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A team of reservoir experts and representatives from Lichfield District Council opened the valves at Chasewater reservoir today.

Now that the valves are open, around billion gallons of water will drain out of the reservoir over the next few months, which will allow essential safety improvements to take place

The water will flow into the Anglesey Branch Canal and then into Crane Brook – which will join the River Tame in Fazeley.

Visitors to Chasewater will notice that the reservoir’s water level will drop dramatically over the coming months. As the water level goes down, it will expose the muddy reservoir bed, which visitors are being warned not to go near for fear of soft, deep mud and silt. 

This is why the district council is putting up temporary information panels across Chasewater. These will warn about the dangers, explain what the works involve, and how long they are expected to take.

While the works take place, visitors are asked to:

• stay on marked footpaths
• keep children and dogs under close supervision, away from the reservoir bed
• not walk on the exposed reservoir bed at any time

Councillor Val Richards, Lichfield District Council’s Cabinet Member for Leisure Services, said: Opening the valves to drain the reservoir signifies the start of a major programme of safety improvements. Getting to this stage is the culmination of a lot of hard work, and it is good to finally get started on these works as it is essential that we make sure the dam meets current safety standards, making it safe for years to come.

It is very important that visitors follow our safety advice. However, I would like to stress that Chasewater Country Park will be open as usual. Visitors can still enjoy the surrounding countryside and facilities, including the heritage railway and Innovation Centre.

The reservoir is being drained in preparation for a major programme of safety improvements to Chasewater’s eastern dam. These works will make sure the dam remains safe for years to come. The works cannot begin until the water level has been lowered. The works will take around seven months to complete and should be finished by the end of the year. The council expects to start refilling the reservoir in September. However, it could take between two and four years to refill it to its normal level, as it will depend upon rainfall levels and the amount of water the local canal network needs.

I would like to extend our gratitude to the clubs that use Chasewater reservoir for their understanding and patience during these works, continued Cllr Richards.

3 Responses to “Opening the valves to Chasewater’s dam”

  1. Natalie Ward says:

    A couple of days ago, my husband came across a man walking his dogs. The man was muddy up to his thighs. In conversation the man said that he had just had to go out into the mud to retrieve his dog from where it was stuck. When my hisband pointed out that he should perhaps keep his dogs on a lead he got very annoyed and said that he’d been walking his dogs here for years and wasn’t about to start putting them on a lead now. I think the muddy lake bed could bring you rather a lot of headaches this summer!

  2. roger round says:

    can you tell me please why it is necessary to empty the pool completely? surely as long as the water is well back from the dam they will be able to work on the dam without there being any danger to the workers and the water birds and fish could be left alone . I have heard the bottom of the pool is clay lined if that is so if it dries out and cracks would it still hold water when refilled

  3. lizziethatcher says:

    We need to effectively drain the reservoir (although we believe there will still be water left in it – up to about 3m deep at times) to ensure the safety of the works.

    If we carried out the works, without first draining the reservoir, we would be putting both the workmen and the communities downstream at an unacceptable risk.

    We also need to access a pipe that is located right at the bottom of the lake, as part of the works, and we can only get to it by lowering the water as low as we can.

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