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(The practical physics explained simply) When freezing temperatures hit, the best protection for your pool plumbing and equipment is running water. Here’s why circulation works and it’s not magic, it’s physics. Moving water constantly brings warmer water into the pipes Even on very cold nights, your pool water is usually 45 – 60°F, much warmer than the air. When the pump is running: That warmer water is continuously pushed through pipes and equipment Vulnerable areas never sit full of cold, stagnant water As long as warmer water keeps flowing, freezing becomes much harder. Turbulence prevents ice from forming and sticking Ice doesn’t form instantly. It needs: * Still water * Time * A stable surface to grow on Flowing water creates turbulence, which: * Breaks up tiny ice crystals before they can grow * Prevents ice from anchoring to pipe walls No stillness = no ice buildup. Circulation prevents cold

Pool care isn’t the same year-round in Houston. Here’s how seasonal changes impact your pool—and what we adjust to keep everything running smoothly.

Freezing temperatures can cause serious and expensive damage to pool equipment if the proper precautions aren’t taken. Every winter we see cracked pipes, damaged pumps, broken filters, and costly repairs that could have been avoided with a few simple steps. Here’s what you should do before freezing weather arrives Keep the pump running 24/7 This is the single most important action you can take. When water is moving, it is much less likely to freeze. Running the pump continuously helps protect: Pipes and plumbing – Pumps and motors – Filters and heaters – Valves and other equipment If there is one rule to remember during a freeze, this is it. Avoid draining the system In most situations, draining pumps and plumbing is not recommended. If done incorrectly, it can actually increase the risk of freeze damage. Continuous circulation is usually safer and more effective for typical Houston area freezes. Watch

If you own a salt pool, your salt cell is the heart of your system. It turns salt into chlorine and keeps your water clean. But if it gets dirty or scaled, it can’t do its job. So… how often should you clean it? ### The short answer: Check your salt cell every 2 – 3 months Clean it only if you see scale or buildup Cleaning too often is actually bad acid wears down the cell plates and shortens its life. ### What you’re looking for When you look inside the cell: * White or crusty buildup = needs cleaning * Clean metal plates = leave it alone ### What causes salt cells to get dirty? * High calcium levels * High pH * Poor water balance Bad chemistry = faster scaling = shorter cell life. ### Ideal salt range Most salt systems work best between: 2,700 – 3,500