 | | | | Links to recent scientific papers, web posts, upcoming events, job opportunities, podcasts, and event recordings, etc. on Carbon Dioxide Removal TechnologyCDR Methods with their respective storage duration and deployment readiness (Carbon Gap)JUMP TO SECTIONTHIS WEEK’S TOP CDR HIGHLIGHTSTop stories to look for in this week’s issue: The City of Stockholm has signed a 15-year agreement to purchase 750,000 tonnes of carbon removals from Stockholm Exergi, becoming the world’s fifth-largest carbon removal buyer. Maryland Governor Wes Moore has signed legislation requiring the state to develop regulations and standards for CDR, CCS, and carbon sequestration projects using biochar and wood vault technologies by 2028. Puro.earth has released the Audit Booking Calendar, a new tool that provides CDR suppliers with a faster track to revenue while enabling enhanced transparency for buyers. A new assessment by Carbon Gap and Sweco finds that Poland could remove up to 85 MtCO₂ annually by 2050 through carbon removal and natural sinks, exceeding projected residual emissions of 30-50 MtCO₂ per year. Carbon Direct released a buyer’s guide providing one of the first globally applicable frameworks for sourcing agricultural residues as feedstock for CDR projects. WSP Canada, together with academic and industry partners, will host a one-day short course on geochemical pathways for carbon removal in mining sector at the Goldschmidt Conference in Montréal on July 12.
Read on to unpack more updates: Carbon Removal is one of the most important climate topics of our time.If you value accessible, independent coverage of CDR research, governance, experiments, and policy developments, consider subscribing to Carbon Removal Updates.Paid subscriptions directly support keeping this resource public, independent, and growing.Donate < $10 Get 20% off a group subscription COMMERCIAL NEWS Share Carbon Removal Updates RESEARCH PAPERSAuthors: Joshua LuczakSynopsis: Taking an integrated perspective on CDR, this article synthesizes technical, scientific, moral, social, and political dimensions that are often treated separately in existing literature. It highlights that while CDR is increasingly seen as necessary for meeting climate targets, its development raises interconnected challenges spanning feasibility, governance, ethics, and societal acceptance. By combining these perspectives into a unified framework, the review aims to support more comprehensive evaluation of CDR pathways across research, policy, and potential deployment contexts.
Authors: Yue He, Keywan Riahi, Matthew J. Gidden, Shilong Piao, Tao Wang & Thomas GasserSynopsis: Re-examining how temporary CDR can be credibly integrated into climate policy, this study distinguishes between its role in offsetting CO₂ emissions versus non-CO₂ climate forcers. It argues that current equivalency assumptions between temporary and permanent CDR are physically inconsistent for CO₂, but may be valid for short-lived climate pollutants like methane. The authors propose a framework that introduces a lifetime threshold separating short- and long-lived species, enabling differentiated crediting rules based on storage duration. This approach provides a more physically grounded basis for using temporary CDR in sectors where non-CO₂ emissions are difficult to eliminate.
Authors: Derek S. Bell, Dimitar Z. Epihov, Xavier Dupla, David J. Beerling, Jonathan R. LeakeSynopsis: Testing enhanced rock weathering in a species-rich UK hay meadow, this study evaluates the impacts of basalt rock dust application on soil chemistry, plant diversity, and potential carbon dioxide removal. Field results show increased soil nutrient availability and modest pH elevation within one year, alongside measurable uptake of certain elements in plant biomass without negative effects on forage quality or biodiversity indices. The analysis estimates a modest but meaningful carbon removal potential from surface-applied basalt, suggesting that grassland ERW could contribute to CDR while maintaining ecological and agricultural function.
Authors: Nanthi Bolan, Santanu Mukherjee, Shiv Bolan, Shailja Sharma, et al.Synopsis: This review examines biochar weathering processes and their implications for carbon sequestration, soil health, and contaminant remediation. It highlights how physical, chemical, and biological degradation in field conditions can alter biochar structure, reactivity, and stability over time. The analysis shows that weathering is strongly influenced by biochar properties, soil characteristics, land management practices, and environmental conditions, with cascading effects on microbial interactions and contaminant dynamics. Overall, the study emphasizes that long-term biochar performance depends on understanding and managing weathering-driven transformations in soil systems.
