 | | | | Links to recent scientific papers, web posts, upcoming events, job opportunities, podcasts, and event recordings, etc. on Carbon Dioxide Removal TechnologyDemocratizing climate change mitigation pathways using modernized stabilization wedges (Source)For those building, investing, or leading in CDR, Carbon Removal Updates aims to deliver a consistent edge. If you find it valuable, consider supporting its continued growth with a paid subscription. Donate < $10 Get 20% off a group subscription NOTE: If you’d like to submit CDR-related news for our next newsletter, please send it here: Message Andrew Lockley TABLE OF CONTENTSNote: Click on the headings listed in the table of contents above to easily navigate to the sections you’re interested in.THIS WEEK’S TOP CDR HIGHLIGHTSBillion-Dollar DAC Projects Stalled: U.S. direct air capture hubs backed with over $1 billion in federal support are stalled as the Department of Energy’s audits of climate spending drag on, leaving flagship projects like Project Cypress and a South Texas hub in limbo and slowing construction and investment plans. Industry leaders warn uncertainty hinders progress. Direct Storage of Biomass Coalition: The Carbon Business Council has launched the Direct Storage of Biomass (DSB) Coalition, a new industry working group aimed at advancing biomass-based carbon removal, establishing standards, enhancing transparency, and scaling durable CO₂ storage solutions. Its members include Blue Forest, Carba, Carbon Lockdown Project, Carbonsate, EcoEngineers, Graphyte, Isometric, Leading Carbon/Clear Sky, Living Carbon, Mast Reforestation, Nature Focus, Puro.Earth, Rewind, Tau Carbon, Timber Turn, Vaulted Deep, and Woodcache. Funding Opportunity: Swedish Energy Agency has opened a 15 million SEK funding call for research and innovation on negative emissions, offering support to projects that advance technologies and solutions for permanent removal of greenhouse gases, including capture, transport and geological storage, to help meet national climate goals. Deadline to apply: 31 August 2026 Call for Proposals: ClimeFi has opened its Beyond 2030 request for proposals (RFP) on behalf of multiple buyers. The company’s most ambitious procurement to date targets 100,000-500,000 tonnes of durable carbon removal, with all pathways eligible if permanence exceeds 200 years. Submissions close 8 April. Co-founder Paolo Piffaretti recently discussed the RFP and more on the podcast. New Tool: Grassroots Carbon has launched GroundOwl in partnership with EarthOptics, a new soil carbon measurement technology using non-invasive sensors to map soil properties at scale, enhancing accuracy and transparency in carbon tracking across U.S. grazing lands. Report: Sabin Center published a primer on international agreements relevant to marine carbon dioxide removal (mCDR), which examines how international law is beginning to shape ocean-based carbon removal projects. It highlights both the opportunities and legal uncertainties facing this fast-evolving climate space. Sweden Launches 2 Funding Calls for Negative-Emission Projects: Sweden’s Swedish Energy Agency has announced two new funding calls under its Industriklivet program to support negative‑emissions projects and research. One backs pilot and commercial negative‑emissions initiatives with approximately 300 million SEK funding (deadline: 29 April), while the other offers 15 million SEK in research grants for solutions to capture, transport, and store greenhouse gases (deadline: 31 August 2026). Call for Consultation: Isometric has opened public consultation for its new Logged to Protected Forest module on the Isometric Registry. The module outlines durability and monitoring standards for converting logged forests to protected status. Public comments are accepted until 13 April 2026. CDR Researcher Census: AI agent CaptainDrawdown, an initiative of Carbon Drawdown Initiative, has published the industry’s first global CDR Researcher Census, mapping more than 122,000 carbon dioxide removal researchers across 186 countries and seven removal pathways, providing new insight into the size and distribution of the CDR research workforce. Research Paper: A new study finds beaver‑engineered wetlands can act as persistent carbon sinks, storing up to 10× more carbon than areas without beavers. In a 13‑year Swiss site, about 1,194 t of carbon was accumulated, roughly 10.1 t CO₂/ha/yr, with low methane emissions, highlighting beavers’ potential role in climate mitigation. Watch the weekly CDR bulletin in under 3 min here:  Read on to unpack more updates: COMMERCIAL NEWSRESEARCH PAPERSAuthors: Didac Pascual, Gustaf Hugelius, Josep G. Canadell, Jennifer Harden et al.Synopsis: Boreal Forests store significantly more carbon than managed secondary forests, with this study finding ~72% higher total carbon across vegetation, soils, and biomass. Soils account for the largest share of this difference. The findings suggest forest management impacts on carbon storage have been substantially underestimated, with important implications for climate mitigation strategies.
