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Testing, treatment, and maintenance — organized by topic.
Arsenic in well water treatment demands precision because arsenic, PFAS, nitrate, and lead don’t announce themselves in your well water, they’re invisible, tasteless, and slowly accumulating in your family’s tissues while you assume your water is safe. Key Takeaways: • Reverse osmosis removes 95%+ of arsenic, lead, and PFAS but requires 4-6 gallons of wastewater … Read more
Coliform bacteria in well water treatment creates a fork in the road between emergency panic and treatment paralysis. But the right response depends on whether this is your first positive or part of a pattern. Key Takeaways: • Single positive coliform results require shock chlorination and retesting within 7 days, 60% resolve without permanent treatment• … Read more
Shock treatment for well water kills bacteria within 8-24 hours, but most well owners waste their bleach and effort by skipping the math. You need 100 parts per million chlorine concentration to kill bacteria, not the random splash of bleach most people try. Key Takeaways: • Well shock chlorination requires 100 ppm chlorine concentration, 1 … Read more
Acidic well water treatment stops the silent destruction happening inside your plumbing right now. Low pH water silently destroys your plumbing from the inside out while leaching lead and copper directly into your drinking water. Key Takeaways: pH below 6.5 causes pipe corrosion that leaches copper and lead into your drinking water at dangerous levels … Read more
Rotten egg smell well water treatment starts with diagnosing whether the sulfur odor comes from your water heater or your well itself. The rotten egg smell from your faucet could mean a $50 anode rod replacement or a $3,000 hydrogen sulfide treatment system, and most homeowners waste money guessing wrong. Key Takeaways:• Hot-water-only sulfur smell … Read more
Water softener well water salespeople pitch these systems as universal solutions, but softeners can’t remove bacteria, arsenic, PFAS, or even most types of iron. They fix one specific problem, hardness, and nothing else. Key Takeaways: Water softeners only remove calcium and magnesium hardness, they cannot eliminate bacteria, chemicals, or oxidized iron Softeners fail on ferric … Read more
Sulfur in well water treatment gets complicated when you add hard water scale and low pH corrosion to the mix. Your well water tastes like metal, smells like rotten eggs, and leaves crusty white buildup on everything, but none of these problems will kill you, which is why they’re called aesthetic contaminants. Key Takeaways: Aesthetic … Read more
Hydrogen peroxide well water treatment beats chlorine for oxidizing iron, manganese, and hydrogen sulfide, but only if your water chemistry fits the narrow window where H2O2 actually works. Key Takeaways: • H2O2 requires pH between 6.8-8.5 and works on iron levels up to 15 ppm, outside these ranges, it fails• Injection systems cost $800-2,500 plus … Read more
Reverse osmosis well water systems excel at removing chemical contaminants like arsenic and PFAS, but they can’t touch bacteria and waste 75% of your water in the process. Most well owners don’t know these critical limitations before buying. Key Takeaways: RO systems remove arsenic, PFAS, nitrate, and lead to below EPA limits, but miss bacteria, … Read more
PFAS well water treatment confuses most private well owners because they assume all removal technologies work the same. They don’t. PFAS contamination in private wells affects 16.5 million Americans, yet most choose the wrong treatment technology because they don’t understand which PFAS compounds their system removes. Key Takeaways:• Reverse osmosis removes 95%+ of PFAS compounds … Read more