Authors: Femke van Bruggen, W. Gudrun Reijnierse, Tim Groot Kormelink, Elliott Hoey & Hedwig te MolderSynopsis: Examining news coverage of CDR between 2018 and 2024, this study analyses how metaphorical language shapes public understanding and framing of climate technologies. Through critical metaphor analysis of over 250 articles from major English-language outlets, it identifies diverse metaphor sources ranging from medicine and crime to religion and household objects, reflecting competing ideological perspectives among journalists, scientists, industry actors, and civil society. The findings suggest that metaphors play a significant role in shaping perceptions of CDR, while also risking oversimplification or distortion of complex technical and policy realities.
Authors: Evan D. Groover, Flora Z. Wang, Amala John, Jianqiang Shen, Peggy G. Lemaux, David F. Savage & Krishna K. NiyogiSynopsis: Framed around emerging genetic and physiological strategies for climate mitigation, this review explores how plant-based carbon dioxide removal could be scaled through advanced crop engineering. It emphasizes the role of genome editing tools such as CRISPR, supported by computational trait prediction and improved delivery systems, to enhance photosynthesis, biomass accumulation, and long-term carbon storage in soils. The study also addresses complementary improvements in nutrient and water efficiency, alongside regulatory constraints and implementation challenges. Overall, it highlights engineered plant systems as a potentially powerful but complex pathway for global carbon management.
Authors: Stan Kannegieter & Kenneth B. MedlockSynopsis: This study evaluates how carbon policy design influences soil carbon sequestration incentives in cropland systems, focusing on Texas as a case study. Using an economic model of crop and carbon farming, it compares traditional additionality-based carbon offset schemes with a proposed carbon asset class that rewards existing soil organic carbon stocks. Results show that removing the additionality constraint and introducing annuity payments tied to carbon stocks substantially increases investment in carbon-enhancing land management practices, leading to large gains in soil carbon sequestration potential. The findings suggest that policy structure is a critical determinant of large-scale agricultural carbon removal outcomes.
Authors: Laure Resplandy, Marina Lévy, and Laurent BoppSynopsis: Providing an integrated synthesis of ocean carbon cycling, this review clarifies how carbon moves across marine reservoirs ranging from plankton and coastal ecosystems to large marine fauna and anthropogenic inputs. It challenges common misconceptions that biological processes or charismatic species dominate the ocean’s role as a carbon sink, emphasizing instead that physical and chemical mechanisms are the primary drivers of long-term oceanic CO₂ uptake. The authors also assess the limited climate mitigation potential of ecosystems such as mangroves and seagrasses, arguing that marine conservation should not be justified primarily through carbon sequestration claims. Overall, the study seeks to distinguish well-supported science from overstated narratives in ocean carbon discourse.
Authors: Kenta Watanabe, Masakazu Hori, Atsushi Kubo, Hirotada Moki & Tomohiro KuwaeSynopsis: Focusing on coastal Japan, this study quantifies dissolved organic carbon (DOC) release from marine macrophytes and assesses the long-term persistence of its recalcitrant fraction. Using empirical measurements combined with a reactivity continuum model, it finds comparable DOC release rates between seagrasses and macroalgae but different long-term stability, with seagrasses producing a higher recalcitrant fraction. The results suggest that macrophyte-derived DOC contributes meaningfully to long-term carbon storage, representing a carbon sequestration pathway on par with particulate export beyond coastal ecosystems.
Authors: Manon Berger, Lester Kwiatkowski, Laurent Bopp & David T. HoSynopsis: Using an ocean biogeochemical modeling approach, this study evaluates how nutrient constraints affect the carbon dioxide removal potential of large-scale seaweed cultivation. It highlights that iron limitation, along with nitrogen and phosphorus dynamics, substantially reduces the theoretical afforestation potential and strongly influences overall CDR efficiency. Results show that differences in nutrient affinity and demand relative to phytoplankton can shift outcomes from positive carbon removal to net carbon emissions. The study underscores that ignoring ocean nutrient feedbacks may significantly overestimate the climate mitigation potential of seaweed-based CDR strategies.
Authors: Matthew Langholtz, Charlotte Levy, John Field, Daniel L. Sanchez et al.Synopsis: Reframing biomass use in climate strategies, this study compares biofuels and biomass carbon removal and storage (BiCRS) as interconnected rather than competing pathways for climate mitigation. It argues that their relative advantages depend on evolving market conditions, with BiCRS currently offering greater flexibility and faster deployment potential due to less constrained supply chains. The analysis suggests that early BiCRS development could strengthen biomass infrastructure, thereby reducing risk and enabling future scale-up of advanced biofuel production. Overall, the study positions BiCRS as a transitional mechanism that can support both near-term carbon removal and long-term sustainable fuel systems.