Authors: Yuanyuan Li, Jiahui Liao, Peter B. Reich, Yu Fang, Jiajie Cao, et al.Synopsis: Earthworms play a complex but beneficial role in soil carbon dynamics, increasing soil organic carbon by ~5.4% globally. They enhance long-term carbon storage by boosting mineral-associated organic carbon through microbial activity and soil aggregation. These findings resolve long-standing uncertainties and highlight earthworms’ importance in climate-smart land management and carbon modeling.
Authors: Lukas Hallberg, Annegret Larsen, Natalie Ceperley, et al.Synopsis: This study finds that Eurasian beaver reintroduction significantly alters carbon cycling, with beaver wetlands acting as net carbon sinks of ~98.3 ± 34.4 t yr⁻¹. While CO₂ emissions dominate seasonal losses, long-term storage can reach ~1194 t (10.1 t ha⁻¹ yr⁻¹), nearly 10× higher than non-beaver systems, highlighting strong climate mitigation potential.
Authors: Helmuth Thomas, Tim Hornig, Adrian Uguina, Markus MeierSynopsis: This study introduces Wastewater Alkalinity Preservation (WAP), a novel Carbon Dioxide Removal method that uses CO₂ to neutralize alkaline wastewater while permanently storing carbon as bicarbonate. Unlike conventional acid treatments, WAP maintains alkalinity and enables long-term sequestration with strong monitoring. Global estimates suggest 11–32 Mt CO₂/year potential today, with capacity reaching hundreds of Mt annually by 2100.
Authors: Liew Zheng Liang, Josephine Hannah Macdonald, et al.Synopsis: A large-scale biomass gasification BECCS system using palm kernel shells shows promise for carbon dioxide removal. Optimized at 800 °C and an equivalence ratio of 0.5, the system achieves 70% CO₂ capture, −3560 kg CO₂/MWh negative emissions, and 1.5 GJ/tonne CO₂ regeneration energy, highlighting its feasibility as a scalable climate mitigation technology.
Authors: Ying Su, Tianliang Ni, Zhengqi Zheng, Xingyang He, Zhou Zhang, Yingbin Wang, Jin Yang, Can MeiSynopsis: Direct Air Capture coupled with ultrafine carbon-mineralized steel slag shows strong potential for atmospheric CO₂ removal. Ultrafine slag (D50 0.46–0.55 μm) achieved 60 kg CO₂/t, 1.9× higher than ordinary slag, and enhanced foam concrete strength by 19–25%. This approach leverages increased surface area, lattice defects, and stable Ca²⁺ sites, enabling efficient in-situ mineralization while producing low-carbon building materials.
Authors: Patrik Postweiler, Tori Wiederhoeft, Daniel Rezo, Mirko Engelpracht, et al.Synopsis: This study shows that enhancing flexibility in Direct Air Carbon Capture and Storage through hardware upgrades, like passive airflow and direct electrical heating, can cut costs significantly. In high-wind sites, net carbon removal costs dropped up to 46 € t⁻¹ (−14.4%), while reductions of 13–19 € t⁻¹ were possible under typical market conditions, highlighting the value of site-specific operational strategies.
