This initiative is part of Forth Ports' commitment to assist the UK in achieving its net-zero carbon goals

The company's patented turbine installation technology, designed to enhance life-cycle efficiency, safety, sustainability, and reliability, is applicable regardless of water depth.

The study will focus on integrating next-generation wind turbine generators onto these platforms, all with the goal of maximizing local supply chain opportunities.

Both companies aim to leverage their expertise in offshore wind energy and green hydrogen solutions to support global offshore wind energy goals and hydrogen strategies as part of a net-zero carbon future.

Set to enter both the US and European markets in 2024, this vessel is designed to address the growing need for larger crew transfer vessels in the offshore wind industry while prioritizing stability, cost-effectiveness, and operability.

Having secured development rights to the seabed area from Crown Estate Scotland in the preceding year, the project is set to play a pivotal role in Scotland's renewable energy landscape.

Tugdock, headquartered in Cornwall, has developed patented marine buoyancy technology that facilitates the construction and assembly of heavy marine structures in ports with water depth or space limitations.

Principle Power has expanded its WindFloat product portfolio to include two fully industrialized products: the existing WindFloat tubular design, now called WindFloat T, and the new flat panel, pontoon-based solution known as WindFloat F.

Founded in 2018, Continuum has created the Optioneer platform, which employs artificial intelligence to help power, utility, and renewables companies assess routing options for various energy types.

The proposed development consists of 17 wind turbines, each with a maximum height to blade tip of 175 meters.