As Europe accelerates its net‑zero plans, attention is shifting from headline targets to the infrastructure required to deliver them. One of the most important – and least understood – components is CO₂ transport: the pipelines, shipping routes, compression hubs and governance systems that move captured carbon dioxide from emitters to storage sites.
The European Commission’s 2026 Work Programme explicitly highlights an initiative on “development of the CO₂ transportation infrastructure and markets”, scheduled for the third quarter of 2026. While details are still emerging, the inclusion of CO₂ transport alongside major acts such as the Circular Economy Act and ETS updates signals that the EU views transport networks as strategic climate infrastructure.
Several challenges motivate this focus. First, carbon capture projects in heavy industry and power require access to reliable, scalable and cost‑effective transport routes to permanent storage sites – often located offshore or in different member states. Without coordinated planning, projects risk becoming stranded, or relying on bespoke, expensive pipelines and shipping solutions.
Second, there is a need for clear market design around CO₂ transport services. Questions include who owns and operates transport infrastructure, how capacity is allocated and priced, how cross‑border flows are governed, and how liability for leaks or operational issues is managed. These choices will determine whether CO₂ transport markets support efficient, competitive access or become bottlenecks for decarbonisation.
Third, the initiative must align with parallel developments in the EU ETS reforms integrating carbon removals, national CCUS strategies, and broader climate policy revisions. As captured CO₂ moves into permanent storage and potentially interacts with ETS accounting, transport and storage rules need to be integrated with monitoring, reporting and verification frameworks.
For industrial emitters, project developers and investors, the Commission’s work on CO₂ transport has several implications.
Project siting and clustering. Facilities considering CCS or industrial carbon removal will need to assess proximity to planned transport corridors and storage hubs, and may benefit from clustering near shared infrastructure.
Regulatory risk and opportunity. As transport markets are defined, early movers may secure advantageous capacity or contract structures, while also bearing more regulatory uncertainty.
New asset class emergence. CO₂ pipelines, hubs and shipping fleets are likely to be treated increasingly as regulated infrastructure, with associated financing models, risk profiles and regulatory oversight.
For policy and compliance teams, tracking the Q3 2026 initiative will be important. Public consultations and technical papers are likely to set out options on ownership models, access rules, tariff structures and cross‑border governance, giving stakeholders an opportunity to shape the design.
From BSustainable’s perspective, the key message is that CO₂ transport is moving from the margins to the centre of European climate policy. As CCS and durable removals scale, companies will not only need credible capture technology and storage options, but also robust, regulated transport pathways that fit into ETS accounting and broader climate governance. Understanding how those pathways are being designed – and where your assets sit along them – is becoming a core part of sustainability compliance intelligence.