Flintstone Technology Sets Sights on Floating Wind

Flintstone Technology Ltd  is diversifying its mooring operations to target the offshore floating wind industry.
Flintstone Technology Sets Sights on Floating Wind
Subsea Mooring Connector (Flintstone)

Flintstone’s Subsea Mooring Connector has been used in a number of oil and gas projects. It provides a simple connection to an anchor on the seabed and is self-aligning and fully scalable.

The Dundee-headquartered firm believes the SMC system will help make the floating wind industry more cost competitive. It is a low cost, easy to install solution and stands the test of time.

According to Scottish Enterprise, Europe is forecast to build around 25GW of offshore wind by the end of the decade, worth an estimated £60 billion ($85.9 billion) in capital and operational expenditure over the next five years.

Andrew Clayson, managing director of Flintstone, will be presenting onthe ‘development and implementation of a subsea tensioned mooring system’ on the opening day of Floating Offshore Wind Turbines (FOWT 2018), which takes place in Marseille, France, from April 25-27.

Mr Clayson said, “We have developed several products that reduce offshore installation time, bring weight savings onboard the floaters andsupport safer operations.

“There are many similarities between the offshore wind and oil and gas supply chains. Our technology, although originally designed for the subsea industry, is suitable for any floating device. We believe we can make a real impact in the floating offshore wind sector to increase efficiency and drive down costs.”

In November, Flintstone secured a deal for its mooring connectors, in collaboration with parent company MacGregor. The projectwith Bangladesh-based, Summit LNG Terminal Co.will see itssystem will utilised onSummit's floating storage and regasification unit (FSRU).

Flintstone’s Subsea Mooring Connector has been designed for connecting to anchor points on the seabed using a self-aligning male and female forging with simple load pin.

The male, connected to the mooring line, is lowered by crane into the female which is mounted onto the seabed pile or suction anchor. A simple load pin is inserted through the female and male and the connector can then be lifted away by the mooring line.


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