Authors: Budiman Minasny, Xavier DuplaSynopsis: Revisiting mid-20th-century agronomic experiments in Mauritius, this study examines early applications of crushed basalt as a soil amendment and their relevance to modern ERW for carbon dioxide removal. The historical trials showed that silicate rock dust can improve crop productivity under certain tropical soil conditions, but also revealed persistent constraints such as high material demands, variable agronomic responses, and limited scalability. By situating these findings within contemporary ERW debates, the study argues that rock weathering approaches are highly context-dependent and require site-specific evaluation, robust measurement, and cautious interpretation when assessed as climate mitigation strategies.
Authors: Shijie Liu, Yurou Celine Xiao, Dongha Kim, et al.Synopsis: This review explores the potential of plant-based CDR through genetic and physiological optimization of crops to enhance atmospheric carbon sequestration. It highlights how advances in genome editing, particularly CRISPR-based technologies, can be used to improve photosynthetic efficiency, biomass accumulation, and long-term carbon storage in soils. The study also considers complementary traits such as water and nitrogen use efficiency, alongside regulatory and implementation challenges. Overall, it positions genome-edited plants as a promising but complex pathway toward scalable, climate-relevant carbon removal.
Authors: Victor Gurgel Pessoa, Tomás Guilherme Pereira da Silva, Simone Santos Lira Silva, Vivian LogesSynopsis: This study evaluates native ornamental grasses for their growth performance and carbon sequestration potential under extensive green roof conditions. Across a one-year experiment, biomass and carbon storage increased over time, with root systems emerging as the dominant carbon sink after establishment. While environmental constraints such as shallow substrates and water limitation reduced canopy growth at later stages, several native genotypes performed as well as or better than the exotic reference species. In particular, BRA019178 and BRA023558 demonstrated strong potential for both biomass accumulation and carbon storage, highlighting native grasses as promising candidates for green roof-based carbon mitigation.
Authors: Hussen Yimer, Gonfa Kewessa & Siraj MammoSynopsis: Field measurements from Ethiopia’s Sulula Mofa Dry Afro-Montane Forest reveal substantial carbon storage potential across biomass, soil, and litter pools, with tree vegetation contributing the dominant share. Using stratified sampling and allometric models, the study estimates very high total carbon stocks, unevenly distributed across species and landscape positions, with a small number of woody species accounting for most sequestration. The findings highlight the forest’s importance as a major carbon sink and reinforce the need for stronger conservation and carbon monitoring systems at the national scale.
Authors: Alexander R. Keeley, Andrew J. Chapman, Sunbin Yoo, Kenichi Kurita, Junya Kumagai, Dyah Ika Rinawati, Tianhui Fan & Shunsuke ManagiSynopsis: Positioned within the broader landscape of negative emission technologies, this study evaluates direct air capture and utilization (DAC-U) systems through a literature review and life cycle assessment, with a focus on residential-scale deployment in Japan. It highlights the modular and distributed nature of DAC-U, drawing parallels with technologies like photovoltaics in terms of potential household integration. The analysis shows that household-level deployment can achieve measurable CO₂ capture and reduction, while also considering user willingness to adopt such systems. Overall, the study suggests DAC-U could contribute meaningfully to decentralized carbon removal strategies in the residential sector.
Authors: Thiru Selvan & Lumgailu PanmeiSynopsis: Examining the role of agriculture in emerging carbon markets, this study explores how agroforestry and cropland management systems can contribute to carbon sequestration while generating financial incentives for farmers, particularly in developing countries like India. It identifies key barriers to participation in voluntary carbon markets, including high upfront costs, limited access for smallholders, long payback periods, and knowledge gaps in carbon accounting practices. The analysis also highlights how digital technologies such as satellite monitoring, AI-based verification, and blockchain systems are improving measurement and transparency in carbon trading. Overall, the study proposes a policy roadmap centered on simplified verification, farmer inclusion, and institutional support to unlock the sector’s mitigation potential.
Authors: Christian Rischer, Ignacio Saldivia Gonzatti, et al.Synopsis: This systematic review evaluates the role of blue carbon ecosystems—including mangroves, seagrass meadows, salt marshes, and macroalgae—in global CDR strategies. Synthesizing over 2,600 studies, it estimates that these ecosystems currently sequester substantial carbon while offering additional mitigation potential through conservation and restoration, though with wide uncertainty in future scalability. The study highlights major gaps in policy integration, carbon accounting, and cost evaluation, emphasizing the need for frameworks that link blue carbon deployment with financial incentives and co-benefits for local communities.
