Its role EPC
KCI the engineers B.V., operating as KCI Offshore Engineering, is a Dutch engineering consultancy specializing in the design, engineering, and consultancy of fixed offshore structures. Founded in 1984 and headquartered in Rotterdam, the company provides end-to-end services across the project lifecycle, including concept development, detailed design, fabrication and installation support, and decommissioning for platforms, foundations, and related infrastructure.
Its core expertise covers structural engineering for offshore wind turbine generator (WTG) foundations such as monopiles, topside substructures including jackets and substations, and modifications for energy transition projects like carbon capture and storage (CCS) platforms. The firm has expanded from its origins in oil and gas to renewables and sustainable energy applications, supporting projects in Europe and Asia.
Since its acquisition by Sif Group in 2021, KCI operates as a subsidiary, enabling integrated design-to-fabrication solutions particularly for monopile foundations. With approximately 80 experts and over 40 years of experience, it positions itself as a specialist provider of pragmatic, buildable engineering solutions in the offshore energy sector, contributing to projects such as platform modifications for the Porthos CCS initiative in the Netherlands.
Also known as KCI Offshore Engineering B.V..
chemXplore tracks 1 project involving KCI Offshore Engineering, of which one is active.
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Five connected CCS projects (Porthos, Aramis, CO₂next, DRC, DSC) will capture, transport and store CO₂ under the North Sea and link industry across the Netherlands, Belgium and Germany.
Tender opened for 200 km CO2 pipeline, linking Maasvlakte to offshore storage, aiding decarbonization. Further tenders for installation and design to follow. Operational by 2030.
A 20-km CO2 pipeline is laid and entrenched under the North Sea, connecting Rotterdam's port to storage reservoirs over 3 km below the seabed.
D-HUBN is an offshore platform for CO2 distribution, using hybrid energy. It coordinates CO2 transport to storage sites, focusing on safety and efficient operations.
The new unit will use Cryocap™ technology to capture CO₂ from a hydrogen plant, transport it via Porthos, and store it in North Sea gas fields, reducing emissions by 2.5 million tons annually.
Porthos will invest €1.3 billion in a CO2 transport and storage system in Rotterdam, operational by 2026. It will store 2.5 Mton CO2 annually for 15 years, aiding Dutch climate goals.
active all projects
What each is building and closing, and the pipelines and grids between them, on one map.
