Swimming Pools

(1) increase the amount of chlorine in the pool

(2) get an algaecide from the pool shop and follow the directions on the bottle ( I like copper based algaecides as these seem to last longest in the water.

Unless the infestation is very serious you should have the situation under control in a couple of days. However these are not always suitable for salt water pools.

(3) if you find that the infestation is so bad that you are unable to clear up the water go to the pool shop and get a floculent follow the instructions on the container.

Yes you can, but we noticed some staining to the floor and the concentration of chlorine near the tablet will kill things like small animals and insects. Kids would play with the tablets and hurt or blind themselves. Chlorine was one of the first poison gases used in ww1, you need to be careful. The floating containers for tablets are not that expensive.

hetoliters

add acid

This would depend on what sanitizer you are using: chlorine, bromine, salt generation, biguanide (Baquacil, Biogaurd), etc... However as with most systems, the best way to ensure accuracy is to have it professionally analyzed by a local dealer at least once a month. As far as home testing goes, drip tests are typically the most accurate way to test biguanide and chlorine pools, while strip tests are far more convenient and also cover more water balance criteria.

50 meters. This is the course used in the Olympic Games, the Pan-American Games, the Pan-Pacific Championships, and USA Swimming's Summer Nationals. The standard Olympic pool is 50 meters long by 25 meters wide, with 10 lanes of 2.5 meters width, and a minimum depth of 2 meters.

Assuming that your pool is 24 Round 52" Walls, Roughly 14,435 Gallons. Amount to be used will vary depending on the algaecide used. We normally recommend refering to the label of the algaecide you are using. We use Blue Wave Halt50 Algaecide with our winter closing chemical packages which recommends using 5oz per 10,000 gallons for booster dose.

Follow this link for a great deal on a blue wave winterizing kit.

http://www.royalswimmingpools.com/chemicals.htm#winterchems

Here are a few suggestions out of the many possible answers to this question.

Raise the air temperature in the room

Raise the humidity in the air in the room

Lower the water temperature in the pool

Cover the pool

I assume that you are shopping for a pool and are looking at an above ground. I have had three above ground pools. No nothing was wrong with them. We just keep moving. To answer the question: NO, the uprights are not buried. They are not even dug in to the ground. Make sure you pay a professional to set it up, it's money well spent. The ground should be leveled, then a stabilizer ring is put down in the shape of your pool. Then the uprights are placed in that ring. The uprights really do nothing more than join the top and bottom rails of the pool and give a little stability to the wall.

Enjoy.

Get a workshop manual for the pump and follow the instructions.

An air pillow is only present for the management of rain water on top of the cover. It is not designed tostructurally safeguard the pool. Do not touch the pool once it has frozen water upon it. You may cause more damage than leaving it alone.

$255.oo

a natatorium

YES

The easy way to do this is to apply a simple rule of thump that for every 100 m2 of pool surface area, 4-5 m3 of balance tank capacity is needed. For example, given a pool size 50 x 21 (1050 m2).

Taking 5 m3, the balance tank capacity would be 52,3 m3

A properly dosed salt water pool should be better on your sinuses then a freshwater pool. as it is more in tune withe the chemistry of your body. Salt concentrations in salt water pools are about the same as that found in your tears. Perhaps you should check that your chlorininator is not set too high. too much chlorine can lead to irritation in places like the sinuses.

1 gallon of 12% strength liquid chlorine will raise 120,000 gallons of water approximately 1ppm. For 10,000 gallons it takes about 9oz. to achieve 1ppm. PPM means parts per million not parts per moron. A 1-1.5ppm chlorine residual is usually sufficient to maintain a swimming pool as long as it is in a free and not combined form (chloromine). Public pools are closed down if the chlorine level exceeds 9ppm. 1 gallon of chlorine in a 10,000 gallon pool will exceed 14ppm. Use an oxidizer such as potassium monopersulfate to keep the chlorine in its free state and you won't turn your hair green (copper precipitates) or dissolve your children. If you're using calcium hypochlorite a quarter pound will raise 20,000 gallons to 1ppm. The practice of overdosing a pool with chlorine once a week is for lazy people that don't know chemistry or math. Chlorine is an oxidizer and can be harmful in large doses as it is easily absorbed through the skin. Take your choice.

A 15-foot round pool holds approximately 4,700 gallons of water when filled to capacity. To calculate this, you can use the formula for the volume of a cylinder: Volume = π × radius² × height. For a typical above-ground pool with an average depth of about 4 feet, this results in roughly 4,700 gallons. Keep in mind that the actual volume may vary based on the exact dimensions and shape of the pool.

This question requires a lot of assumptions to answer s the best I can do is give you several answers and hope one of them hits the mark. One cubic foot contains 7.48 gallons. 1. There is no gallons of water in 310 square feet because this is a 2 dimensional figure. 2. There are about 232 gallons if you filled that area 1 foot deep. 3. There are about 464 gallons if you filled that area 2 feet deep. 3 There are about 696 gallons if you filled that area 3 feet deep. We could go on but I am hoping this answers your question.

If the pool is 15 feet long and 4 feet wide, that would be 60 sq. feet of area. Now you would need to know the depth. Multiply 60feet by the depth and then multiply by 7.48 gal. per sq. feet for the total capacity. Is the pool round by any chance?

Almost nothing if theres a cover on it, otherwise you can lose a few gallons on a hot sunny day.

Yes, but your pump in your house will be running for a long time. Assuming you

have well that yields approx. 5 gallons of pressure per minute (3 gal is low, 7 gal

is high) 5000 gal divided by 5 gal. per minute = 1000 minutes/60 minutes per hour=

16.67 hours. It will take over 16 hours to fill the pool if you run your garden hose

non-stop. This may burn up your pump in your house. I would run the hose about

5 hours per day and you will fill your pool in about 3 days. That way the pump is

not overworked. You may want to time the water coming out of the garden hose

by filling a gallon jug to see how much pressure you actually have. Or you could

simply have a bulk-water company fill the pool in approx. 15 minutes but it costs

about $200 for this option.

30 x 13 x 5.9 (gallons per cubic foot for that particular shape) x 5 (average depth) = 11,500 US gallons, not including the spa since you gave no specifics on the spa.