John Bowman
Orbital Marine Power
Following the success of their SR2000 full-scale prototype demonstration project, Orbital Marine Power recognised that several critical improvements were required to ensure the commercialisation of their technology. This drove the need to make significant structural configuration changes to their pioneering floating tidal turbine technology.
Solving the challenge delivered a strikingly bold piece of technology innovation, the O2, a floating tidal turbine that caters for quick and low-cost access to all major components and systems throughout the entire turbine. This is enabled by hinged wing structures which are attached on their in-board end to the main buoyancy hull and mounted on their out-board end to the power generating nacelles and rotors.
This structural architecture and motion is conceptual and applicable at any scale and for multiple applications. In 2021 Orbital was successfully awarded a patent covering this breakthrough innovation – an asset that has the ability to unlock and control a globally significant opportunity.
In an eye-catching, daring project, Orbital delivered a working example of its innovative engineering in the 2MW O2 floating tidal turbine, which is now generating clean, predictable power onto the UK electricity and represents the world’s most powerful and advanced tidal energy turbine built to date.
Orbital Marine Power

A series of web-based workshops aimed at graduate, student and technician members who are working toward EngTech, IEng or CEng with the ICE. These workshops provide advice and guidance on recording Initial Professional Development (IPD), broken down by attribute.

This is an opportunity for Technician members (EngTech MICE/FICE) and those wishing to become qualified at EngTech grade to come together to discuss issues that are important to technicians. This session explores becoming an ICE EngTech reviewer, with benefits and applying.

Join the ECNet for this technical webinar about the design of active travel infrastructure. Two Incorporated Engineers from Mott MacDonald will share key learning from a redevelopment scheme focusing on active travel, and a new layout for the design of CYCLOPS junctions.