Culzean North Sea
The Culzean discovery is located in the North Sea in 90m water depth. Intecsea successfully provided the FEED and detail design for the Culzean Project on a tight schedule and with substantial cost savings.
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The Culzean discovery is located in the North Sea in 90m water depth. Intecsea successfully provided the FEED and detail design for the Culzean Project on a tight schedule and with substantial cost savings.
Intecsea was engaged to perform engineering, procurement, and construction support for the repair of the multiphase production flowline between Spy Island Drillsite and the Oliktok Point Production at the Nikaitchuq field development.
The Westermeerwind Offshore Wind Farm project has been constructed in Lake Ijssel (Netherlands) along the dikes of the Noordoostpolder. The park comprises of 48 windturbines of 3 MW each; divided in two rows.
The West Nile Delta (WND) Gas Development will create a series of gas condensate fields off the North Coast of the Arab Republic of Egypt.
Our Project Management Consultancy service integrates technical expertise and extensive knowledge in managing offshore developments at every level from inception through to decommissioning.
Intecsea is proud to be a Silver Sponsor of the Subsea Tieback Forum & Exhibition in San Antonio from February 18-20. We're excited to discuss our full suite of innovative and multidisciplinary strategies, technologies, and solutions to address the diversity of challenges within the subsea industry. Schedule a meeting or visit us at Booth 425.
Intecsea offers the full range of subsea engineering and project management services.
Vår Energi is planning to reuse the Jotun A FPSO for its “Balder X Future” project to develop additional hydrocarbon resources in the Balder development area of the Norwegian North Sea.
How we delivered a safe and feasible design for Porthos (Port of Rotterdam CO2 Transport Hub and Offshore Storage). Porthos will transport CO2 from industries in Rotterdam to depleted gas fields beneath the North Sea. The project will store around 37 million tons of CO2 with the aim to inject 2.5 million t/year over a 15-year lifespan.
We will apply the core competencies we have developed during 25+ years supporting the offshore pipelines & subsea industry to develop safe, robust, efficient, and cost-effective designs for the offshore wind industry.