Spa Chlorine Generators

Archive for the ‘Hot Tub Chemicals’ Category

The Process and Benefits

Tuesday, October 7th, 2008

Saltwater / Chlorine Generation Process

Chlorine Generator Working

When salt is dissolved in your water and your spa chlorinator in running, the chloride portion of the salt is transformed into pure liquid chlorine. Chlorine dissolves in the water to form hypochlorous acid. The acid performs the same functions as conventional “Pool Chlorine” in oxidizing bacteria, algae, mildew, etc.

Salt chlorinator systems generate free chlorine that destroys odors and irritating chloramines as the water passes through the TechniClor or ColorClor. Chloramines are responsible for the chlorine odor, red-irritated eyes, bleached hair and ruined bathing suits that are associated with traditional pool and hot tub chemicals.

Chlorine Generator Benefits

Chlorine is an agent to disinfect water and is necessary for safe swimming pool water. Chlorine residual is necessary so that it may instantly react to kill disease causing organisms and oxidize bacteria, algae, ammonia and other organic matter that may be introduced into the pool.

After purchase and installation of a TechniChlor or ColorChlor chlorine generator, you simply add Pool Salt (99% pure or better) to the water and sodium hypochlorite (free chlorine) is produced automatically by electrolysis of the water.

  • Eliminates the need to handle and store hazardous chlorine containing chemicals
  • Softened water does not sting eyes and leaves your skin silky soft
  • Sufficient chlorine oxidizes chloramines
  • No more chlorine smell
  • No dryness, itchy skin, red eyes, or green hair
  • No more bleaching of bathing suits
  • Lower cost than liquid chlorine (bleach), powders or tablets
  • automatically generating chlorine on demand
  • there is always sufficient chlorine in the water to remain sanitized

In summary, it’s a convenient, simple and safe way to disinfect water, producing high quality pool water with reduced maintenance.

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Facts about Hard Water in your Spa

Monday, September 22nd, 2008

Few things are harder on your family than hard water. It’s hard on your clothes, your skin, and your hot tub.

What Makes Water Hard?
Hard water contains natural calcium and magnesium, the hardening minerals. Rain water begins as soft water, free of these minerals, but as it passes through and over the earth, it absorbs these minerals. While they aren’t harmful to your health, they do affect the water and how the water affects us.

Why Hard Water is Hard on your Spa?
Hard water can turn simple cleaning tasks into hard work. Tubs and fixtures will be covered with an unsightly film that turns into heavy deposits unless it is kept clean. These deposits can actually shorten the life of your spa by up to 35%.

Why Soft Water is Such an Advantage
Not only does soft water make your skin and suits feel good, it also saves money and time. You need less chlorine to keep soft water clean. You can say good-bye to annoying water scaling and scum as well as stubborn tub rings. Your pipes and filters remain stain- and clog-free, requiring less maintenance and repair.

How can I tell if my water is hard?
You may have hard water if your glasses and dishes are left with spots, or colored clothing looks dull. You can have your water tested by your water dealer or you may use a home water testing kit.

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How much Pool Salt should I use?

Thursday, September 18th, 2008

TechniChlor and ColorChlor manuals recommend a salt level of close to 3,000 ppm. The amount of salt required will depend greatly on the size of you tub in gallons. Most applications will require about 5 pounds, but please refer to the users guide instructions for the specific amount of salt for your particular tub.

These are simplified equations here.

  • Cups of Salt = Spa Gallons * (3000 – Current Concentration) / 81,000
  • Pounds of Salt = Spa Gallons * (3000 – Current Concentration) / 120,000

The current concentration can be found using the included test strips. It will take your tub some time to dissolve all the added salt. If the water is hot this should take 30 minutes to an hour. if the water is cold, it may take overnight.

It is always recommended you start the conversion to salt water chlorine generation with a complete flush, rinse and cleaning of your tub or spa to remove any contaminates and residual.

While your TechniChlor or ColorChlor is oxidizing bacteria and other reductants, the chlorine reverts back to chloride ions to maintain the salt concentration in the pool. Top-off salt needs to be added when fresh water is added to the pool due to water losses from splash out, pump outs or filter backwashing. In northern climates, pools are usually drained and “winterized” at the end of the swimming season and new salt is necessary when the pool is re-filled the following spring.

If your tub is used year-round, it is also recommended to drain and refill every six months.

Solar Evaporation Method

Sunday, September 7th, 2008

Solar Evaporation methods produce the purest salt of the many different commercial salt mining and producing methods. It will produce 99.5% pure salt – and this is the recommended purity level for salt water chlorine generation. When buying salt for your pool or hot tun chlorinator, always look for Solar Evaporation with above 99% purity!

Salt Water Evaporation Ponds

Solar Evaporation is the oldest method of salt production and still is the most environmentally friendly. It has been used since salt crystals were first noticed in trapped pools of sea water. Solar salt production is filling shallow ponds with saltwater where the sun evaporates most of the water. The salt is then gathered by mechanical harvesting machines. Any impurities that may be present are drained off and discarded prior to harvesting.

These salt ponds range from to 40 to 200 acres with a foot-thick floor of salt resulting from years of depositions. During operation salt water flows continuously through these ponds. This is called a saturated brine solution, containing as much salt as it can hold, so pure salt crystallizes out of the solution as the water evaporates. Natural chemical impurities are returned to the salt water source.