to advance its decentralized biochar systems toward commercial scale. The capital enables the firm to scale its integrated hardware and software platform for tropical agriculture commodities.

A spring does not care what a project is called. It flows, or it dies. When a technology born of care becomes a mask for extraction, science loses its soul. We must invest ourselves not just in counting carbon, but in safeguarding the sacred, living pulse of the earth.

Key Takeaways Biochar carbon removal relies heavily on secure economic incentives and clear, predictable regulations rather than just technological readiness. Four overarching factors dictate future deployment pathways: subsidies, carbon prices, agricultural use regulations, and biomass availability. While pyrolysis is relevant across all future projections, its scale and ultimate application differ markedly depending on economic and political conditions. Proactive stakeholder engagement, continuous field testing, and regulatory clarity are essential enablers for widespread carbon removal success.

Cotierra has raised €2.6 million in a funding round co-led by Paulig’s PINC and Carbon Removal Partners to scale its decentralized biochar production systems and digital MRV platform across global agricultural supply chains.

CMT Events has announced DeCarbon Tokyo 2026, a three-day summit addressing Japan's industrial decarbonization, compliance markets, and carbon removal strategies to accelerate the nation's Green Transformation transition.

TU Berlin has announced international biochar country assessments to evaluate regulatory frameworks and deployment barriers, offering a comparative framework that supports standardized global carbon sequestration practices.

A recent study in Acta Innovations by Arie Dipareza Syafei and colleagues examines how accelerated carbon dioxide curing affects waste-derived biochar-cementitious systems, focusing on carbon permanence and heavy metal stability.

Atrazine-degradation, Biochar, Bioremediation, Discover Plants, Herbicide-persistence, Microremediation, Phytoremediation, Rhizosphere, Soil-remediation, Xenobiotics

A recent study in Scientific Reports by Vikas Abrol and colleagues reveals that integrating rice husk biochar and an anionic polymer significantly enhances soil water retention, root development, and crop productivity in nutrient-deficient rainfed environments.

The American Biochar Institute and U.S. Biochar Coalition scheduled the 2026 North American Biochar Conference in New Orleans to unite industry leaders, advance technical standards, and accelerate commercial biochar deployment.

Japan Airlines signed a landmark purchase agreement with Climeworks Solutions to acquire CORSIA-compliant carbon removal credits, signaling a major transition for engineered removals into mandatory aviation compliance markets.

Archer-Daniels-Midland Company entered the voluntary carbon removal market utilizing over 800,000 tons of annual sequestration capacity from its Nebraska facility, certified by Puro.earth.

A recent study in Preprints.org by Sidra Amin et al. highlights that biochar has evolved far beyond its traditional role as a soil amendment into a highly versatile functional material.

A recent study in Radiocarbon by Haichao Li and colleagues demonstrates that wood biochar produced from 1960s nuclear bomb test tree rings exhibits remarkable stability in soil, with only about zero point three five percent mineralizing into carbon dioxide over one year.

United States subnational governments are establishing targeted policy, legal, and financial frameworks to advance carbon dioxide removal deployment. Initiatives in California, Washington, and Massachusetts aim to mitigate federal policy uncertainties, enforce strict permanence standards, and address the projected global multi-billion-tonne CDR supply gap.

Carbon Trade eXchange has unveiled Corporate One, an invitation-only platform offering flat-fee carbon trading for institutional participants in Australia, the UK, and globally. The service eliminates account fees and variable commissions to streamline large-scale trading and retirement of high-value carbon credits.

A recent study in RSC Advances by Manman Yuan and colleagues shows biochar increases crop biomass by 30.8% and total nutrient accumulation by 12.8%, while shifting specific micronutrient levels.

Biochar, Activated carbon, Water treatment, Co-transport, Post-filtration, Heavy metals, Lead contamination, Particle transport, Water filtration, Microparticles

Pyronexus analyzed the economic factors driving commercial biochar projects in the United States. The report outlines a multi-revenue approach—combining product sales, energy recovery, and carbon credits—supported by sensitivity testing to manage feedstock, labor, and capital risk.

