This week's News Flash covers Vattenfall considering selling its Norfolk Boreas offshore wind project in the UK due to rising costs. Plus a UK project is attempting to extract rare earth magnets from retired turbines for reuse in new ones. Finally, Ariel Re rebranding its clean energy division as Ariel Green, which provides technology performance insurance policies to protect against production shortfalls and a discussion on how this type of insurance could see increased demand, especially from owners of turbines with known issues.
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Allen Hall: I'm Allen Hall, president of Weather Guard Lightning Tech, and I'm here with the founder and CEO of Intel Store, Phil Totaro. This is your News Flash.
Vattenfall is in early stage talks to sell its Norfolk Boreas offshore wind project in the UK due to soaring costs. The negotiations are with potential buyers and the discussions are in early phases with no guarantee of a deal. Selling the project could contribute to the UK's clean energy goals of tripling offshore wind capacity to 50 gigawatts by the end of the decade.
Phil Vattenfall is making some pretty large changes recently in regards to existing wind farms.
Phil Totaro: That's right, Allen. And with this offer for sale, I think it's reflective of what's going on in the wider you know, offshore wind market globally at this point. Inflation's biting and companies are looking for partners, if they can find them, to either take a portion or an entire project off their hands to free up some cash.
Allen Hall: EMR, HyProMag, ORE Catapult, and Magnomatics, along with the University of Birmingham, have partnered to create Re-Rewind, a project focused on extracting rare earth magnets from retired wind turbines. And using them in new onshore and offshore wind turbines. The partnership aims to establish UK's first circular supply chain for rare earth magnets used in wind turbines.
Phil, this sounds like a really genius idea. I'm not sure why it hasn't been implemented elsewhere. So this, this is kind of a cool recycling project going on in the UK.
Phil Totaro: It is cool, and I think the reason why it's come up now is because you've got a lot of the older turbines in the UK that were particularly some Siemens turbines that utilized permanent magnet generators that are, you know, coming up for retirement or refurbishment and replacement.
So you're, you're now seeing you know, this industry group supported by the, the Offshore Renewable Energy Catapult undertake this project at this point to also anticipate additional turbines that are going to be coming up within the next 10 to 15 years for, you know, replacement refurbishment and this is technology that they can possibly even license elsewhere in the world.
And it's a, it's a great thing if we can extract the neodymium, the dysprosium and the terbium from these, these magnets and reconstitute and reuse it in, in, you know, new new magnets for, for onshore and offshore wind as well. Keep in mind, just real quick, that also in China there are a significant number of, like, Goldwind turbines, for instance, that use a lot of permanent magnets that are also coming up for you know, repowering within the next five to ten years, so...
They've also made strides in materials recycling as well and so this project in the UK is just kind of acknowledging a market trend that we see only continuing.