Draining And Cleaning Above Ground Pool

After deciding on a suitable drainage spot use the sump pump to completely drain the pool thus preparing the liner for the cleaning process.

Draining and cleaning above ground pool.

By spending the time and effort your swimming pools will be sparkling clean and welcoming and will remain so. These items remove leaves bugs fine sediment dirt and other debris which will inevitably enter your pool. Run a garden hose out with the female end near the drain valve. Plan where the water will go.

Draining an above ground pool. Filter cleaning replacement. Locate the drain valve on the outside of the pool. I personally recommend using a combination of the two because siphoning is pretty fast but a pump will help remove that last foot or so of water that the siphon can t quite get to.

Start draining the water. Start by draining the above ground pool with a sump pump siphon or other means. You can use a submersible pump or siphon the water out with a garden hose. Why drain your above ground pool.

Above ground pool cleaning. Dry out your pool. Connect the female end of a garden hose to the drain connector and you can now drain the pool completely. A pool skimmer pool hose and brush and a clean filter are your best ways of keeping the pool clean and ready for swimming.

Connect the other end to a sprinkler and water your lawn or garden if ph is good and chlorine low. Drain the water down leaving a foot or so of water in the pool. See 11 more services. Remove the excess water.

Continue reading below our video of the day. Draining an above ground pool can be a little tricky but it s sometimes necessary because of filter changes needing to replace the pool liner or fixing a chemical imbalance in the water. You pretty much have two options when it comes to draining an above ground pool. When draining an above ground pool the water will either be released into the area around it or directed into a large container.

The amount of time it will take for your swimming pool to be fully drained is entirely contingent upon its size.