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Avoid the dreaded pool pop by only draining your pool during dry, temperate times of the year. If there is too much moisture or the threat of ice in the ground surrounding your pool, the pressure could disrupt the stability of your pool's floors and walls. Additionally, always open the hydrostatic drains in an inground pool toward the end of the design process.

At noon, when the sun is at its highest point, sunlight can naturally increase the temperature of a pool by 0.7 degrees each hour, but this can depend on other external factors. For example, evaporation caused by the sun will cause a pool to lose up to 5 degrees for every 1/2 inch of water evaporated. Using a water heater will produce more reliable results.

The total time to install an inground pool typically ranges from 8 weeks to 4 months. This timeline can be influenced by several factors, including permitting, site preparation, and the construction process itself.

Key phases and their typical durations include:

• Permits: Obtaining necessary permits can take anywhere from two to six weeks.

• Excavation and Site Preparation: This phase takes about a week but can be extended by problematic soil, unexpected ground conditions, or the need to move underground utility lines.

• Construction: The actual build, including plumbing and electrical work, often takes one to two months. The pool material is a major factor here; a concrete pool needs about 30 days to cure, while installing a fiberglass or vinyl liner is much faster.

External factors can also cause significant delays:

• Contractor Availability: Spring and summer are busy seasons, and high demand can lead to long waitlists, potentially adding months to your start date. It is often recommended to start planning and getting estimates up to a year in advance.

• Other Delays: Weather, material shortages, complex designs, and other unforeseen challenges can extend the project timeline.

If you don’t bond a pool, you risk electric shock for those walking around or swimming. Bonding creates safe pathways between the electricity needed to run the pool and metallic parts also necessary for the proper function of the pool. Once the pool is bonded, it’s ready for grounding, the second step in creating an electrically safe pool.