Authors: Ting Hua, Yang Yu, Mayank Krishna, Han Wang, Hui Wu, Zhiqiang Zhang & Manuel Delgado-BaquerizoSynopsis: This study assesses the climate mitigation and energy potential of large-scale bioenergy crop deployment on marginal croplands in China using spatially explicit modelling. It finds that 36 million hectares could generate substantial biofuel supply while delivering significant net CO₂ removal, contributing meaningfully to emissions reductions and transport energy demand. However, overlaps with biodiversity-priority areas create major land-use constraints, and results highlight that crop selection and carbon capture strategies are more critical than irrigation alone for optimizing outcomes.
Authors: Di Tong, Youjing Wang, Xinwei Song, Haodan Yu, Yujie Zhou, et al.Synopsis: Investigating the role of soil viruses in anaerobic oxidation of methane (AOM), this study reveals that viral activity significantly influences the fate of methane-derived carbon in soils. Using isotope labelling and metagenomic analysis, it shows that viruses can either enhance or suppress soil organic carbon formation depending on their mode of action, with induced viruses promoting microbial survival and free viruses enhancing carbon stabilization through lysis-driven pathways. The results demonstrate that viral dynamics are a key but previously underappreciated regulator of carbon sequestration processes linked to methane oxidation.
Amount of temporary CDR ( α) required to offset a unit pulse emission of different species across various storage timescales ( τ) and time horizons (Source)WEB POSTSShare REPORTSPoland’s CDR potential in the Low ambition and High ambition scenarios in 2030 and 2050 (Source)UPCOMING EVENTSJune 2026July 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“A Healthier Earth is a climate-tech catalyst delivering profitable, planet-positive projects at speed and scale. We bring together multidiscipline, tech-agnostic teams of engineers, researchers and practitioners to develop, deliver and operate solutions that help restore the world we live in, while contributing to the 1.5°C goal of the Paris Climate Agreement.”
“Skytree enables a transition to a world with cleaner Air for everyone. We do this by developing and deploying smart technology that captures atmospheric carbon dioxide, enabling its use or storage to combat climate change and aid society and businesses around the world.”
“Climeworks is a leading high-quality carbon removal provider, combining decades of expertise in Direct Air Capture technology with a holistic approach to carbon removal solutions.”
“Sponge is an early-stage climate technology company. Sponge has a simple direct air capture (DAC) process that removes carbon dioxide from the atmosphere at a fraction of the energy and cost required by others.”
“OCO Technology specialises in carbon capture, sustainable construction products and waste treatment.”
“Mati Carbon is an award-winning durable carbon removal enterprise with a mission to empower 100 million smallholder farmers by 2040.”
“Climeworks is a leading high-quality carbon removal provider, combining decades of expertise in Direct Air Capture (DAC) technology with a holistic approach to carbon removal solutions.”
“Charm Industrial’s mission is to return the atmosphere to 280 ppm CO₂. We convert excess inedible biomass into carbon-rich bio-oil and inject it into underground storage for permanent carbon removal.”
“Planetary Technologies’ vision is to protect and restore the ocean and climate for generations to come.”
“CarbonCure’s technologies inject captured CO₂ into concrete to reduce its carbon footprint without compromising performance.”
Looking for your dream job in CDR? There are 552 jobs available *right now*: check them all out at: CDRjobs Board PODCASTS“Marta Sjögren, Founder and CEO of Paebbl, joins Alex Cameron, Founder of Decarb Connect, to talk about one of the hardest problems in deep tech: getting a whole industry to move together.Cement and concrete touch nearly every built asset on the planet, yet the value chain is fragmented, margin-sensitive, and deeply risk-averse. Marta breaks down how Paebbl is navigating that from the inside, with investors across the stack and a carbon-neutral bridge in the Netherlands already in the ground.This conversation goes deep on what “value chain activation” actually looks like in practice, where adoption breaks down, how to map incentives across buyers with completely different risk profiles, and what it takes to get a first-of-a-kind project from interest to commitment. If you are building in hard materials, construction, or industrial decarbonisation, this one is worth your time.”
“After the gut punch of a failed grant bid, Tom finds himself in unfamiliar terrain: less scrappy startup chaos, more slow-moving institutions, and lenders who think his project is somehow both too risky and too small. But out on the farm, things are moving. Trials are showing results. Biochar is selling. Credits are retiring. So, can Tom finally stitch together the money, machinery and momentum to get Restord 2.0 off the ground? And will Winnie the dog be impressed by any of it?”