Authors: George Bishop, Colm Duffy, Göran Berndes, et al.Synopsis: This study shows that Bioenergy with Carbon Capture and Storage consistently provides long-term cooling if forest carbon stocks are preserved. Cascading wood use enhances near-term cooling and temporary storage, complementing later BECCS deployment. Without cascading, unharvested forests may outperform direct bioenergy in the short term, but risks like wildfire reduce effectiveness. Combining cascading use with BECCS ensures durable and resilient carbon removal.
Authors: Kenneth Okosun, Henrik Wenzel, Freia Harzendorf, et al.Synopsis: This study maps global cost-optimal locations for Direct Air Capture, showing S-DAC is favored in Australia, Iceland, Mexico, and parts of Asia, while L-DAC is best in South America and Sub-Saharan Africa. Hybrid renewable energy systems reduce costs, with 2050 levelized costs ranging 165–1720 €/tCO₂. Deploying DAC in optimal regions could achieve 2 GtCO₂/year below 195 €/tCO₂, highlighting the value of region-specific strategies for efficient global deployment.
Authors: Zhaoyang Luo, Jianning Ren & Simone FatichiSynopsis: This study shows that warming impacts soil organic carbon differently depending on air versus soil temperature. Soil warming consistently reduces SOC by accelerating decomposition, while air warming has mixed effects: it can either lower SOC via reduced NPP and higher decomposition or increase SOC when NPP rises and soil moisture limits decomposition, highlighting complex temperature-mediated carbon cycle responses.
Authors: Baharuddin Baharuddin, Muhammad DaudSynopsis: This study develops a robust method to estimate biomass and carbon stocks of Gigantochloa atter using allometric models and species-specific chemical analysis. The best model, W = 0.348D¹·⁸³⁰, with measured carbon content of 49.17%, yields precise estimates, showing mean annual sequestration of 47.44 t CO₂eq/ha/year. Integrating chemical and biometric data enhances accuracy, supporting G. atter’s role in sustainable forestry and climate mitigation.
Authors: Jacob S Jordan, Tom MD Mills, Jonah Bernstein-Schalet, et al.Synopsis: In this study, commercial-scale enhanced rock weathering (ERW) in India smallholder rice farms increased yields by a median 22.9%, generating ~$303 per farmer, while providing 4.0 t CO₂ ha⁻¹ CDR in the first year. ERW offers simultaneous livelihood gains and durable carbon removal, with monetizable climate benefits that can finance soil restoration, demonstrating a scalable pathway for climate-smart, smallholder agriculture.
Authors: Quinn Zacharias, Robert Rioux, Fengchao Sun, et al.Synopsis: Agronomic-rate Enhanced Rock Weathering using Fe–Al-rich basalt in Vermont dairy soils showed minimal trace-metal risk. One-year monitoring found no increases in Ni, Cr, Pb, Al, Mn, Zn, Cu, or Cd in soils or forage, while riparian soils showed reduced metal lability. Monitoring pH and Ca:Al ratios can track metal dynamics, supporting safe and responsible ERW deployment in agricultural systems.
Authors: Juliana Carvalho; Fabiano Galbiati; Tatiana C. Almeida; Rogaciano M. Moreira; Merlin C. E. BandeiraSynopsis: This study evaluates corrosion resistance of materials for Bioenergy with Carbon Capture and Storage CO₂ injection wells. Laboratory tests on carbon steel L80, martensitic 13CrS, and superduplex 25Cr under BECCS conditions reveal performance in corrosive environments with H₂O, H₂S, O₂, and ethanol. Findings guide alloy selection and protective strategies to ensure well integrity, operational safety, and long-term durability in large-scale carbon storage projects.
