Photo: Orbital Marine Power's O2 tidal turbine (Courtesy of Orbital Marine Power)

Hempel supplies protection coatings for O2 tidal turbine

Denmark-based coatings supplier Hempel has provided coatings to protect Orbital Marine Power’s O2, the world’s most powerful tidal turbine.

Photo of Orbital Marine Power's O2 tidal turbine (Courtesy of Orbital Marine Power)
Orbital Marine Power’s O2 tidal turbine (Courtesy of Orbital Marine Power)

Hempel said its ambition is to become the leading global coatings solution provider for the global renewable energy segment.

The company has been involved in the project since Orbital’s prototype SR2000 turbine was built in 2015.

As well as high-performance anti-corrosion coatings, Hempel has supplied Hempaguard X7 for the O2’s turbine rotor blades.

Hempaguard X7 was developed specifically to combat biofouling, such as algae and barnacles, according to Hempel.

On a ship, it keeps the vessel’s hull smooth to reduce drag and lower fuel consumption and associated emissions. On the O2, it will perform a similar role, keeping the rotor blades free from biofouling so they can deliver full power with each rotation.

Nick Frowen, Managing Director at Hempel UK, said: “We’re proud to be playing a part in the development of the O2, a ground-breaking project with the potential to help make tidal energy a viable source of energy in the UK and overseas. We see enormous potential in helping customers like Orbital put the world on a more sustainable path”.

David Heal, global head of renewable energy in Hempel, added: “Our ambition is to double our energy business by 2025 with particular focus on sustainability to ensure we are leading the way in enabling all energy projects to maximise efficiency and minimise carbon emissions. By participating in a project as ground-breaking as Orbital’s O2, we illustrate the value of a trusted partnership and we demonstrate what our solutions are capable of in supporting increased sustainability for the energy sector”.

According to Andrew Scott, CEO of Orbital, collaborations with companies like Hempel have been key to the O2’s development.

“We rely heavily on our supply chain to help deliver our pioneering technology such that it exceeds expectations, and in that regard, we are delighted to continue our relationship with Hempel for our novel coating applications”, Scott said.

The O2 is set to operate at the European Marine Energy Centre (EMEC) in the Orkney Islands in the UK.

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Around the islands of Orkney, tidal currents can reach over four meters per second, making them some of the strongest in the world.

To harness this energy, Orbital’s O2 comprises two 1MW turbines, which together create a 600 square metre rotor area and can generate 2MW of clean, predictable energy. O2 is capable of supplying enough energy to power around 2,000 UK homes.