Beneath your pool’s surface, metals like iron and copper cause staining through complex chemical reactions—discover how to prevent and treat these issues effectively.
Metals in Pools: Iron, Copper, and Their Staining Chemistry
Browsing Category
Chemistry & Water Science
54 posts
Nitrates & Ammonia: Why Chlorine Disappears Overnight
When nitrates and ammonia build up in your pool, they react quickly…
Total Dissolved Solids (TDS): When High Numbers Matter
Gaining insight into high TDS levels reveals how they can impact water quality and why monitoring is essential for safe drinking water.
Oxidation‑Reduction Potential (ORP): What Sensors Really Tell You
Narrowing down what ORP sensors reveal requires understanding their true capabilities and limitations—discover how to interpret their readings accurately.
Chloramines: The Smell That Signals Trouble
Understanding chloramines’ smell can help protect your health; discover how to identify and eliminate this hidden water contaminant.
Carbonate Vs Bicarbonate: the Alkalinity You’Re Measuring
When exploring carbonate versus bicarbonate in alkalinity, understanding their roles helps optimize water quality—discover how to manage them effectively.
Langelier Saturation Index: Balancing Scale and Corrosion
Maintaining optimal water chemistry with the Langelier Saturation Index is crucial for preventing scale and corrosion; discover how to balance your system effectively.
Breakpoint Chlorination: The Equation Behind “shocking”
Breakpoint chlorination involves calculating the precise amount of chlorine needed to fully…
Hypochlorous Acid 101: The Real Sanitizer in Your Pool
Wondering how hypochlorous acid can transform your pool sanitation? Discover the benefits and tips for a safer, more effective clean.
Free Vs Combined Chlorine: the Numbers That Actually Matter
Understanding the difference between free and combined chlorine is key to maintaining…
