TSC Renewables, a wholly owned subsidiary of CMIC, a world leading supplier of integrated solutions to onshore, offshore oil and gas, offshore wind and hydrogen sectors and KenzFigee, have agreed on a technology license agreement of the KenzFigee developed 3D Active Motion Compensated (AMC) gangway system.

This agreement is a result and part of the recently signed strategic cooperation agreement between KenzFigee and CMIC enabling CMIC to manufacture, market and sell gangway systems based on the KenzFigee developed 3D AMC gangway systems, as well as to further improve and upgrade the system based on market demands.

Through this agreement, CMIC will be able to offer proven high-end 3D Active Motion Compensated (AMC) gangway technology and to meet the demand in the rapidly emerging market for offshore renewable energy products for (offshore) wind farms, WTIVs (wind turbine installation vessels) and SOVs (service operation vessels) in China and internationally. By joining forces, both companies will be able to leverage their extensive experience, which will benefit our clients and result in a stronger market position for both CMIC and KenzFigee.

“We are pleased with this mutually beneficial agreement with CMIC, which is an important step after the recently signed Strategic Cooperation Agreement”, says Maikel Takken, CEO of KenzFigee. “It’s a great opportunity for KenzFigee and CMIC to be able to offer solutions and increase their contribution in the rapidly emerging offshore wind market.”

Mr. Jiang Binghua added: “This agreement marks the first step towards further cooperation and shows strong commitment of both companies under the recently signed Strategic Cooperation Agreement”. He continues: “with technical and service support from KenzFigee, CMIC will be able to offer the proven and high-end 3D AMC gangway and further development to meet future requirement from the Chinese market. With this great milestone achieved, we will continue grow in our renewable energy business and contribute to the global energy transition”.