Relae and Microsoft released an updated carbon removal framework at Climate Week NYC in the United States, introducing the TECOP risk assessment. The tool evaluates delivery risks across open and closed CDR pathways to help bridge the gap between contracted and delivered credits.

Pacific Biochar and Humboldt Sawmill Company scale the HSC Biochar Carbon Removal project in Scotia, California, converting sawmill byproducts into durable carbon sinks and agricultural soil enhancements.

Biochar On Site expands its grassroots educational programming with industry experts, empowering local practitioners across the United States to transform regional biomass waste into stable carbon and resilient soils.

Environmental Pollution and Management, phytoremediation, heavy metals, biochar, soil amendments, hot pepper, bioaccumulation factor, food safety, soil contaminants, inductively coupled plasma-optical emission spectrometry

The DRC government has expanded Econetix's Article 6 authorization by 2 million tons, bringing its total authorized volume in the country to 2.75 million tCO2e. The agreement locks in corresponding adjustments and CORSIA eligibility through 2033 for clean energy initiatives.

ADM is entering the voluntary carbon market by utilizing carbon capture and geologic storage operations at its Columbus, Nebraska facility. Partnering with Puro.earth and Tallgrass, the project establishes over 800,000 tons of annual certified removal capacity to serve diverse industrial customers.

Curious about what happens when biochar goes nano? Let’s explore how shrinking biochar to the nanoscale can change its properties and open new possibilities for environmental applications.

A recent report by the Environment Agency by Jane Atkinson and colleagues evaluates environmental monitoring capabilities for emerging climate technologies, screening sixty-seven net zero activities down to thirteen priority systems and identifying crucial regulatory monitoring gaps across industrial emissions pathways.

A recent study in Chemical Review and Letters by Lazzat Kuzbayeva and colleagues demonstrates that hydrothermal carbonization converts rice husk waste into nanoporous carbon materials that enhance cement compressive strength, boost carbon dioxide uptake by 31.6 percent, and cut production emissions by up to 22.2 percent.

FLS Group's Project Alfheim in Paraguay converts agricultural waste into industrial biochar and renewable energy. Leveraging strategic technology partnerships and digital MRV, the initiative aims to produce 11,500 tons of biochar annually while delivering verifiable carbon removal credits.

The American Biochar Institute has extended its poster submission deadline to October 13 and introduced tiered group pricing for the North American Biochar Conference in New Orleans. These measures aim to boost team participation, highlight scientific research, and drive commercial collaboration.

A recent study in Open Access Organization and Management Review by Muhammad Arslan, Zain-ul-Abideen, Abida Ali, and Fatima Ali demonstrates that synthetic biology can engineer Amazonian Dark Earth microbes to improve carbon sequestration in non-native soil, while highlighting that field-level stability and biosafety risks require further experimental validation.

A recent study in Journal of Livestock Science and Technologies by Radman Bakhtiari, Yadollah Chashnidel, and Mahmoodreza Rezaei Armi demonstrates that supplementing milk-fed Holstein calves with 0.3% wood vinegar increases daily dry matter intake to 1.78 kilograms, elevates total volatile fatty acid levels to 137.6 millimolar, and enhances skeletal growth across multiple age milestones.

A recent study in Carbon Research by Srinivasan Revathi, Dobson Alice Elizabeth Tania, Sutharson Ancy Shadin, and Jegatheesan Keerthana demonstrates that substituting 50% fine aggregate with zeolite and 1% cement with bamboo biochar increases concrete compressive strength by 7.48%, split tensile strength by 15%, and absorbs 1.2 grams of carbon dioxide per day.

