CCS retrofit momentum, federal removals demand, and Denmark’s permitting lead

Thailand’s Cement Pilot Signals the Next CCS Retrofit Playbook

Thailand’s cement pilot with the University of Regina’s Mobile Carbon Capture Unit, launched through TCMA in Saraburi, landed alongside larger commitments that point to the same market shift: Essar set aside £360 million of its £4.3 billion Stanlow decarbonization plan to capture 0.81–1.0 million tonnes a year from the refinery’s RFCC/FCC unit, Uniper chose SLB Capturi for a UK CCS project, and Rohrdorfer moved cement capture from a 2 t/day pilot path toward 1,500 t/day at Rohrdorf. Veolia’s amine-free pilot at a UK waste plant and Bangchak/Mitico’s solid-sorbent demonstration reinforce that buyers are screening for fit-for-process capture packages, not generic CCS.

The commercial implication is clear: capture is now being procured as a retrofit package at the asset level, building on the infrastructure-first shift seen last week. Buyers want systems that are modular enough to test on site, specific enough to retrofit hard-to-abate units, and standardized enough to scale from pilot to repeat deployment. Thailand matters because it is generating operating data inside real cement plants, not feasibility decks; Rohrdorfer matters because it shows how pilot data can translate into larger infrastructure. For vendors and investors, value is moving toward retrofitability, delivery credibility, and repeatable industrial orders.

U.S. Procurement Bill Extends the Removals Playbook

The reintroduced Carbon Dioxide Leadership Act would give DOE 15-year procurement authority for removals, with volumes rising from 50,000 tons in 2024-2025 to 10 million tons starting in 2035, while preserving access to other federal support. That pushes the market one step beyond the EU’s compliance-backed storage buildout: the question is now how long-dated demand gets contracted and verified. GAO’s warning that 45Q data are too weak to judge effectiveness underscores the next bottleneck, which is not just subsidy access but defensible performance data. For operators and investors, the edge is shifting to developers that can stack incentives, secure long-dated offtake, and prove outcomes; for vendors, MRV, utilization accounting, and contract-ready integration are becoming core infrastructure.

Greensand Future Pushes Denmark to the Front of the CCS Permitting Race

Greensand Future moved closer to becoming the EU’s first offshore CCS site by advancing a full approval-and-infrastructure chain: CO₂ will be shipped from Antwerp as liquid, then injected into a depleted North Sea oil field about 3 km beneath the seabed under Denmark’s CCS permitting regime, aligned with the EU CCS Directive. It is already ahead of other European storage schemes because it has reached operation, while the UK’s Drax Selby project has only secured a variation to its Environment Agency permit for the capture source.

Selby still needs a separate Development Consent Order for the station extension, and transport and storage approvals remain separate. That makes the competitive gap less about capture technology than about sequencing. Denmark shows that when offshore storage, cross-border logistics, and permitting are assembled as one bankable chain, projects can move faster than in markets where capture is approved before the rest of the system.

The Net-Zero Industry Act, in force since 29 June 2024, strengthens the storage backdrop, but value is accruing to jurisdictions and developers that can lock storage access and transport into a permit-ready pathway. For operators, that extends the progression from bankable hubs and reuse-first infrastructure to phased design around secured storage and logistics; for vendors and investors, it keeps shipping, compression, monitoring, and offshore storage tied to mature permitting regimes at the front of the queue.