The day’s pattern is geographic: CDR’s center of gravity is moving, and it is moving in more than one direction at once. Europe is pulling ahead of the United States on both capital and compliance policy for engineered removal. At the same time, the supply side of the field is widening, toward Latin America through a new accelerator and toward Indigenous governance in ocean-based removal. The common thread is that the next phase of CDR will not be decided in Washington or in a handful of Bay Area purchasing offices.

Europe’s capital stack is doing the quiet work

Captain’s daily CDR Log #211 tracks a shift that has been building for months: European money is flowing into engineered storage faster and more deliberately than American money. This is not just grant funding. It is a layered mix of public co-investment, infrastructure finance, and early compliance signals that lowers the cost of capital for storage projects. Capital expenditure, the upfront money to build a plant or a storage site, is the binding constraint for most engineered CDR right now, and Europe is the region actively de-risking it.

The contrast with the US is less about ambition and more about structure. American CDR demand still leans heavily on voluntary buyers, which makes revenue harder to bank against. European projects can increasingly point to a policy pathway, and lenders price that difference.

The EU ETS proposal is the reason the pathway exists

The Scoop’s debrief on the EU Emissions Trading System proposal covers the mechanism behind that pathway. The Emissions Trading System is the EU’s carbon market: emitters must hold allowances for every tonne they emit. The proposal on the table would let certain permanent removals count within that system, which would create the first large compliance-grade demand signal for engineered CDR anywhere in the world.

The debrief flags the open questions that matter. Which removal methods qualify, and at what permanence threshold. How measurement, reporting, and verification, the process of proving a tonne was actually removed and stays removed, gets standardized across methods. And the biggest one: how to integrate removals without weakening the incentive to cut emissions at the source.

That last point deserves plain language. Removals inside a compliance market are only defensible if they are reserved for residual emissions, the hard-to-abate remainder after everything cuttable has been cut. If ETS integration lets emitters substitute future removal for present reduction, the design has failed. The moral-hazard critique is real, and the debrief treats it as a design problem to solve, not a talking point to wave away.

The supply side is going global: Latin America

Episode 410 covers remove’s new Latin American CDR accelerator, with Hans Westerhof and Marian Krüger. remove has run accelerator cohorts in Europe; extending the model to Latin America is a bet that the region’s advantages, abundant renewable energy, biomass availability, and geology suited to storage and to enhanced rock weathering (spreading crushed silicate rock on land so it reacts with CO2), can support a domestic supplier base rather than just feedstock exports.

The accelerator model matters here because early-stage Latin American CDR startups face a double gap: distance from the buyers who fund pilots, and distance from the verification bodies that make their tonnes sellable. A structured program that closes both gaps at once is the right intervention at this stage.

Ocean CDR needs governance before it needs gigatonnes

The third conversation, with Fawn Sharp, Francesca Hillery, and Ken Paul, addresses the role of Indigenous knowledge in ocean climate solutions. Ocean-based removal, including approaches like ocean alkalinity enhancement (adding alkaline material to seawater so it absorbs more CO2), will operate in waters that Indigenous nations have governed, fished, and studied for generations.

The practical point from the discussion: consent and co-governance are not add-ons after the science is settled. Indigenous communities hold long-baseline ecological knowledge of the coastal systems where these projects would run, and treaty rights that give them legal standing. Projects that engage early get better site knowledge and durable social license. Projects that do not will stall, and should.

What’s next

Watch the ETS proposal’s qualification criteria. The permanence threshold and the method list will determine which engineered pathways get compliance demand first, and that decision will pull capital allocation across the Atlantic for years.

And watch remove’s first Latin American cohort announcement. The company mix, ERW versus biomass versus storage, will be an early read on where the region’s comparative advantage actually lies, as opposed to where the pitch decks say it does.

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