Maintenance
Evaporation Control: Best Practices for your Swimming Pool
Daisy Pool Covers has put together some information on best practice evaporation control for swimming pools that may be of use when talking to consumers in the market.
Owning a swimming pool in Australia today can be environmentally friendly and sustainable if the right processes are put in place by pool owners. Products that are Climate Care Certified have been approved by SPASA Australia to exceed the industry benchmarks on water and energy efficiency in swimming pools.
Evaporation is the biggest cause of water loss in a swimming pool but can be controlled. Products that are certified as Smart Approved WaterMark and Climate Care Certified through SPASA advocate that the number one solution to evaporation is putting a solar cover on your pool. This will save 97% of your pool’s water loss through evaporation.
The good news is that there is also a way reduce evaporation even when your pool cover is off or you cannot have a pool cover. Products such as AquaSaver put a non-toxic, ultra-thin invisible barrier on the pool surface, reducing water and heat loss. Liquid evaporation control is not as efficient as a physical pool cover, but it will still save some water when a pool cover can’t be used or only part of your pool is covered by a solar cover.
For best practice swimming pool evaporation control, an AquaSaver style product is best used in conjunction with an existing solar pool cover to help save water when the cover is off. If not all of the pool can be covered (for example, an odd shape) or no pool cover can be used, the invisible liquid barrier can save you up to 30% of evaporation on your pool.
For those with mesh, debris pool covers, this style of product will also help reduce evaporation and heat loss through the mesh.
There are many options for evaporation control in your swimming pool but always ensure your solution is Climate Care Certified by SPASA and has Smart Approved WaterMark certification for best practice evaporation reduction.