United States climate advisory firm Carbon Direct has rebranded as Relae, expanding its scope beyond carbon dioxide removal to include power, low-carbon fuels, and natural capital. The firm maintains its core project due diligence expertise while providing integrated energy strategy.

Vaulted Deep secured a $35 million commercial debt facility from Mediobanca Group, arranged by CFP Energy and backed by Frontier Climate buyer contracts. The non-dilutive financing will expand Vaulted Deep's United States bio-waste subsurface injection infrastructure and operational project development.

Exomad Green and Carbonfuture have expanded their partnership to secure 1.1 million tonnes of verified biochar carbon removal through 2035. The deal addresses high-quality supply shortages in Bolivia by combining certified industrial pyrolysis with end-to-end digital lifecycle tracking and long-term buyer delivery.

A recent study in EarthArXiv by Mukhopadhyay et al. evaluated eight major carbon crediting protocols for biochar, revealing dramatic differences in durability claims, lifecycle emission boundaries, and market pricing spanning ninety to six hundred dollars per ton across carbon credit registries.

A recent study in CABI Agriculture and Bioscience by Vineeta Pandey, Shristi Kumari, Assiya Ansabayeva, Mostafa Abdelkader, and Zienab F. R. Ahmed examines how nano-biochar synthesized from biomass residues enhances crop productivity, improves soil fertility, and strengthens ecological resilience across agroecosystems.

A recent study in Scientific Reports by Jianfeng Wang et al. demonstrates that a ball-milled biochar-iron composite activates peroxymonosulfate to achieve 98.0% sulfamethoxazole removal within 60 minutes, yielding a reaction rate 3.69 times higher than zero-valent iron alone while mineralizing 62.7% of organic carbon.

Gold Standard established a working group to develop practical guidelines for corporate Ongoing Emissions Responsibility under the Science Based Targets initiative. The initiative aims to standardize corporate accounting methods, reducing claims risks and unlocking up to $17 billion annually for high-integrity carbon removal projects.

Milkywire launched a call to procure carbon dioxide removal credits from projects integrated with data center infrastructure. By utilizing shared energy and waste heat, the initiative aims to solve data center sustainability challenges while improving the technical and economic efficiency of durable removal solutions.

The biochar industry is shifting from asking what biochar can do to determining how to produce the right biochar from the right feedstock for specific applications. Success now depends on demonstrating consistent quality, scientific validation, economic viability, net environmental performance, and market suitability.

A recent study in Scientific Reports by Fengzhen Fu and colleagues demonstrates that adding ten percent biochar to rice stover and sheep manure co-compost reduces locked calcium-bound phosphorus by up to 33.4 percent by stimulating alkaline phosphatase-harboring bacterial communities.

A recent study in Next Sustainability by Prabhat Kumar Rai reveals that customized nano-scale biochars derived from agricultural waste reduce toxic arsenic levels in rice grains by up to 88 percent while restoring soil health and mitigating serious human health risks across global agricultural landscapes.

The CDOP coalition released Version 2.0 of its open-source data schema, expanding coverage to 11 lifecycle categories. By standardizing carbon credit data and introducing versioned status records, the protocol enhances transparency, interoperability, and institutional trust across carbon markets.

Law firm Torys LLP highlights Canada's emerging position as a global carbon dioxide removal hub, driven by biochar demand, federal procurement, and tax credits. Public de-risking mechanisms and rising credit prepurchases offer institutional investors structured entry into Canadian carbon management projects.

Japan Airlines has secured direct purchase agreements for biochar carbon removal credits to prepare for mandatory CORSIA compliance in 2027. This proactive procurement strategy mitigates supply risk, locks in credit pricing, and supports the scaling of durable carbon removal solutions within commercial aviation.

A recent study in Biochar by Sinan Zhang and colleagues demonstrates that coupling biological enzymes with tailored biochar matrices removes up to ninety-nine percent of hazardous antibiotics and phenolics while extending catalytic reusability and operational stability across diverse environmental remediation scenarios.