Flexible access to offshore carbon storage
A ship based pathway designed to collect captured CO₂ at source from dispersed industrial emitters and transport it directly to permanent offshore geological storage.
01 Beyond pipeline reach
02 Build volume incrementally
03 Terminal functions onboard
04 Direct offshore injection
The access gap
Many industrial sites sit outside the first CO₂ pipeline clusters. storeCO2 is developing a flexible marine route intended to connect suitable emitters with qualified offshore storage sites.
One integrated service brings together conditioning, marine transport and offshore injection, reducing interfaces for the emitter while preserving optionality across ports and stores.
Beyond the pipeline
Pipeline-led networks often need significant committed volume before they can proceed. The LTIV® solution is designed to create another route: aggregate CO₂ from multiple emitters, begin with the volumes available and add capacity as more projects become ready.
Integrate terminal functions with the vessel. The storeCO2 LTIV® is designed to bring aggregation, refrigeration, buffer storage, transport and offshore injection together onboard one modular, flexible and mobile asset. The aim is to simplify the logistics chain and reduce the scope of onshore CO₂ handling facilities.
Replace a large fixed onshore aggregation, conditioning and buffer storage terminal with vessel based processing and storage, leaving each emitter with only the project specific capture and transfer interface it requires.
Designed to load liquid CO₂ from tank containers and rail cars, while also accepting gaseous CO₂ for onboard conditioning and refrigeration.
Supports intermittent batch collection or continuous CO₂ transfer and disposal, matched to the emitter, port and storage system.
Combine supply from several emitters and grow throughput in phases, helping credible early projects progress without waiting for every future volume to be committed.
One connected service
One accountable pathway across the interfaces that otherwise slow projects down.
Receive captured CO₂ through the transfer arrangement suited to each emitter.
Aggregate and transport CO₂ by a purpose configured ship.
Condition and deliver CO₂ into an approved offshore storage well.
Permanent geological storage under the operator’s monitoring regime.
The LTIV® solution
The LTIV® solution combines established marine and process systems within a protected ship architecture.
Patent family includes granted US patents and a pending UK application. Project performance remains subject to engineering, class, permitting and storage site qualification.
Where storeCO2 can add value
A flexible route for emitters beyond practical pipeline reach, using gaseous or liquid CO₂ transfer options matched to the site and available logistics.
A marine route that can support staged volumes and evolve as capture and storage capacity develops.
Potential routing optionality, subject to compatible specifications, commercial access and regulatory approvals.
From concept to service
Credible carbon storage begins with the right emitter, port and store, not with the ship alone.
The commercial purpose
“The opportunity is not simply to move CO₂. It is to make permanent storage commercially accessible to more emitters.”
storeCO2 UK Limited
Start with the project facts
Tell us the location, annual captured volume, expected CO₂ specification, target start date and nearest suitable port. We will use that information to frame an initial route to storage discussion.