Hear from Our Customers
You test your pool water with strips from the store. The colors never quite match the chart. You add chemicals based on your best guess, then wonder if you got it right or just made things worse.
Here’s what actually happens when your water chemistry is off. Your kids swim in water that might be harboring bacteria you can’t see. Your pool equipment starts corroding from improper pH levels. Your liner fades or stains because the calcium hardness is too high or too low. You’re spending money on chemicals you might not even need.
Professional pool water testing removes the guesswork completely. You get accurate readings on pH, chlorine, alkalinity, calcium hardness, and other levels that cheap test strips miss entirely. You know exactly what your pool needs before anyone jumps in. And you stop wasting money on trial-and-error chemistry.
The difference is simple: you’re not staring at a color chart under your porch light trying to decide if that’s “light pink” or “dark pink.” You’re getting lab-quality results that tell you the actual numbers, what they mean, and what to do next.
We’ve been serving Coffee County for years, and we’ve tested thousands of pools across Mora, Douglas, and the surrounding area. We know what Georgia heat does to chlorine levels. We know how afternoon thunderstorms throw off your pH. We understand the specific challenges of maintaining pool water in this climate.
We’re not a big-box store handing you a test strip and wishing you luck. We use professional-grade testing equipment, and we’ve seen every water problem this region throws at pool owners. When we test your water, we’re looking at the complete picture, not just whether your chlorine is “somewhere in the green zone.”
This service is free because we’d rather you get it right the first time than waste money fixing problems that didn’t need to happen. Bring us a water sample. We’ll tell you what’s going on and what to do about it.
Grab a clean plastic bottle or container. Collect a water sample from your pool, about elbow-deep, away from return jets and skimmers. Bring it to our location at 839 Boardwalk Circle in Douglas during business hours.
We run your sample through our testing equipment, which takes about two to three minutes. You’re not waiting around all day. We’re testing for pH levels, total chlorine, free chlorine, total alkalinity, calcium hardness, cyanuric acid, and other factors that affect water quality and safety.
You get a printed report showing every measurement, what the ideal range is, and where your water currently sits. We walk you through what each number means in plain language. If your pH is 7.9 and it should be between 7.2 and 7.8, we tell you exactly how much pH decreaser to add based on your pool’s volume.
You leave knowing what to buy, how much to use, and why it matters. No guessing. No wondering if you’re doing it right. Just clear direction based on accurate testing.
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We test for pH balance, which determines whether your water is acidic or basic. When pH drifts outside the 7.2 to 7.8 range, chlorine stops working effectively, your eyes burn when you swim, and your pool surfaces start deteriorating. In Mora’s climate, pH tends to climb during hot stretches, especially after heavy pool use.
We measure total alkalinity, which acts as a pH buffer and keeps your water chemistry stable. We check calcium hardness to prevent scaling on your tile or corrosion of your equipment. We test cyanuric acid levels, which protect chlorine from being burned off by Georgia’s intense sun but can also reduce chlorine effectiveness if levels get too high.
We measure both free chlorine and total chlorine. Free chlorine is what’s actively sanitizing your water and killing bacteria. Total chlorine includes both free chlorine and used-up chlorine that’s already done its job. The difference between these numbers tells us if you have a chlorine demand problem.
Coffee County’s water supply and our regional weather patterns create specific challenges. Summer heat accelerates algae growth and chlorine depletion. Afternoon thunderstorms dilute your chemicals and drop your chlorine levels fast. We account for these local factors when we analyze your results and make recommendations.
Bring in a water sample at least once every two weeks during swimming season. That’s the baseline for staying ahead of problems in Georgia’s climate.
If you’re dealing with cloudy water, algae growth, or you just shocked your pool, test it before you add more chemicals. If you’ve had heavy rain or a lot of swimmers in a short period, test it. If your pool sat unused for a while and you’re opening it back up, test it.
The reality is that most pool problems are easier and cheaper to prevent than to fix. Testing every two weeks catches small issues before they become big headaches. You’re spending a few minutes and zero dollars to avoid spending hundreds on algae treatment or equipment repairs.
During peak summer months when your pool gets used daily and temperatures stay in the 90s, weekly testing makes more sense. Heat accelerates chemical reactions, swimmers introduce contaminants, and sun breaks down chlorine faster. Your water chemistry changes more rapidly when conditions are extreme.
Test strips measure fewer parameters and they’re less accurate. Most strips only test pH and chlorine, maybe total alkalinity if you buy the better ones. They miss calcium hardness, cyanuric acid, and other factors that affect water quality and equipment longevity.