Authors: Iain de Jonge-Anderson, Gareth Johnson, Juan Alcalde, Jennifer J. RobertsSynopsis: CO2LOGIX, a new model for CO₂ geological storage, evaluates subsurface pressure buildup under different deployment scenarios. A UK case study shows unmitigated pressure could limit storage to 12 GtCO₂ by 2100, with short-term rates below targets. Faster injection accelerates pressure limits, reducing capacity or increasing mitigation costs. CO2LOGIX highlights the need to integrate pressure feedbacks into climate models for realistic, large-scale CCS planning.
Authors: John O Anyanwu, Sarah A Johnson, Stanley C UkaneroSynopsis: This review evaluates MOF-74 as a leading adsorbent for Direct Air Capture. While MOF-74’s open metal sites enable exceptional low-pressure CO₂ uptake, they also cause hydrolytic degradation in humid conditions. Material engineering, composites, and computational design offer routes to enhance stability, but scalable synthesis and economic feasibility remain challenges for practical DAC deployment.
Authors: Xin Lin, Canru Li, David A. Hutchins, Haodong Luo, Ningxin Yan, et al.Synopsis: Ocean Alkalinity Enhancement using olivine can boost carbon uptake by stimulating phytoplankton growth and accelerating carbon export to the deep ocean. Experiments show stronger responses in diatoms than coccolithophores, with faster sinking driven by distinct biological mechanisms. These findings suggest OAE could enhance the ocean’s biological pump, though ecological impacts remain uncertain.
Higher carbon storage in primary than secondary boreal forests in Sweden (Source)Share WEB POSTSShare Carbon Removal Updates REPORTSUPCOMING EVENTSMarch 2026April 2026We have curated a “Carbon Removal Events Calendar.” Explore and stay informed about upcoming events, conferences, and webinars on Carbon Dioxide Removal technology. Sync specific events / all events to your default calendar to ensure you never miss out on important CDR updates. Carbon Removal Events Calendar Add our Carbon Removal Events Calendar to your default calendar in 2 ways:Sync specific event: Click the event → menu (≡) → Share → choose your calendar → Save.Or sync all events: Menu (≡) → Preferences → iCalendar Feeds → Copy URL → Add to your calendar settings → Subscribe.JOB OPPORTUNITIES“ZeroEx is scaling permanent carbon removal through enhanced rock weathering (ERW) projects in Germany, Brazil, and the United States.”
Aircapture’s mission is to create and scale a circular carbon economy to solve what we believe to be our lifetime’s most pressing challenge: the climate crisis.”
“Carbon Gap is a climate not-for-profit focused on eliminating carbon dioxide and unlocking the potential of carbon removal.”
“Charm Industrial’s mission is to return the atmosphere to 280 ppm CO₂. They convert excess inedible biomass into carbon-rich bio-oil and inject it into underground storage for permanent carbon removal.”
“Carbonfuture is the trust infrastructure for durable carbon removal.”“At Absolute Climate, we’re accelerating the growth of carbon markets through independent standards that bring clarity and consistency to how atmospheric outcomes are measured and certified.”
“Arbonics helps landowners and credit buyers work together on data-driven carbon removal.”
“pHathom captures CO₂ from biomass power plants and converts it into stable dissolved carbon using limestone for durable storage in the ocean. Our process accelerates the natural weathering of limestone, using a water-based system that reacts flue gas CO2 with a slurry of seawater and crushed limestone to form bicarbonate, a stable form of carbon already abundant in the ocean. This bicarbonate remains dissolved for tens of thousands of years.”
“Heirloom leverages the best of nature and engineering to permanently remove CO2 from the atmosphere.”
“Funga is a public benefit corporation harnessing forest fungal networks to address the climate crisis. We combine modern DNA sequencing and machine learning technology with breakthrough research on the forest microbiome to put the right native, biodiverse communities of mycorrhizal fungi in the right place.”
“dena’s mission is to contribute to the success of the energy transition.”
