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Offshore Low Touch Energy Robotics and Autonomous Systems

Enabling next generation robotics and autonomous systems for the offshore energy sector

Robotics, Artificial Intelligence (AI) and Autonomous Systems are revolutionising offshore energy inspection and maintenance. They have the potential to improve safety, reduce cost and carbon footprint, and provide greater resilience to exogenous shocks such as a pandemic

The ultimate aim of the OLTER project is to deliver a Robotics and Autonomous Systems (RAS) Industrial Service in the North-east of Scotland. It will have capability to maintain and certify the emerging remote and robotics technologies.

Creating an environment of trust is essential for deployment at scale. It will ensure more rapid sharing of data, accelerate deployment of technologies and create incubator facilities for the next generation of RAS led companies. Organisations need a technical centre/focal point from which they can seek and provide in-depth advice and formulate industry-led consortia. The service will allow industry to build trust in robotic technologies more quickly and will stimulate the scale-up of such systems. 

The skills and knowledge created will put Scottish/UK organisations at the forefront of international competence in this fast-moving digital based arena.

The service will be based on two hubs;

  • A RAS   Data   Hub   consolidates   the   architecture   of   cloud-based   processing competencies and interface standards to enable multiple vendors, researchers and innovators to develop and use interoperable tools working with data from the industry participants.
  • A RAS Competencies Hub quantifies and qualifies the physical ways in which RAS vehicles may interact within their environment, from the skills necessary to operate to the tools/skills necessary to certify and repair.

Through RAS, operational emissions are immediately reduced, e.g., helicopter and vessel mobilisations, ultimately enabling wider remote operations and optimised manning practices. However, the primary net zero impact is derived through applying the collected data to optimise new facility design, reducing the technical cost of operating industrial assets and reducing the cost of energy production. OLTER Hi-fidelity Digital Services enable optimisation against manufacture, construction, operation and decommissioning, lowering net zero footprints against materials and cost, unlocking global competitiveness in the net zero energy market.

Cross-sector programmes like OLTER are a way to achieve the aspiration of Scotland in becoming a net zero society by 2045, tackling day-to-day activity related emissions, as well as larger “energy source” emissions. 

Net Zero Technology Transition Programme

In August 2021, the Net Zero Technology Centre was awarded £16.5million from the Scottish Government’s Energy Transition Fund. The award, match-funded by industry, will drive seven projects:

The projects are designed to develop the skills, technologies, and infrastructure that Scotland needs to deliver an affordable green economic recovery.

We don’t simply want to deliver net zero for the UK, we want to seize the full economic benefits of doing so in a global market with huge export potential – and maintain that advantage long into the future.