10 Common Mistakes When Opening a Pool (and How to Avoid Them)
It’s a scene that gets repeated all over the country every spring: the warm weather has arrived, owners are eager to get their backyard swimming pools open and ready for action, and in their haste they make one or more of some very common mistakes. In the best case scenario, these mistakes can keep you out of the pool longer than you had planned while you correct them; worst case scenario, they can result in expensive damage to your pool and mechanical systems.
Opening a Pool the Right Way
Before you can get into your beautiful backyard oasis in the spring, there’s some work to be done to address issues that naturally arise through the long winter. We have compiled a list of the most common mistakes that people make when they are opening their pools in the spring so that you can avoid them:
- Failing to brush the pool. Vacuuming a pool can remove much of the accumulated dirt and debris, but it isn’t effective in getting the floor and walls of a pool clean. That requires brushing.
- Shocking the pool during the day. Sunlight burns off approximately 1 part per million (ppm) of the shock per hour. Shocking the pool at or after dusk allows the chemicals to do their work effectively.
- Trusting algae cleanup to an automatic cleaner. The fine mesh bags on robotic cleaners quickly become clogged with algae, and instead of being trapped, the material just gets spread around the pool. An algae problem requires manual clean-up.
- Excessive backwashing of the pool filter system. Backwashing is an important part of pool maintenance, but it only needs to be performed when the pressure gauge indicates a 10 psi increase over the normal just-backwashed pressure. The particles that cause the pressure increase actually help the filter do a better job of trapping material up to that 10 PSI point.
- Ignoring alkalinity and pH levels. Low pH can cause damage to pool equipment and high pH can cause a number of issues including cloudy water and a burning sensation in the eyes. An improper alkalinity level prevents the chemical from stabilizing the pH level as it should.