A salt water system creates its own chlorine. however at times it may be beneficial to ad some chlorine when there is an algae problem. Perhaps it may pay to check if your system is making enough chlorine or if the element needs replacing. in any Case your pool shop should be able to test your water to see what is required to set things right. if extra chlorine does not help try throwing some algaecide into it. Most saltwater chlorinators don't like metal based algaecides so use one that is not metal based.
Algae primarily use passive diffusion to take up chlorine from pond water. Chlorine molecules move from an area of higher concentration (pond water) to an area of lower concentration (inside the algae cells) through the cell membranes. This process occurs naturally as algae come into contact with the chlorine in the water.
The chlorine is reacting to minerals in the water.
Adding chlorine and algae-side during the winter will make it a lot easier to get the pool water ready in the summer. It is also safer to have clear water in the pool at all times in case of unforeseen emergency's.
Yes, you can switch from chlorine to a saltwater system by installing a chlorine generator, also known as a saltwater chlorinator, and adding salt to your pool. The chlorine generator will convert the salt into chlorine to sanitize the water, eliminating the need for manual chlorine additions. Make sure to follow the manufacturer's instructions for proper installation and salt levels.
Chlorine, as well as other sanitizers for water, kill bacteria and algae in the pool water to keep it more safe for bathers.
Chlorine kills algae by breaking down the cell walls and membranes of the algae cells, disrupting their ability to function and reproduce. This results in the algae being unable to survive and thrive in the pool water.
. All water is chlorinated by adding chlorine gas to it or by adding calcium hypochlorite or sodium hypochlorite. The term "chlorinated water" is misleading, as the final product is not chlorine, but a dilute solution of hypochlorous acid.
If your pool has high chlorine levels along with algae, you should first test the water to confirm the chlorine levels. If the levels are indeed high, you can partially drain the pool and refill it with fresh water to dilute the chlorine. It is also important to shock the pool with an appropriate amount of shock treatment to kill the algae and bring the chlorine levels back to normal. Regularly brushing and vacuuming the pool will also help remove the algae.
A salt water system creates chlorine, which, in theory, should prevent algae growth. Chlorine levels must be tested at least once a week. During the hottest part of the summer, levels should be between 4 and 5 ppm. Yet algae can survive in these high levels of chlorine if there are phosphates in the water. Think of phosphates as a food source for algae. As long as they are well fed, they can survive high chlorine levels. Most pool stores can test for presence of phosphates. They will probably advise you to first treat your pool with an algaecide, then treat the phosphates.
Yes you still need a pump and filter. The saltwater system generates chlorine and eliminates the need for chlorine tabs. You will still need to keep the water balanced and continue normal pool maintenance.
Tricky question: Maybe! Green water ,on the whole, is caused by algae. Algae is a single celled plant and should cause no problem BUT if the water has algae it usually has little or no chlorine. This is where the problem comes in. With no chlorine you may be glowing pathogens (germs, viruses and Bactria). That's where your problem lies.
The chemical that usually goes in a pool is chlorine. This is the first chemical as well as the last chemical to enter the water.