Tidal-stream energy
MeyGen array design
Hydrodynamic modelling and design support for the layout and performance of a tidal-stream turbine array in the Pentland Firth.
Consultancy and collaboration¶
We work with public bodies, consultancies, developers and research partners on hydro-environmental questions where credible modelling and careful interpretation matter.
The group can contribute independent technical expertise, bespoke analysis or collaborative research. The most useful engagements start with a well-framed decision: what needs to be understood, which options are in scope and what evidence would make a difference.
How we can help?¶
Modelling studies
Design and delivery of hydrodynamic, transport and water-quality simulations for coastal, marine and hydraulic systems.
Technical review
Independent review of modelling methods, assumptions, calibration, uncertainty and interpretation.
Decision support
Comparative assessment of engineering options, operational strategies and environmental trade-offs.
Capability building
Collaborative method development, training and reproducible workflows for in-house teams.
Recent projects¶
Electricity infrastructure
SSEN–Hoy Orkney interconnector
Hydro-environmental modelling and technical input supporting the proposed electricity interconnector between Hoy and mainland Orkney.
Environmental assessment
Marine-energy sites
Environmental impact assessments for tidal-stream developments at sites of approximately 200 MW, 140 MW and 50 MW capacity.
Marine spatial planning
Tidal-site leasing roadmaps
Roadmapping exercises to help identify the evidence, modelling and decisions needed to support leasing of tidal-energy sites.
Organisations we have worked with¶
Our consultancy and applied research has included work with developers, infrastructure providers and sector organisations.
Regions covered¶
Much of our detailed modelling has focused on UK waters, but our work also reaches sites in Asia and North America. Even within a single region, relatively simple models can reveal a striking variety of flow phenomena, as these examples show.
Working together¶
An initial conversation normally establishes the decision context, available data, required timescale and appropriate route for collaboration. Depending on the work, this may lead to a short scoping exercise, a contract-research proposal, a student project or a larger research partnership.
Start with the question, not the model.
Describe the system, decision and deadline. We can then advise whether existing evidence is sufficient, what a modelling study could resolve, and the proportionate next step.