Venezuela is the country with the largest proved oil reserves according to the 2022 BP Statistical Review of World Energy, and is also one of the top ten countries with the largest reserves of natural gas. The economy of the South American nation is reliant on its fossil fuel industry, hence its being ...

On 15^th March, students from the MSc in Energy Management specialisation visited Westmill wind farm and solar park – the first 100% community owned onshore wind farm in the south of England.

Located near Watchfield, the site is believed to be the UK’s first and the world’s largest cooperatively run, ...

The world is currently experiencing one of the worst energy crises in history. Countries all over the world are beginning to adopt greener strategies by funding and covering their energy needs with green and renewable energy sources. Each of these countries has its own rate of development, but they all share a common goal of achieving carbon neutrality by 2050. In comparison, the European Union appears to have a faster development rate and a different goal, particularly regarding neutrality, of covering all its member states' energy needs with shareable green energy.

The fundamental idea of this technical paper is to understand the feasibility and present the robustness of removing the need to decommission an offshore jacket and instead installing an offshore wind tower (with nacelle, rotor blades and generator) on top of it, thereby saving the costs of decommissioning as well as entirely removing the need to design, build and install a substructure for the new offshore wind tower. The economics of scalability are particularly interesting.