Soil carbon removal is moving from pilot projects to market infrastructure. Key takeaways Isometric's new soil carbon protocol signals a shift from pilots to market infrastructure, with stricter MRV, clearer certification, and new supply. CarbonMeld Editorial What Isometric's new protocol signals for the soil carbon market. Isometric's new draft protocol for Improved Soil Management marks a clear shift from pilot work to market infrastructure. The protocol entered public consultation on 18 May 2026, and it raises the bar on MRV for soil carbon removal. The key change is how credits are grounded in evidence. Isometric says the protocol relies on direct soil sampling and, where appropriate, validated modeling approaches. That matters because buyers want carbon removal certification they can compare across projects, not just project narratives. The protocol also covers practical farm measures such as reduced tillage, cover cropping, and beneficial microorganisms. That widens the addressable supply base. It is no longer just about demonstration plots. It is about agricultural supply that can scale. Another important point is accounting. Isometric separates removals from emissions reductions linked to fertilizer use and tractor passes through its Agricultural Practices Reductions Module. For corporate buyers, that distinction is essential. It clarifies what is being purchased and what is being counted elsewhere. The consultation itself is a market signal. Buyers, suppliers, and scientists are being asked to weigh in before credits are issued. That makes the system more bankable because the rules are being set upfront, not after the fact. Why certification standards matter more than ever for buyers of CDR. Certification standards now sit at the center of buyer due diligence. For corporate buyers, they are not a technical detail. They are the filter that helps reduce greenwashing risk, double counting risk, reversal risk, and the risk of buying credits that are not truly additional. Isometric has said it strengthened its standards with locked protocol requirements, minimum 10-year crediting periods, and clearer rules for project expansion. That matters for long-term offtake and portfolio procurement because it gives buyers more confidence in delivery and claim quality. The broader market is also pushing in the same direction. CDR.fyi has noted that upcoming decisions by net-zero standards setters could have substantial consequences for the industry. The gap between buyer expectations and supplier offerings remains a live issue. For corporate sustainability teams, procurement leads, and climate finance desks, the practical need is simple. They want credits with a clear methodology, independent verification, an audit trail, and registry traceability. Those features support ESG reporting and neutralization claims. This is why CDR certification standards matter so much. They shape whether a credit is financeable, usable in procurement, and credible in disclosure. What the three announced project developers reveal about supply growth. The three developers announced by Isometric should be read as a sign of supply pipeline formation. The market is moving from agricultural R&D toward structured projects with partners ready to invest in land access, farmer onboarding, and MRV. That matters because soil carbon supply has often been fragmented. A more organized developer base can help turn scattered farm participation into repeatable project pipelines. Isometric has already expanded its nature-based network and said in 2026 that it supports real-world deployments for more than 130 suppliers. That points to an ecosystem that is industrializing rather than staying niche. The protocol also suggests that the scientific baseline is mature enough to support multiple developers at once, while still being strict enough to filter out projects that cannot prove additionality and data quality. That balance is important. It supports growth without lowering the bar. For buyers and intermediaries, the real signal is not just more developers. It is more standardized supply. That usually means easier offtake structuring, better comparability across projects, and less dependence on bespoke methodology work. How the new protocol could change farm-level economics and developer strategy. The new protocol could make farm-level economics more predictable. If remuneration is tied more closely to measured carbon removal, developers and farmers can build around a clearer revenue model. The separation of emissions reductions also helps avoid confusion about what drives credit value. For farmers, the upside is that practices like reduced tillage and cover cropping may carry more value in a certified carbon removal framework. The tradeoff is cost. Soil sampling, data collection, agronomic advice, and compliance all add expense. That means project economics will depend heavily on project size and MRV cost. Smaller projects can struggle if fixed costs are too high. Larger aggregated projects usually have a better chance of spreading those costs across more hectares and more credits. For developers, the protocol encourages portfolio aggregation. More plots, more farms, and more geographies can help dilute fixed MRV costs and improve the bankability of offtake agreements. A practical B2B model is already visible here. A developer can combine agronomic advisory, sensor data, soil sampling, and registry integration into one offer for corporate buyers. That is more than selling credits. It is selling a managed supply relationship. The investment case for soil carbon: where risk is falling and where it is not. The investment case improves where methodology uncertainty used to dominate. Clearer standards, locked versioning, and longer crediting periods reduce uncertainty for offtake financing and pre-purchase agreements. But the risk does not disappear. Measurement uncertainty remains. Soil variability remains. Permanence is still biological, not mechanical. Weather, management reversals, and farmer behavior can all affect outcomes. That is why soil carbon investment should be viewed as a risk shift, not a risk removal. Some risks are becoming easier to price. Others remain structural