“In this episode of Plan Sea, hosts Anna Madlener and Carbon to Sea’s Senior Manager for Communications Danny Gawlowski record from Carbon to Sea’s 2026 Annual Convening in Halifax, Nova Scotia, Canada. They sit down with Fawn Sharp, and Francesca Hillery, and Ken Paul for a conversation on Indigenous knowledge systems, ocean climate solutions, and the future of ocean alkalinity enhancement (OAE).”
“One of the world’s leading scientists on natural climate solutions joins us on This Week in Carbon. In this episode, Rene Velasquez sits down with Dr. Susan Cook-Patton from The Nature Conservancy. Susan has spent the last decade leading research on reforestation, agroforestry, and unlocking the climate potential of nature-based solutions.This is a rich, science-driven conversation about how we can scale high-integrity natural climate solutions faster and smarter.We explore:• Why natural climate solutions must be part of a broader portfolio — not in competition with engineered removals• The important shift from “permanence” to “durability”• Rethinking buffer pools, insurance, permanence trusts, and innovative risk management tools• The false nature vs technology binary• How to manage reversal risks using data-driven approaches• The urgent danger of inaction and missed opportunities in this critical decadeSusan shares practical insights on how we can reduce uncertainty, build better portfolios, and use nature now while buying time for technological solutions to scale.A thoughtful, optimistic, and deeply informed discussion on the role of forests, nature, and science in the future of carbon markets and climate action.”
“What happens when you ask a startup founder how a decision made them feel and their eyes start to water? What happens when you realize the person who drove you the craziest at your company was right about all the things you dismissed as too woo? What happens when you look at the wreckage of a seven-year startup and realize the business model failed but the mission didn’t?Today I’m talking with Alexsandra Guerra, “Alé”, one of my former cofounders at Nori. Her voice used to be the intro to this very podcast. She’s now a coach for purpose-driven founders through her business Calming Chaos, and we’re doing something I’ve wanted to do for a while: an honest, no-bs conversation about what went wrong between us, what we’ve learned since, and why the emotional stuff that I used to dismiss is actually what’s holding back so much innovation in climate and beyond.Alé shared her story in a way I wasn’t expecting. The perfectionism, the imposter syndrome, the hero complex that made her volunteer for work she couldn’t sustain, the sensitivity to feedback that followed, the burnout that was inevitable. She traced all of it back to childhood—a father who didn’t show up, a mother who told her to stop crying, and a lifetime of performing for love that was supposed to just be there. And then she connected it to how she showed up at Nori, and I have to admit: it explained a lot of things I didn’t understand at the time.I did my version too. The compulsive reading that everyone compliments but that’s actually a way of never having a quiet moment. The diminishing returns of knowledge versus the increasing returns of wisdom. The times I should have listened to my gut and didn’t because I couldn’t articulate it analytically.We got into patriarchy, the spiritual emptiness of power-seeking, why my most common piece of advice to founders is to go to therapy, and why Alé believes entrepreneurship is fundamentally a spiritual process. I didn’t want that to be true when we were running Nori together. I’m pretty sure she was right the whole time. It just took me awhile to open up to it.”
Share Carbon Removal Updates YOUTUBE VIDEOSCRCF Days - day 1 - 20/05/2026 | EUClimateAction CRCF Days - day 2 - 21/05/2026 | EUClimateAction From an emissions source to a carbon storage solution | ecoLocked GmbH “The construction market is entering a period of rapid change, driven by regulation signals for embodied carbon reduction and stricter procurement requirements. Companies that fail to integrate embodied carbon reduction into their value chains risk falling behind, as low-carbon solutions are increasingly becoming a prerequisite rather than a differentiator.At the same time, reaching climate targets will not be possible through emission reductions alone. Carbon removal must scale rapidly in parallel, with estimates pointing to the need to remove around 10 gigatonnes of CO₂ every year by mid-century. While carbon removal technologies are advancing, storage remains a critical bottleneck. Transporting CO₂ over long distances is both costly and emission-intensive, and geological storage is not universally accessible, nor sufficient on its own to meet global demand.The building industry needs to reduce its footprint, and the carbon dioxide removal (CDR) industry needs scalable storage solutions.This is where construction materials, particularly parts of the concrete mixes, offer a promising alternative by embedding captured CO₂ and transforming it into long-term carbon sinks. This approach not only ensures durable, measurable, and traceable storage, but also delivers practical co-benefits, from reducing cement content to improving material performance.In this panel discussion, you will learn about three groundbreaking solutions that have already demonstrated the ability to store CO₂ in concrete, and explore how carbon storage can deliver functional benefits to the construction industry while addressing both current and historical emissions.”
