The Bundestag approved legislation that marks a pivotal moment in Germany’s climate policy: the Kohlendioxid‑Speicherungs‑ und Transport‑Gesetz (KSpTG) transforms the legal basis for carbon dioxide (CO₂) capture, transport and storage, signalling that Germany is finally moving from regulatory limbo toward operational deployment of large-scale CCS (carbon capture & storage) and CCU (carbon capture & utilisation) infrastructure.
Under the new law, CO₂ pipelines and storage sites are declared to be in the “overriding public interest,” an important designation that fast-tracks planning and approvals. The legislation allows for offshore geological storage in Germany’s exclusive economic zone (EEZ), while onshore storage remains subject to a “opt-in” by the federal states (Länder). Importantly, CO₂ capture and storage from coal-fired power plants is explicitly excluded, although gas‐fired plants may participate
What This Means for Industrial Decarbonisation
Germany has long been held back in its ambitious “climate neutrality by 2045” pathway by the absence of a clear legal framework for commercial-scale CCS and CCU. Until now, the 2012 Kohlendioxid‑Speicherungsgesetz (KSpG) restricted CO₂ storage to research purposes only, leaving industrial emitters, especially in hard-to-abate sectors such as cement, lime, chemicals and waste incineration, without a viable domestic option.
With the KSpTG now in place, these industries can begin to plan for transport- and storage-enabled decarbonisation. CO₂ capture technologies, while still costly, now have a pathway to connect to infrastructure, and the regulatory risk is greatly reduced. The law also signals to investors and infrastructure developers that Germany is serious about creating CO₂ pipeline networks and storage clusters. A trade-and-industry investment guide estimates that EUR 30-50 billion could be invested in CO₂ pipelines and capture technology in Germany over the coming decade.
Key Concepts Explained
CO₂ transport and storage infrastructure
The term refers to the full value chain from capturing CO₂ at a point source (e.g., a cement plant) through transporting it (typically via pipelines) to geological storage (either offshore beneath the seabed, or where permitted onshore). The KSpTG explicitly recognises both transport and storage.
Hard-to-abate sectors
These are industrial sectors where CO₂ emissions come not primarily from fuel combustion but from chemical or process reactions (e.g., calcination in cement or lime production). These emissions cannot easily be eliminated by switching to renewables and hence require capture, storage or utilisation technologies. The German government identifies these sectors as core candidates for the new legislation.
Overriding public interest
This legal designation means that CO₂ pipelines and storage facilities are treated similarly to essential national-infrastructure projects. It enables faster permitting, reduced legal hurdles, and prioritised administrative processing. The KSpTG applies this designation to the CO₂ infrastructure value chain.
Take-Away Insights
The passage of the KSpTG sends a clear signal: Germany’s hard-to-abate industrial sectors now have a statutory pathway to decarbonise via CO₂ capture, transport and storage.
The framework still limits onshore storage unless individual federal states opt in; for now offshore storage remains the default. This means that geography, state regulation and local acceptance will shape rollout speed.
Legal clarity is only the first step: infrastructure (pipelines, hubs, storage reservoirs), market incentives (for capture and utilisation), and demand for low-carbon materials must all fall into place for deployment to happen at scale.
The exclusion of coal-fired power plants from CCS marks a compromise: the law aligns with Germany’s coal phase-out policy, but allows gas-fired plants to apply under certain conditions, this may become a point of debate.
For the carbon markets, ETS compliance regime and trade frameworks (including those related to EU ETS and the Carbon Border Adjustment Mechanism (CBAM)), the KSpTG opens up new possibilities for mitigating industrial emissions domestically and avoiding import risk of high-CO₂ products.
The enactment of the KSpTG is an essential milestone for Germany’s industrial decarbonisation agenda. It establishes the much-needed legal foundation for CO₂ transport and storage infrastructure, thereby unlocking potential for industrial sectors that cannot simply switch to renewable electricity. Yet passing the law is only the beginning. The next phase will require coordinated investment, rapid build-out of infrastructure, market design that supports CO₂ capture and utilisation, and alignment between federal and state governments. In short, this law lays the tracks, the real race is now upon Germany’s industry, policymakers and investors to move swiftly and effectively into implementation.
If you like, I can prepare a detailed timeline and risk assessment of major German CCUS project pipelines (site-selection, states opting in, potential bottlenecks) that will be relevant for your work on carbon markets and ETS/CBAM compliance.
