Pool water chemistry involves maintaining proper levels of chlorine (1-3ppm based on CYA), pH (7.4-7.6), alkalinity (60-120ppm), and calcium hardness (250-350ppm for plaster). Regular testing with quality kits and proper chemical dosing ensures safe, clear water.
Orlando pools in April typically reach 75-78°F naturally, which most people find comfortable for swimming. Pool heating is generally not necessary unless you prefer water temperatures above 82°F.
Pool leaks can occur in the shell, plumbing, or equipment and are detected using bucket tests, dye tests, and pressure testing. Most minor leaks can be DIY repaired, but structural damage requires professional assessment.
Pool winterization involves balancing chemicals, protecting equipment, and proper closing procedures. The process varies by climate zone but typically includes shocking, lowering water levels, and winterizing plumbing to prevent freeze damage.
Pool heaters can fail due to electrical issues, gas problems, water flow restrictions, or component failures. Most common issues like pilot light problems, low water flow, and thermostat malfunctions can be diagnosed and often fixed without professional help.
Salt water pools use electrolysis to generate chlorine from dissolved salt, requiring proper water chemistry balance including pH, alkalinity, and CYA levels. They still need regular maintenance and chemical adjustments despite producing their own chlorine.
Pool pumps require regular maintenance and troubleshooting to operate efficiently. Common issues include low water flow, unusual noises, and electrical problems that can often be resolved with proper diagnosis and maintenance.
Whether you need to winterize your pool depends on your climate zone. Areas with freezing temperatures require full winterization, while warmer regions need only reduced maintenance and chemical adjustments.
Pool salt cells use electrolysis to convert dissolved salt (sodium chloride) into chlorine gas and sodium hydroxide. The chlorine sanitizes your pool while the sodium hydroxide raises pH, creating a continuous chlorination cycle.
Yes, salt water pools do freeze, but at slightly lower temperatures than fresh water (around 28-32°F vs 32°F). The salt content provides minimal freeze protection, so proper winterization is still essential.
Pool chemical shelf life varies dramatically: liquid chlorine lasts 2-5 years, granular chlorine 2-3 years, while pH adjusters and alkalinity increasers can last indefinitely when stored properly.
A properly winterized pool can stay closed for 6-8 months safely, while emergency closures should be limited to 2-4 weeks maximum. Beyond these timeframes, water chemistry deterioration and equipment damage risks increase significantly.
You don't need to run your pool pump 24/7. Most pools require 8-12 hours of daily operation to achieve proper turnover and filtration, depending on pool size, bather load, and environmental conditions.
You don't necessarily need to shock your pool weekly. Shocking frequency depends on usage, weather conditions, and your free chlorine levels. Most well-maintained pools need shocking every 2-3 weeks or when combined chlorine exceeds 0.5 ppm.
Pool heating time depends on heater type, pool size, and temperature difference. Gas heaters typically raise temperature 1-2°F per hour, while heat pumps achieve 3-5°F per hour on smaller pools.
