Offshore wind circular economy could slash carbon emissions

As offshore wind helps propel Scotland towards net zero, a new report has highlighted how a circular economy around the sector could slash carbon emissions by 34 per cent and provide an extra 20,000 jobs across the UK.

The ‘End of Life Materials Mapping for Offshore Wind in Scotland’ report, produced by the Offshore Renewable Energy (ORE) Catapult, in partnership with Zero Waste Scotland, has identified the vast quantity of materials needed to develop the Scottish offshore wind market. But the report also highlights how these materials can be refurbished, remanufactured, and recycled from wind turbine decommissioning – to reduce waste and generate economic opportunities.

The report examines the offshore wind sector up to 2050 and sets out the huge supply chain opportunity created by the volume of projected growth across Scotland, following the Scottish Government’s target to increase capacity to 11 gigawatts (GW) of offshore wind in Scotland by 2030, the ScotWind leasing round, and the Innovation and Targeted Oil and Gas (INTOG) leasing process. If all proposed projects in the pipeline were successful, Scotland’s offshore wind capacity would reach almost 40 GW by 2033.

Andrew Macdonald, Director of Offshore Wind Development and Operations at ORE Catapult, said: “Collaboration between offshore wind and other sectors will be crucial to accelerating circular economy technologies and supply chains. It is an exciting prospect to take this forward with industry partners, such as Zero Waste Scotland, and show how the wind turbine, the workhorse of the clean energy revolution, will take its next steps towards circularity.”

Early estimates predict the creation of up to 20,000 jobs by 2030 with the development of a full UK circular economy supply chain, including a wide variety of recycling processes, and identifies a 34 per cent carbon saving if new turbines are manufactured using recycled content.

Iain Gulland, Chief Executive of Zero Waste Scotland, said: “Zero Waste Scotland is pleased to partner with Offshore Renewable Energy (ORE) Catapult to publish this exciting report. Scotland’s renewable energy sector already plays a massive role in decarbonising Scotland’s economy and wind turbines are an important part of our green energy story.  But with decommissioning they can also play a vital part of future economic growth supporting new jobs and skills.

“With up to 90 per cent of a turbine potentially recyclable or reusable, this report makes a compelling case for a planned circular approach to the deployment and decommissioning of the offshore infrastructure.  It’s yet another example of how such an approach, where we think beyond the end of life of products and materials, we can not only make considerable carbon savings, but boost our economy through substantial job creation and development of new skills.”

Offshore wind decommissioning in Scotland could generate between 1.5 million and 2.4 million tonnes of materials by 2050. It is estimated that up to 492 turbines will be decommissioned in Scotland, increasing by an additional 1,718 by 2065. However, it was also calculated that the growth in offshore wind will require 14.7 million tonnes of steel, 8.36 million tonnes of concrete and 1.54 million tonnes of ductile iron casting by 2050. Other consumables required include glass and carbon fibre, neodymium, and copper.

The report found that investment in a circular economy is essential to recycling wind turbines domestically and meet the target of 60 per cent UK content for future offshore wind developments. It highlighted that sustainability within the sector will also require a variety of remanufacturing and reprocessing solutions for every wind turbine component, as well as recycling.

Related Posts
Others have also viewed
solar power

Largest photovoltaic power plant in Europe goes online

Global energy group, Iberdrola, has put into operation the ‘Francisco Pizarro’ project in Extremadura, Spain – the ...
battery

Scientists recover residual energy from waste batteries

Researchers from Taiwan have discovered a way to recover the residual energy from waste batteries, ...
Carbon accounting

Carbon savings calculator to help upcycle CO2 for commercial use

FuelCell Energy a manufacturer of stationary fuel cell energy platforms for decarbonising power, and producer ...
Wave Energy

Real-conditions test begins on new wave energy pilot in Israel

Eco Wave Power has announced that it has officially commenced test runs of its newly ...