The accuracy issue is bigger than most people realize. You’re comparing a color on a wet strip to a printed chart, usually in less-than-ideal lighting. Is that “50 ppm” or “100 ppm” on the chlorine reading? Hard to say. And if the strips are old or have been exposed to moisture, the readings get even less reliable.
Professional testing uses calibrated equipment that gives you actual numbers, not color approximations. We’re measuring your pH at 7.6, not “somewhere between 7.2 and 7.8.” That precision matters when you’re trying to add the right amount of chemicals without overshooting and creating a different problem.
We also test for things that directly impact your costs. High cyanuric acid levels mean your chlorine isn’t working efficiently, so you’re adding more chlorine than you actually need. Low calcium hardness means your water is pulling calcium from your plaster or grout, causing damage you’ll pay to repair later. Test strips don’t catch these issues until they’ve already cost you money.
We prioritize what needs to be fixed first and in what order. Some adjustments need to happen before others, or you’ll be fighting against your own efforts.
If your pH and alkalinity are both off, we adjust alkalinity first. Total alkalinity acts as a buffer for pH, so if you try to fix pH while alkalinity is wrong, the pH will just drift back out of range. If your chlorine is low and your pH is high, we bring the pH down first because chlorine doesn’t sanitize effectively when pH is above 7.8.
You get a clear action plan: do this first, wait this long, then do this next. We’re not handing you a list of five chemicals to dump in at once and hoping it works out. We’re walking you through the sequence that actually solves the problem.
Most water chemistry issues in Mora stem from a couple of common causes. Georgia heat burns through chlorine fast. Heavy summer rains dilute everything. High pool usage introduces contaminants that throw off your balance. Once we identify what’s driving your specific problem, the fix is usually straightforward. You’re not dealing with some mysterious pool science. You’re dealing with known variables that have known solutions.
No appointment needed. Bring in your water sample during business hours and we’ll test it while you wait.
We’re open Monday through Friday from 8:00 AM to 5:00 PM and Saturday from 9:00 AM to 2:00 PM. The actual testing takes two to three minutes. You’re in and out with your results and recommendations in under ten minutes unless you have questions or want to talk through your specific situation.
Collect your sample the same day you bring it in, ideally within a few hours of testing. Water chemistry can shift if the sample sits around, especially in a hot car. Use a clean plastic container, collect the sample about elbow-deep in your pool, and keep it out of direct sunlight until you get here.
If you’re coming from Mora, we’re located at 839 Boardwalk Circle in Douglas, just a short drive away. Bring your sample, we’ll run the test, and you’ll leave knowing exactly what your pool needs. This service is completely free, and there’s no obligation to buy chemicals from us, though we do carry everything you’ll need if you want to grab it while you’re here.
Your pH should sit between 7.2 and 7.8. This range keeps chlorine effective, prevents eye and skin irritation, and protects your pool surfaces and equipment from damage.
Free chlorine needs to stay between 1 and 3 ppm for residential pools. Below 1 ppm, you’re not sanitizing effectively and bacteria can grow. Above 3 ppm, swimmers might experience skin or eye irritation. If you’ve just shocked your pool, chlorine will be higher temporarily, and you should wait for it to drop back into range before swimming.
Total alkalinity should measure between 80 and 120 ppm. This buffers your pH and keeps it stable. Calcium hardness should fall between 200 and 400 ppm to prevent scaling or corrosion. Cyanuric acid should stay between 30 and 50 ppm to protect chlorine from sun degradation without reducing its effectiveness.
When all these factors are in range, your water is balanced. It’s safe for swimming, it won’t damage your equipment, and your chemicals will work the way they’re supposed to. You’ll spend less time and money on maintenance because you’re not constantly fighting chemistry problems. That’s what we’re testing for when you bring in a sample, and that’s what our recommendations are designed to achieve.
Yes, and it happens faster than most pool owners expect. Georgia’s summer thunderstorms dump a lot of water in a short time, and that dilutes every chemical in your pool.
A heavy afternoon storm can drop your chlorine levels significantly, sometimes cutting them in half depending on how much rain fell and how much water was already in your pool. Your pH will shift, usually downward, because rainwater is slightly acidic. If the storm is severe enough to overflow your pool, you’re also losing chemically balanced water and replacing it with untreated rainwater.
After significant rain, your pool is more vulnerable to algae growth and bacteria because your sanitizer levels are lower. If you don’t test and adjust your chemistry within a day or two, you might see your water start to cloud up or develop that slightly green tint that signals algae is taking hold.
This is one of the reasons we recommend testing more frequently during Georgia’s rainy season. You’re not being overly cautious. You’re responding to real changes in your water chemistry that happen because of our climate. Bring in a sample after a big storm, get your levels checked, and adjust what needs adjusting before small problems turn into expensive ones.
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