How to raise ph in a Pool

If you are a pool owner; keeping the water clean and safe for your family is imperative. That said, not many people realize the importance of maintaining an optimal Ph balance level. If the pH level drops below the average level, then the plumbing might degrade, and swimmers will start complaining about various issues. These include itchy skin and burning eyes. Talk about running fun in the summer!

Fortunately, this guide will teach you a thing or two about maintaining the ideal pool chemistry levels. Thus, if the pH levels in your pool are relatively low, keep reading

What is pH?

The Ph balance in water refers to the measure of the level of acid or alkalinity of water. From a science perspective, the term refers to “potential hydrogen” or the ability of a substance to attract hydrogen ions.

That said, you probably want to learn about what it means for your pool. The pH scale averages between 0-14, with 0 being highly acidic, and 14 indicating a “base” substance.

Many science professionals note that the ideal range for swimming pools averages between 7.2-7.7. If the water becomes acidic, it degrades the pool and poses a health risk for other pool users. Moreover, if the pool is excessively basic, it might lead to the water might lead to scaling and become too murky.

Why pH Balance is So Important

Just as you can see, any compromise in the pH levels can lead to various complications. For instance, a low pH level might irritate your skin and eyes. Plus, it might also compromise the mucous membranes in your nasal cavity. This occurs because acidic water will easily remove the natural body oils on your skin.

Also, a low pH level can easily corrode equipment. Anything that comes in touch with the acidic water gets profoundly affected. Left unchecked, and these issues can lead to the secondary corrosion of items such as liners, accessories, plumbing, and more.

Moreover, unbalanced pH levels might kill the power of your chlorine. Whether the pH level is low or high, unbalanced pH levels can increase the levels of germs in your pool. In such a case, consider using chlorine

Remember that high levels of pH might cloud the water. While the cloudy water might not necessarily be harmful, it could be a signal of the underlying pool issue. Plus, no one wants to move around in murky water.

What Causes Low pH? 

Since pH is an unstable factor, many things can compromise its use. For instance, when it’s low, it’s likely occurring due to issues such as rainwater or debris which contaminate the pool. Complete alkalinity is the key stabilizing factor for pH. Thus, you must test the ph level each time for the best results.

When the ph level is off, the same always applies in either direction as well.

How to Raise pH in 5 Steps

Now you have a clear view of ph, its importance, and how it affects your pool. The next step is to learn how to maintain the correct ph levels. Raising the ph levels of your pool might not be a complicated process, but it requires some time.

Follow these steps to maintain optimal ph levels:

1. Test the Chemistry Levels

If the pool has relatively weak ph levels, then it’s likely you have already checked the pool chemistry. If not, consider checking them now to determine how inaccurate the ph levels in the pool are. The ideal pH levels average between 7.2 and 7.6, with 7.4 being the perfect level,

2. Calculate the amount of water in your pool

You are probably aware of the amount of gallons your pool can hold. However, if you just got a home with a pool or something like that, you may have to do some math.

It’s easy, though, because the calculation process is simple. You have to plug the metrics and use one of these pools:

  • For rectangular or square pools – width x length x depth x 7.5 (if the pool has more than one depth, use the average amount)

  • Round pools: depth x diameter x diameter x 5.9

The most common product used to raise the alkalinity and ph levels of pools is sodium carbonate. You might require an average of 7 ounces for .2.5 ph you require to raise 10,000 gallons of water.

For instance, lets you’re the pH of your pool is 6.8, and you have a 20, 000-gallon pool. To raise the ph level to 7.2, you can start by adding an average of 13 ounces of soda ash.

This is just an estimate to help you get as close as possible to level the pH in your pool. That said, you may have to add some more in larger pools.

3. Add your chemicals

Get a 10-gallon bucket, add some water, and then add the measured soda ash. Then mix it around a bit to ensure the product stays mixed. You will then pour the product around the perimeter of the pool.

Ensure you keep the pump on at this point, such that soda ash circulates correctly through the water.

4. Test the pool water again

Then, wait for about two hours, and text the pH levels of your pool. If it’s well balanced, then you have applied the process correctly. However, if the levels are still inaccurate, then you might have to repeat the process. Also, you may have to and as much soda ash as required to get the ph level to a suitable level. While the water might be cloudy initially, it should clear in a few hours after the process.

If you still face a challenge in balancing the pH levels, then there could be some other factors that lead to such a compromise. Evaluate the pH levels to determine if there is another issue. Correct the calcium and chlorine levels, if required, and perform the text again. Also, ensure that your pool is as clean as possible because debris and leaves might easily compromise the ph levels.

Bottom line

Maintaining the pH levels in your pool is crucial for many reasons. Aside from helping to kill microorganisms and bacteria, it also ensures the pool is safe for human use. This guide on how to raise the pH in pool will keep you informed enough. It is a simple process when you have the correct information. Remember that maintaining the pH levels of your pool is a regular process, and you have to keep track of various aspects. These include aspects such as the size of your pool in relation to the amount of chemical required for human use.