Scrubbing the Skies: The CORE Framework for Carbon Removal | Institute for Responsible Carbon Removal “As the carbon removal field continues to grow, so does the imperative to design safe, beneficial projects and programs that serve our communities, ecosystems, and climate. This need led us to create the Community-Informed, Open Access, Reviewed, and Evaluated (CORE) Framework — a living reference that addresses longstanding barriers to scaling just, equitable, and highly accountable carbon removal. CORE was created to help guide decisions while the CDR field is still emerging, before theory becomes deployment, to ensure those most impacted have a meaningful role in shaping the outcomes. Rather than treating justice, equity, and climate integrity as separate conversations, the CORE framework integrates them. Each principle and practice is designed to respond directly to risks like governance failures, capacity gaps, misaligned incentives, climate accounting weaknesses, and environmental or health burdens.”
Launch of Poland’s Carbon Removal Readiness Assessment | Carbon Gap “Phase 2 of our Carbon Removal Readiness Assessments closed with our report on Poland. With Sweco, we examine the findings, and the two scenarios ahead for Poland as it looks toward 2050.”
Navigating the European Union Carbon Removal Frameworks | ESG Decoded Podcast “In this episode, Erika Schiller talks with Wolfgang Brückner, Managing Director of First Climate, a company headquartered in Germany and Switzerland, dedicated to helping European businesses achieve their climate targets and meet compliance obligations.”
From Research to Reality: Scaling Agricultural Enhanced Weathering | InPlanet - Measurable. Scalable. Certified Credits “How does Enhanced Weathering move from scientific theory to verified, scalable carbon removal credits?Recorded during London Climate Action Week 2025, this session hosted by InPlanet explores the real-world deployment of agricultural Enhanced Weathering (EW) and the critical role of rigorous measurement, reporting, and verification (MRV) in building credible carbon markets.The discussion highlights how Enhanced Weathering is evolving from research into high-integrity carbon removal projects, and what is needed to scale the pathway globally with scientific rigor and market confidence.”
EU CRCF Explained: Carbon Removal Certification, Buyers Club, and ETS | Senken “This video explains the EU CRCF (Carbon Removal and Carbon Farming Certification Framework), what the EU Buyers Club means for carbon removal buyers, and why the EU ETS proposals coming this summer could transform compliance markets for CDR in Europe.”
Turning Organic Waste into Permanent Carbon Removal | Sustainability Leaders “What if the organic waste we send to landfills could instead become a scalable climate solution? In this episode of Sustainability Leaders, Alma Cortés Selva, Senior Advisor at the BMO Climate Institute, speaks with Jerry Kristian, co‑founder of NuLife GreenTech, about how industrial waste—from food processing residues to sewage sludge—can be transformed into permanent carbon removal and low‑carbon fuels.”
Climate Action Now: Dr. Christian R. Komor on Direct Air Carbon Removal and Government Leadership | Amb. Elisha “Amb. Elisha hosts Dr. Christian R. Komor, climate scientist and gubernatorial candidate in Colorado, who shares urgent insights on tackling climate change through innovative direct air carbon removal technology.”
Can Buildings Store Carbon? How Architects Are Using Biochar to Fight Climate Change | Activating Curiosity | Connective Consulting Group “In this Activating Curiosity™ conversation, Ryan Ware sits down with Allison Dring, CEO and Co-Founder of Made of Air, to explore how biochar and carbon-negative materials are redefining what’s possible in the built environment.”
The GigaTen Episode #18 May 2026 | Tree+ “In The GigaTen Episode 18, Sebastian and Leila cover the surprising survival of the US DAC hubs, the timeline for the success of CDR and many other pressing topics in the CDR Space.”
CDR Contracting: The OSCAR Standard Every Buyer Needs to Know | Senken “This video explains why the CDR market lacks standardised contracts, what the OSCAR open standard covers to address delivery, reputational, and bankability risk in carbon removal transactions, and how buyers can use it for CDR offtakes today.”
Our report shows why carbon dioxide removal buyers clubs matter | Tito - AirMiners Weekly Carbon Removal Updates from 25 May - 31 May 2026 | Carbon Removal Updates BulletinDEADLINESFollow us on:Twitter | Bluesky | LinkedIn | YouTube | Substack | Podcast 1 | Podcast 2
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