Chlorine is hazardous to handle and store because it irritates the skin and eyes. It's no surprise, then, that many individuals prefer saltwater pools to regular chlorinated pools, which have several significant advantages.
Salt Water Systems vs. Traditional Chlorinated Pools
The facts concerning saltwater filters and pools may surprise you if you don't know much about them. For one thing, they're nowhere near as salty as seawater. In reality, they barely have a tenth of the salinity. Second, they aren't entirely devoid of chlorine. Instead, the system creates chlorine using an electrolysis process, which disinfects the water.
Advantages of a Salt Water Pool
- Salt water pool are friendlier on the eyes and skin because they have lower chlorine levels.
- According to research, saltwater systems are potentially safer than chlorine pools, which require owners to store and handle hazardous chemicals. Regular exposure to severely chlorinated swimming pools, according to studies, may also offer long-term effects.
- Many people prefer saltwater pool because they produce softer-feeling water.
- When compared to regular chlorinated swimming pools, saltwater pool require significantly less upkeep since the salt cells only create chlorine when it is needed.
Disadvantages of Salt Water Pools
- Saltwater pool are more expensive than traditional pools because they require a larger initial investment.
- Because saltwater pool are more complex than traditional pools, even minor issues often necessitate the assistance of an experienced technician.
- Because salt can harm certain materials, you may need to avoid certain types of heaters, fittings, underwater lighting, liners, and even masonry work.
What is a Salt Chlorine Generator?
The salt chlorine generator is the most important piece of equipment in a saltwater pool. The generator converts dissolved salt into hypochlorous acid and sodium hypochlorite, two sanitizing agents often used in chlorine-based swimming pools, through electrolysis. Chloramines do not build up as a result of the continuous process.
A salt chlorine generator is frequently mistakenly referred to as a saltwater filter. The generator does not filter the pool water, so this is incorrect. The debris in the pool is removed by a separate saltwater filter.
What Type of Salt Is Used in a Salt Chlorine Generator?
Salt chlorine generators use three forms of salt: mechanically evaporated salt, solar salt, and mined salt.
Solar salt is made from sun-evaporated seawater, and it contains contaminants such as dead brine shrimp and bacterium. The salt generator (and the saltwater filter) have to work harder because of impurities.
Mechanically evaporated salt is manufactured from seawater as well, but instead of sunlight, which burns organic materials, the generated heat is used to evaporate the water. Mechanically evaporated salt, on the other hand, could contain pool-damaging minerals.
Mined salt is the purest kind of salt, as it is dug from the ground.
How much salt Do I Need for My Pool?
The amount of salt your pool needs is determined by the amount of salt your salt chlorine generator needs to work effectively. This number can be usually found in the owner's manual and ranges from 3,000 to 4,000 ppm (parts per million).
The amount of salt to add is determined by the number of gallons in your pool and the present salt levels. Do use a saltwater test kit to determine the current salt level in the pool, then use a salt table to figure how much salt you'll need depending on the pool's size in gallons, minus the existing salt level (your generator manual should contain a salt table).
What Is the Price of a Salt Generator?
A salt chlorine generator normally costs between $500 and $600. It's important to remember that the generator is only one component of the saltwater pool system. A salt water chlorination system with a saltwater filter and other components costs between $1,500 and $2,500.
The Life Expectancy of a Salt Chlorine Generator
The salt cells in most household saltwater pool have a 10,000-hour life span of three to five years of operation. The life of a generator is determined by a variety of parameters, including pool maintenance frequency, salt level, water chemistry, and other variables.
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