Looking for your dream job in CDR? There are 569 jobs available *right now*: check them all out at: CDRjobs Board PODCASTSClimefi - supporting CDR buyers | Reviewer 2 does geoengineering | Climefi - supporting CDR buyers Reviewer 2 does geoengineering 46:21 |
“@geoengineering1 interviews Paolo Piffaretti, co-founder of ClimeFi (https://www.climefi.com/), on how durable carbon dioxide removal (CDR) credits are verified and delivered for corporate buyers.ClimeFi acts as a buyer-side agent, helping organizations define contribution vs. compensation goals, run reverse-auction RFPs, build diversified portfolios, conduct due diligence, negotiate contracts with risk-mitigation clauses, and monitor suppliers through delivery.They also unpack how CDR deals work in practice, covering offtakes, pre-purchases, and newer call options for flexibility, along with what is changing in the market and how buyers manage risk in a space where many projects fail.ClimeFi has also recently opened its Beyond 2030 request for proposals (RFP) on behalf of multiple buyers. It is the company’s most ambitious procurement to date, targeting 100,000 to 500,000 tonnes of durable carbon removal. All pathways are eligible, provided permanence of 200+ years. Submissions close on Wednesday 8 April. Details: https://www.climefi.com/blog-posts/climefi-launches-beyond-2030-rfp-for-durable-carbon-removal”
“Deep Sky is a Quebec company that considers the capture of carbon dioxide essential to offset global warming. It recently launched its pilot project in Thetford MInes. To understand how it works and and why Deep Sky thinks it’s an unavoidable way to tackle this issue, host Julia Caron spoke with Frédéric Lalonde, the co-founder of Deep Sky.”
“In this special video edition of Plan Sea, host Anna Madlener and Carbon to Sea’s Senior Manager for Communications, Danny Gawlowski, record from the Ocean Sciences Meeting (OSM) in Glasgow, Scotland. They sit down with members of the COMPASS mCDR Communication Leaders program — Dr. Abigale Wyatt, an ocean modeler from [C]Worthy, Dr. Mariam Swaleh, who leads the Ocean Climate Innovation Hub in Kenya, and Dr. Kohen Bauer, science director at Ocean Networks Canada — to explore what makes science communication effective, where it falls short, and lessons learned for communicating about mCDR research.”
Carbon Removal for Sale: What’s Real, What’s Hype, and Who Pays? | The Earth Set Podcast | Carbon Removal for Sale: What’s Real, What’s Hype, and Who Pays? The Earth Set Podcast 1:25:48 |
“What if one of the most important industries for solving climate change barely exists today?The world is getting better at reducing emissions. Renewable energy is scaling. Electrification is accelerating. Efficiency is improving.But even in the most optimistic climate scenarios, billions of tonnes of carbon dioxide will still need to be removed from the atmosphere every year.In this Earth Set conversation, Amy brings together three experts working on the emerging carbon removal economy to unpack what that actually means.Codie Rossi, Director of Carbon Management and Markets at the Clean Air Task Force, works on the policy frameworks shaping carbon removal markets.Richard Barker, Partner at Counteract, advises investors and companies on carbon strategy and the realities of scaling climate technologies.Swarnali Mitra, Director at CUR8, builds portfolios of carbon removal projects for corporate buyers navigating the early market.Together they explore how carbon removal works, why it’s becoming central to climate strategy, and why building this industry could be one of the largest economic transitions of the coming decades.”
How Carbon Removal Loses: The End of “Pre-Compliance” | Reversing Climate Change | 391: How Carbon Removal Loses: The End of "Pre-Compliance" Reversing Climate Change 32:42 |
“The foundational assumption of carbon removal has been the “pre-compliance” story—that the voluntary carbon market and early corporate offtakes are necessary but not sufficient, and that we’re all waiting for compliance to automate demand. That story depends on Japan, Canada, the EU, and the UK carrying the torch while the US sits on the sidelines heckling.In this monologue episode, I walk through why I no longer think that story holds. Right-wing populism is surging across every country the pre-compliance story depends on. Energy prices are climbing. Growth is stalling. And voters facing rising costs and security threats don’t prioritize abstract, probabilistic, future-oriented problems no matter how catastrophic those problems actually are.This isn’t a doom episode. It’s a planning episode. If you work on anything strategic in carbon removal or climate tech, you need a clear-eyed view of what the world is actually doing—and a plan for what your company looks like if the world doesn’t regress to the mean.”
