The pattern of the day: carbon removal is consolidating faster than it is growing. Frontier Climate just committed $915 million to a single pathway, its largest concentration of capital yet. On the same day, Air Products walked away from a $4.5 billion Louisiana capture hub, and new data showed the entire pure-play CDR industry employs fewer people than a mid-size hospital. The money is getting more decisive while the field underneath it stays small and fragile. That tension runs through every story we covered today. ...

Take on a podcast episode from The Land & Climate Podcast, originally published Fri, 26 Ju. Listen: https://www.landclimate.org/podcast/ TL;DR David Ho (Hawaiʻi, IPCC lead author) argues marine CDR isn’t ready — most techniques carry too many known unknowns to deploy. Fair and specific. Enthusiasm has cooled since ~2023 across CDR broadly, not just ocean. Matches what practitioners are seeing. Ocean iron fertilization: nutrient robbing effect only visible at scales we’ll never test. Models flag it, deployers dismiss it. Useful framing of the epistemic trap. Direct ocean removal is being added to IPCC methodology as a “political decision” despite research gaps. First time I’ve seen it stated this bluntly by a lead author. Governance gap: equilibration happens outside the deploying country’s EEZ — nobody’s worked out who claims the credit. Underrated issue. Bertie Harson-Bredinsky hosts David Ho of the University of Hawaiʻi at Mānoa, fresh off the 4th International Conference on Carbon Dioxide Removal in Milan and now a lead author on the IPCC methodology report covering CDR and CCUS. The conversation is a sober tour of marine CDR — iron fertilization, ocean alkalinity enhancement, direct ocean removal, and blue carbon — from someone who’s moved from cautiously curious to openly skeptical. Listen here: landclimate.org/podcast. ...

Take on a podcast episode from The CDR Policy Scoop, originally published Tue, 30 Ju. Listen: https://shows.acast.com/the-cdr-policy-scoop/episodes/iso-sbti-and-the-lcaw-verdict-on-corporate-net-zero-with-kay TL;DR ISO Net Zero draft + SBTi v2 launched same day at London Climate Action Week 2026; Axelsson worked on both, argues they’re complementary not competing. Big CDR concern: SBTi doesn’t require removals purchases before 2035 — Axelsson calls this a cost-based decision, not a science-based one. ISO does require 5-year removals milestones, which is stricter on near-term CDR procurement than SBTi. Useful distinction that hasn’t been widely surfaced. Alleged SBTi communication flaw: merged short + long-term standards may let companies claim “net zero aligned” with only a short-term target. Worth watching. Next fight: governance of commodity certificates (green steel, SAF, cement) — mass-balance and additionality risks echoing prior voluntary market failures. Sebastian Manhart and Eve Tamme host Kaya Axelsson of Oxford Net Zero one week after the simultaneous 22 June launch of the ISO Net Zero draft standard and SBTi Corporate Net Zero Standard v2. Axelsson worked inside both processes for three years, and the episode is essentially her post-mortem: what converged, what didn’t, and where the corporate demand signal for durable removals actually lands. ...

Near the end of the first-ever Carbon Drawdown Initiative (CDI) Symposium, the man who paid for the whole thing stood up to thank everyone and said something you almost never hear from a project’s funder: “It’s now five years ago since we literally spread the first ton of rock on the field… and I still cannot tell if we’ve done CDR since then. That drives me nuts. And it’s just one field.” ...

This chart plots every pure-play CDR company in the Directory as a single dot. The horizontal axis is the company’s founding year (estimated from its primary domain registration), the vertical axis is its current headcount on a log scale, and the colour codes the company’s pathway. The shaded blue background traces overall company density — darker patches mark where the crowd of pure-plays sits. The value here is shape, not ranking. A bar chart would tell you how many companies exist in each pathway; this view tells you the entire industry’s growth contour at one glance — when did the wave of small startups hit, where are the rare big older operators, what cluster sits on the floor of “still under five people”. Outlier dots near the top of the chart are the names everyone already knows; the dense low band is where most of the industry actually lives. ...

Captain Drawdown’s daily logbook on every CDR story, paper, and expert voice — so you don’t have to read them all. The demand-side pessimists are fighting the last war on carbon removal The consensus. Ask a well-informed climate person why CDR isn’t scaling and you’ll get some version of what Dan Miller (@danmiller999 on Bluesky) posted this week: “CDR does exist but isn’t scaling because no one wants to pay for it. ‘We’ll make future generations pay for it.’ is our attitude so we can party harder now.” David Ho (@davidho on Bluesky) sharpens the same knife when he calls CDR “nonexistent.” This is not a fringe view. It is the dominant frame in academic climate circles heading into 2026: buyers won’t pay, tonnes don’t arrive, the whole edifice is vibes. ...

Carbon Herald just published Air Products Pulls Plug On Landmark $4.5B Louisiana CCS Hub. According to Carbon Herald, industrial gas company Air Products has formally scrapped its planned $4.5 billion Louisiana Clean Energy Complex, which was designed to be a landmark blue hydrogen and carbon capture and storage project in the state. The facility was intended to produce low-carbon hydrogen while capturing and sequestering associated CO2 emissions underground. The cancellation removes one of the largest announced CCS-linked industrial projects in the United States from the near-term pipeline. Carbon Herald frames the decision as a significant setback for the broader CCS buildout narrative in the Gulf region. ...

Heatmap News just published Carbon Removal Buyers Are Pumped About Industrial Waste. Heatmap News reports that Frontier, the Stripe-led buyer coalition, has released its latest $915 million carbon removal commitment and highlighted five pathways it sees as most promising. Topping the list is surficial mineralization, which uses calcium- and magnesium-rich tailings and slag piles from mining and steelmaking to react with atmospheric CO2 and form stable carbonates. Frontier estimates the approach could eventually remove more than 10 gigatons per year at $80 to $120 per ton, with existing waste piles alone capable of absorbing 1 to 4 gigatons before dedicated mining would be needed. The other four pathways named are ocean alkalinity enhancement, biomass carbon removal and storage, enhanced rock weathering, and direct air capture. ...

Mineralization is the family of carbon dioxide removal (CDR) approaches that convert CO₂ into solid carbonate minerals — the same calcium and magnesium carbonates that make up limestone and dolomite. Once CO₂ is bonded into a carbonate lattice, it is thermodynamically stable on geological timescales, which is why mineralization sits at the durable end of the CDR spectrum alongside geologic injection. The pathway matters because it offers storage that does not depend on monitored plumes, biological uptake, or intact ecosystems — and because the reactive feedstocks (basalt, peridotite, olivine, steel slag, cement kiln dust, mine tailings, alkaline ash) are already abundant, often as waste streams. ...

Carbon Herald just published Deep Sky Delivers The First Certified North American DAC Credits. Carbon Herald reports that Canadian carbon removal developer Deep Sky has delivered the first certified DAC credits originating in North America. The credits come from its Deep Sky Labs facility in Innisfail, Alberta, which serves as a testing and demonstration site for multiple DAC technologies. According to the outlet, the milestone marks an early step in moving DAC from pilot demonstrations toward verified, sellable removal tons on the continent. The piece also notes the role of third-party certification in giving buyers confidence that captured CO2 has been measured and durably stored. ...