Get involved: send your photos, videos, news & views by texting OXFORD NEWS to 80360 or email us
9:45am Wednesday 17th December 2008
Coal ash will no longer be dumped at a popular beauty spot near Abingdon marking the end of a three year battle to save Radley Lakes.
Thrupp Lake was granted a lifeline this morning as RWE npower, owners of Didcot Power Station, confirmed a deal had been struck with the Waste Recycling Group, which will now use the pulverised fuel ash for engineering works at its site in Sutton Courtenay.
A spokesman for energy firm said: “We are announcing a deal with WRG to send 900,000 tonnes of coal ash from the station to WRG which they will use for engineering works. This is because the landfill site was granted a life extension by planners earlier this year. This will take care of ash disposal for the remaining life-span of the power station.
“It means that we wont be using Radley Lakes for ash disposal at all ever.”
The spokesman said the company was looking to make the Thrupp Lake available to the local community. And the company also wants to upgrade and restore two adjacent lakes H and I. It also said the deal will mean new opportunities for nature conservation.
It said it was also looking at gifting Thrupp Lake to the local community, managed by a partnership including a wildlife organisation.
Tasha76, Witney says...
1:19pm Wed 17 Dec 08
johnbanbury, Banbury says...
2:29pm Wed 17 Dec 08
Add your comment
Register for a FREE Oxford Mail account and you can have your say on today's news and sport by adding comments on articles we publish. The best comments may even get published in the paper.
Please register now or sign in below to continue.
Enter your postcode, town or place name
Find jobs in Oxford, Banbury and Oxfordshire
Search Now »
Make a date in Oxfordshire and find friendship
Search Now »
Find homes in Oxford, Banbury and Oxfordshire
Search Now »
Cars for sale in and around Oxfordshire
Search Now »
colbart, Abingdon says...
11:29am Wed 17 Dec 08
I suspect this story will still run and run.