Do long-term strategies deliver credible CDR pathways? - with Harry Smith | The CDR Policy Scoop | Do long-term strategies deliver credible CDR pathways? - with Harry Smith The CDR Policy Scoop 29:07 |
“In this episode of The CDR Policy Scoop, Sebastian Manhart and Eve Tamme are joined by Harry Smith, Principal Consultant at Aether and former Leverhulme Doctoral Scholar at the Tyndall Centre for Climate Change Research, University of East Anglia, where he completed his PhD on the policy and governance of carbon dioxide removal.The conversation explores what national long-term low-emission development strategies actually say about carbon removal, and how much of it should concern us. Harry draws on his doctoral research, which analysed long-term strategies across 71 countries, to explain why these documents are often optional, outdated, and light on detail when it comes to CDR.The episode digs into the residual emissions data at the heart of his research: only 26 of 71 countries quantified residual emissions at the point of net zero, with an average of 21% of peak emissions, more than double the 10% commonly referenced in IPCC scenarios. Australia and Canada sit at 52% and 44% respectively, leaning heavily on CDR and international credits to close the gap.Sebastian, Eve and Harry also examine why the land sector carries far more weight in national strategies than engineered CDR, and why Harry considers it the bigger risk. The discussion closes on what long-term strategies have actually contributed, a refinement of end-of-century warming projections, and why near-term policy design, not long-term vision documents, is where the real work on CDR now needs to happen.”
YOUTUBE VIDEOSFinancial Future of the Carbon Dioxide Removal | Climate Tech | Remove and Reflect Podcast “This episode covers a research paper that investigates the financial future of the carbon dioxide removal (CDR) industry by analyzing the revenue expectations of its global leaders. Through fifty structured interviews with senior executives across seventeen countries, the study reveals a predicted transition from current reliance on voluntary carbon markets to a future dominated by compliance markets and cap-and-trade systems by 2030. The authors highlight that government support, such as direct subsidies and public procurement, remains essential to bridge the gap between high removal costs and market prices. Findings vary across specific technologies, including DACCS, BECCS, and biochar, as companies also pursue secondary revenue from co-products like heat or soil enhancers to ensure stability. Ultimately, the study emphasizes that robust policy design and technology-specific incentives are critical for scaling the industry to meet international climate targets.”
Long-term offtakes: A buyer’s guide journey to smarter, more strategic carbon procurement | CEEZER “Forward-thinking organizations are reimagining how they meet their climate commitments. While many still rely on short-term or spot carbon credit purchases to meet annual procurement needs, this approach can expose them to market volatility, supply uncertainty, and repeated approval cycles.Long-term offtake agreements offer a smarter, more strategic alternative—securing high-quality carbon supply, price stability, and planning certainty while reducing internal complexity.In this 30-minute webinar, we explore how leading companies can move from transactional, short-term purchases to a long-term portfolio approach that delivers both measurable climate impact and tangible business benefits, including budget stability and stronger risk management.”
Aviation & Carbon Removals: A New Era Takes Flight with recent agreement with Exomad Green x Senken | Exomad Green “In this episode, Adrian Wons, CEO of Senken, and Daniel Sierra, VP of Policy, Strategy, and Market Outreach at Exomad Green, sit down to discuss the growing role of carbon markets in aviation. Exomad Green recently signed an agreement with Senken for 105,000 CORCs destined for the aviation industry, marking an important step forward for the industry.”
