Carbon Transport Infrastructure Emerges as Major Capital Sink

The carbon capture and utilization ecosystem faces significant capital requirements to scale operations, with transport infrastructure representing a material portion of total deployment costs. According to Wood Mackenzie analysis, the cumulative investment needed to build out CO2 transport networks through 2060 will reach substantial proportions, underscoring the infrastructure gap that currently constrains market development.

This projection reflects broader market realities: point-source carbon capture facilities and storage sites are geographically dispersed, necessitating extensive pipeline networks and logistics systems to connect supply and demand. Without adequate transport infrastructure, even commercially viable capture and storage projects face economic barriers. The scale of required investment highlights why public-private partnerships and regulatory frameworks supporting infrastructure development have become central to carbon market strategy discussions among policymakers and investors.

The long time horizon through 2060 suggests Wood Mackenzie views transport infrastructure as requiring steady capital deployment rather than sudden acceleration. This reflects the gradual build-out pattern typical of energy infrastructure development, where projects progress incrementally based on regional capture capacity additions and storage site development. Market participants watching infrastructure investment trends will likely view capital deployment trajectories as a key indicator of overall carbon market maturation and the credibility of climate commitments driving end-user demand for removal and storage services.