Floating Offshore Wind Technology & Project Development Support
We support technology, project, infrastructure developers, energy companies and manufacturers with high-level expertise and capacity there where it’s most needed. While we are not an EPC contractor and do not deliver offshore wind farms, we bring essential knowledge, know-how and key resources to critical phases of your project.
Get in touch with us today.
Explore our expertise
We specialize in FEED (Front-End Engineering Design) and provide targeted support across all key early project phases.
Whether you’re scaling up or entering new waters, we help fill the gaps with hands-on expertise and a flexible approach.
We operate internationally
We operate internationally, supporting offshore wind projects in Europe, Asia, the America, and emerging global markets.
BUILT ON OVER 20 YEARS OF FORESIGHT
Founding of Blue H and patent milestone on green hydrogen (H₂) generation integrated into the Blue H floating offshore wind Tension Leg Platform (TLP) unit.
Start of Construction of first ever Floating Offshore Wind TLP. Prototype for the pilot floating offshore wind project, nearby the coast of Tricase, Italy.
Prototype Installed in deep water and tested Prototype deployed in deep sea (113 meters) nearby Tricase, southern Italy. Successful completed test program.
Design and Engineering of the Diwet 5. Offshore Floating Wind System for the ETI
Completion of the most competitive design. By assignment from the UK’s Energy Technology Institute.
Complete engineered design of 5MW offshore floating wind system for installation at the metocean conditions of the southwest coast of England.
Diwet 5 design and engineeringin depth reviewed by: British Aerospace Systems and colleagues
Generic 5MW Offshore Wind TLP Floater, adjustable for: specific metocean conditions, specific seabed conditions, selection of commercial available offshore wind turbine models, higher MW capacities and depts from 25 MW up to unlimited.
Generic 5MW Offshore Wind floater reviewed by GL Garrad Hassan Independent review study concluded: 5MW offshore wind turbines placed in water depths over 50 meters is more cost effective on the Blue H floater than on a fixed-bottom jacket structure.
Keynote Speaker at Taiwan Offshore Wind Conference. Taipei – September 8, 2017.
Design and Engineering for Offshore Hydrogen Bunkering at a floating offshore wind farm.
Hydrogen Generation, Storage & Transportation by Hydrogen Tanker Design and engineering for a Smart Floating Offshore Wind solution: Offshore hydrogen production, Offshore hydrogen storage facility, Transportation to harbor by hydrogen tankers.
Design and Engineering and Business Case. Development for Green Hydrogen Infrastructure. Combined hydrogen refueling stations for road vehicles and ships. Floating green hydrogen bunkering station in harbor. Flexible hydrogen distribution system using swappable container modules.
We ensure the highest standards of quality and safety
Every project undergoes independent review and third-party validation to ensure the highest standards of quality and safety. Your trusted partner in advancing floating offshore wind technology and delivering reliable project development support.
GET IN TOUCH WITH US TODAY
Looking for support in FEED, project management, or offshore wind infrastructure development? We work with you to find the best solutions. Contact us and share your project needs. Nico C.F. Bolleman will be happy to talk to you and help you further.