Old-growth forests store a lot more carbon than managed forests | Lund University “Swedish old-growth forests store 83 percent more carbon than managed forests, according to a new study from Lund University. The difference is substantially larger than previous estimates and is mainly due to large carbon stocks in the soil.”
Our Coasts, Resiliency, and Carbon Removal: A California Case Study | Ocean Science Trust “This webinar exploreed how coastal resilience projects can be designed to advance both climate adaptation and marine carbon dioxide removal (mCDR). An overview presentation will capture findings from a new roadmap, “Our Coasts, Resiliency, and Carbon Dioxide Removal”, focused on opportunities to integrate abiotic mCDR into US coastal infrastructure, highlighting four case study states, including California. These case studies illustrate the carbon removal pathways and policy mechanisms that are likely to enable such work. The report further highlights justice principles, research priorities, and recommendations for government, practitioners, and funders that would move these ideas towards implementation. A panel discussion will follow the presentation to further highlight research needed to advance such projects, with a focus on coastal resilience practitioner perspectives.”
How is ‘Gigablue’ turning Ocean Carbon into Climate Solutions | The Trillion Tree Podcast “How is Gigablue turning ocean carbon into real climate solutions? In this episode of The Trillion Trees Podcast, Saad Ahmed Allahwala sits down with the cofounder of Gigablue to explore how their blue carbon technology cleans our oceans, removes CO₂, and transforms it into valuable products in the emerging blue economy. We talk about the science behind ocean-based carbon removal, the challenges of scaling durable carbon removal, and Gigablue’s vision for a decarbonized future where oceans play a central role in climate action. If you care about climate innovation, ocean health, and the next wave of climate-tech solutions, this conversation is for you.”
EMB Science Webinar - Potential impacts of marine carbon dioxide removal on ocean oxygen | European Marine Board “This edition focused on the “Potential impacts of marine carbon dioxide removal on ocean oxygen” linked to EMB Future Science Briefs No. 13 ‘Monitoring, reporting and verification for marine carbon dioxide removal’ and No. 10 ‘Ocean oxygen: the role of the ocean in the oxygen we breathe and the threat of deoxygenation’, with a presentation by Andreas Oschlies.”
CDR Buyer’s Guide Walkthrough | CDR.fyi & Nordic Carbon Removal Association | CDRfyi “In this session, we walk through the CDR.fyi Buyer’s Guide and how organizations can navigate the carbon removal purchasing journey.”
Unlocking blue carbon’s role in climate finance | Economist Impact Events “Blue carbon markets are growing, but can they generate significant contributions to global climate finance? How should nature-based solutions, such as mangroves, seagrass or salt marshes, be valued to reflect their role in climate mitigation and resilience? And as marine carbon dioxide removal (mCDR) technologies proliferate, is the science and governance ready—or are the risks to ecosystems too high?”
Building Carbon Removal Ecosystems in the Global South | Kleinman Energy “As countries strengthen climate ambition, carbon dioxide removal (CDR) is emerging as a critical — yet complex — component of long-term climate mitigation strategies. This webinar convenes regional experts and international collaborators to examine the deployment of Direct Air Carbon Capture and Storage (DACCS) and Bioenergy with Carbon Capture and Storage (BECCS) in Brazil, Kenya, and India.”
Produce your own CO₂-negative admix materials for concrete | ecoLocked GmbH “As the demand for low‑carbon building materials continues to rise - driven by regulatory pressure and the ambitious climate goals of the real estate sector - concrete producers and construction companies face the challenge of delivering truly net‑zero products. In this webinar, you will learn how to produce carbon‑negative materials directly on-site using ecoLocked’s Carbon‑to‑Concrete platform, enabling you to reduce costs and unlock new business opportunities.”
Weekly Carbon Removal Updates from 16 March - 22 March 2026 | Carbon Removal Updates BulletinDEADLINESFollow us on:Twitter | Bluesky | LinkedIn | YouTube | Substack | Podcast 1 | Podcast 2
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