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Question: Our next development is on a sloping site. Can permeable paving be used on this type of site and, if so, are there any particular requirements?
Answer: It is possible to install permeable paving on sloping sites. Normally the maximum permitted surface gradient for permeable paving is approximately 5% ( 1:20 ) Any steeper and there is a possibility of the water running over the surface of the pavers and not infiltrating into the pavement.
However, on sites with slopes greater than 5% there are different solutions which can be designed into the pavement to prevent water running to the lowest point. Dams with flow controls can be constructed within the sub-base which create compartments for the storage of water.
The site can be terraced or the depth of sub-base could be increased to increase the amount of storage which would offset the loss of storage at the top of the slope. With careful planning and design sloping sites can be dealt with. Tobermore offers a broad range of permeable paving options within its Hydropave range – a permeable paving range that is manufactured with all the aesthetic detail and beauty of the non-permeable ranges but with valuable environmental benefits.
When placing a Hydropave order, Housebuilders will also receive a tailor made customer service package, ServiceSure. This customer focused service follows a project from initial enquiry to delivery and beyond, updating customers at every stage ensuring an efficient, and consistent streamlined experience. Hydropave is manufactured on a single site, with higher stock levels than the industry average, and is ready to be delivered to housebuilders in full and on time, without a long lead time.
Got a burning question? Send to [email protected] and we will endeavor to answer any of your questions.
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Tobermore’s Hydropave permeable paving range allows you to create spectacular hard landscaping features with environmentally friendly products. Our permeable paving reduces the risk of flooding and pollution by allowing rainfall to infiltrate the ground naturally, reducing the pressure on already overloaded urban drainage systems.Find Out More