and need to be underwritten carefully. Market data from CDR.fyi and OPIS also show that pricing expectations in durable CDR still do not always match between buyers and suppliers. That pricing mismatch matters because capital tends to flow only when the risk-return profile is acceptable. For investors, the practical question is which parts of a project are financeable today. Some elements may support forward offtakes or milestone-based funding. Others may still need warranties, buffers, insurance, or staged capital release. What this means for the next phase of carbon removal market maturity. The big shift is from project-level experimentation to market infrastructure. Protocols, registry logic, buyer expectations, and reporting frameworks are starting to look more like a mature B2B market. This is not only about soil carbon. Isometric is certifying more nature-based and durable pathways, while CDR.fyi continues to show market growth and stronger pressure for tighter definitions. Soil carbon is becoming part of a broader carbon removal asset class. For buyers, that means procurement is becoming more comparable. Better standards, more transparent volumes, and stronger attention to claims and disclosure all make the market easier to navigate. For developers, the competitive edge will come from MRV efficiency, data quality, farmer retention, and contractability. Those are the features that support repeat sales and repeat delivery. The next phase will likely be shaped by standard recognition, blended finance, forward offtakes, and more repeatable project design. That is why soil carbon is no longer just a climate story. It is a supply-chain and capital-allocation story. Show sources (7). Don't miss the next analyses

AgriCapture advances Southeast Asia Rice Methane projects with Isometric. July 2, 2026 AgriCapture is delivering methane reduction and water outcomes across four Southeast Asian countries and leveraging Isometric's platform to certify credits tied to agricultural superpollutant mitigation NASHVILLE, Tenn. - July 2nd, 2026 - AgriCapture has partnered with Isometric to bring rice methane reduction credits from its Southeast Asia Rice Project to market. Isometric has quickly become the leading platform for carbon credit and EAC certification, with a focus on science, transparency, and speed. AgriCapture's Southeast Asia Rice Project has grown its farmer participation and superpollutant impact with four countries participating to date: Thailand, Cambodia, Indonesia, and the Philippines. The project expects to deliver over 300,000 tonnes of CO2e emissions reductions by 2028. Through strong efforts from farmers, local implementation partners, and market partners, this project is paving the way for reducing methane emissions from rice production while supporting more sustainable, water-efficient farming practices and providing financial benefit sharing to smallholder farmers. By working with Isometric, AgriCapture is enabling companies to access high-quality superpollutant reduction credits from improved rice cultivation across Southeast Asia, issued under Isometric's scientifically rigorous Rice Methane Reduction Protocol. "To bring hundreds of thousands of superpollutant credits to market by 2028, we need a certification partner that matches our pace. To earn lasting buyer trust, we need a certification partner that matches our rigor. Isometric provides both." - Tyler Hull, AgriCapture CEO This collaboration marks an important step in bringing rice methane reduction credits from Southeast Asia to market. By combining AgriCapture's project development experience with Isometric's science-based certification platform, the partnership helps ensure that emission reductions from improved rice cultivation are accurately measured, rigorously quantified and transparently registered. "Reducing superpollutant emissions, like methane, is one of the most powerful levers we have to reduce near-term global warming. We're pleased to be partnering with AgriCapture to deliver fast, accurate certification for their large-scale rice methane reduction projects across Southeast Asia, giving buyers confidence in every tonne." - Neil Hacker, Isometric Head of Partnerships About AgriCapture AgriCapture's mission is to create lasting value for farmers by developing agricultural projects that improve water management, reduce greenhouse gas emissions, and deliver measurable environmental benefits. With in-house monitoring, measuring, reporting, and verification, AgriCapture creates economically viable, market-based solutions for cultivating crops while reducing emissions and water consumption around the world. About Isometric Isometric is the agentic certification platform for the industrial economy. Its AI agents work alongside human verifiers, reviewing every data point so expert judgment is freed for the calls that matter, in place of the slow, manual reviews that have defined certification for decades. From carbon removal and superpollutant reduction to low-carbon energy, fuels, and materials, Isometric brings them all onto a single platform. Trusted by Microsoft, Google, JPMorgan, and Boeing, Isometric is the largest certifier of carbon removal by contracted volume and fully accredited by ICVCM, ICROA, and CORSIA. For media inquiries, contact Cai Green at [email protected].

Deep Sky and Isometric have issued North America's first certified direct air capture carbon removal credits from Deep Sky Alpha in Alberta, Canada. The credits, delivered to Microsoft and Royal Bank of Canada, are also the world's first to carry the Core Carbon Principles label. Deep Sky Alpha, located in Innisfail, Alberta, permanently injected its first tonnes of atmospheric carbon dioxide underground within 18 months of beginning construction. The facility achieved milestones on schedule and on budget from design in autumn 2024 to commissioning in summer 2025. The credits were certified under Isometric's Direct Air Capture Protocol, which requires full accounting of project emissions and long-term monitoring for safe, permanent storage. Montreal-based Deep Sky has raised $130 million in funding and recently announced partnerships with Lufthansa Group, ENGIE and TD Bank Group.