Fine,Tuning,Your,Swimming,Pool DIY Fine Tuning Your Swimming Pool Chemistry
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Swimming pools can be attractive andcan add value to your home. A properly installed pool looks beautifulat first, but poor maintenance can erase all the good looks. Its awaste of money to set up a swimming pool and just let it go murky.Regular maintenance may be irksome but one-time and major cleanup canbe even more annoying. Pool maintenance is possible with generalcheckup and cleaning, both requiring use of swimming poolequipment. One of the tricky things aboutmaintenance is checking the water chemistry. Note that while the poolfiltration system does much of the work in maintaining good watercondition, tweaking the water chemistry is the key to making yourpool suitable. Chemical balance of the water is important to keep thegrowth of microorganisms and the production of harmful chemicals.Certain water conditions favor proliferation of bacteria and otherpathogens. At the same time, poor water chemistry can also be a signof inadequate filtration and chlorination systems.There are signs that indicate poorwater chemistrycloudy water, discoloration, and chlorine smell. Ifyou suffer from skin and eye irritation after swimming, your poolschemistry should be checked. Eliminate the pathogenic agents.Chlorine is the most populardisinfecting agent. Although chlorine gas may be used, commercialpool disinfecting agents are in form of calcium hypochlorite orsodium hypochlorite, the same active ingredient your household bleachhas. When a hypochlorite compound is added to water, hypochlorousacid is yielded. This weak acid kills bacteria. Bromide compounds canalso be used to disinfect pool water.Is chlorine the culprit?Pool chemistry is largely affected bythe amount of chlorine in the water. If you paid attention duringyour high school chemistry class, you would remember thathypocholorous acid is unstable and easily decomposes, especially whenexposed to ultraviolet light of the sun. It also reacts with othersubstances. A stabilizing agent can be added to pool chlorinators toprevent formation of other chlorine compounds. An example is cyanuricacid, which also keeps hypochlorous acid from easily decomposing uponexposure to the sun. However, it is a common practice among poolowners to chlorinate pool water at night to get the best desiredeffect. What happens if hypochlorous acidcombines with other chemicals?Hypochlorous acid is supposed to killbacteria in the pool and not react with other compounds. It may reactwith compounds like ammonia (found in urine) to form chloramines.Chloramines no longer disinfect your pool. Worse, they are irritants.Chloramines cause eye and skin irritation. So, when you suffer fromskin irritation, its not directly because of the chlorine presentin the water, but because of the byproducts of chlorine. Thatunpleasant smell can be attributed to the presence of chloramines.Chloramines can be eliminated by shock treating the pool. This isdone by the application of strong pool chemicals to removeorganic compounds in the pool water.What about water pH?Water pH is one thing that you shouldnot miss. It should be at 7.2, but a range up to 7.6 is tolerable.Test the water pH regularly using test kits. Small amounts ofhydrochloric acid can be added to water if its pH is too high. Testscan be done every 6 hours to ensure water pH is at the optimum.Adding borate to water stabilizes its pH to some extent.
Fine,Tuning,Your,Swimming,Pool