Approach Towards a Total UK Environmental Energy Master Plan for Clean Renewable Energy, Reviewing the Incompleteness of The British Energy Security Strategy After Brexit, and Embracing Tidal Waters and Other Innovative Sources

Robert C Kempton

Abstract

The British Isles, as an Island State, has a unique location on this planet, sitting at the top of the North Atlantic current, along the edge of the continental shelf and at the transition interface of two massive ocean masses. Vast kinetic energy resources are available for mankind, once additional methodologies have been developed, including also for near future projects. In addition, there are huge quantities of tidal energy linked to the present two main methodologies, which are conspicuously omitted from the present British Energy Security Strategy. The incompleteness of the ‘British Energy Security Strategy’ requires a structured ‘National Energy Master Plan Model’, to adjust and transpose the UK approach, to introduce an effective ‘high energy yield’ power production, embracing clean energy requirements, and with linkage to the National Grid system, through a resilience approach towards energy storage, over a sustained 125-year life Span. This to include an Environmental Model ‘Coordinate Programme’ based on proven advanced project management solutions (APMS), to support all the country’s energy requirements, coupled with the adaptation of present legal services regulations

Keywords

Clean Renewable Energy, Biodiversity Ecosystem Exchange Procedures, Environmental Legislation Regulations, Environmental Financial Structure Plan, Additional Innovative ‘Harnessing’ Methodologies, Project Management

Corresponding Author

Robert C Kempton, The Institution of Civil Engineers, Great George Street, London, UK.

Citation

Kempton, R. C. (2025). Approach Towards a Total UK Environmental Energy Master Plan for Clean Renewable Energy, Reviewing the Incompleteness of The British Energy Security Strategy After Brexit, and Embracing Tidal Waters and Other Innovative Sources. Jor Environ Dyn Geo-Sci, 1(1), 01-29.