As a pool owner, you know that maintaining pool water balance can be time-consuming and expensive. Chlorine, muriatic acid, and other chemicals are commonly used for pool pH control, but there is a more effective and eco-friendly method that reduces chemical use and prevents the problems associated with a muriatic acid swimming pool. A CO2 injection for pools is a simple, affordable way to achieve pool water balance and pool pH control while reducing the use of chemicals.
Our next series of articles will discuss everything you need to know about a CO2 pool system. We’ll cover the basic principles of CO2 for pools, its benefits for pool owners, and how to install a CO2 injection for pool water balance system.
Understanding the Basics of CO2 Injection For Pools
CO2 for pools works by changing the pH balance of the water in your pool. When a CO2pool system injectsinto the water, it forms carbonic acid, which lowers the pH level. This increase in acidity makes it harder for algae and bacteria to grow, preventing the buildup of scum and slime that can make your pool look unclean.
CO2 injection for pools is effective in all types of swimming pools, especially concrete and plaster pools, which tend to raise the pH level due to their basic nature. By using a CO2 injection for pool water balance, pool owners can maintain a healthy pool water balance and pool pH control without the need for excessive chemicals.
pHPure™ is a CO2 injection for pools developed by Clearwater Enviro Technologies. It can be purchased separately, or as part of the comprehensive Clearwater Pool Systems which also includes the MineralPURE® pool ionization system and OzoneMAX™ ultraviolet ozone system. Thousands of residential and community pool owners throughout the world utilize Clearwater Pool Systems to help maintain pool pH control and balance total alkalinity. Homeowners can order residential models online at Home Depot. If you operate a commercial pool, please contact the nearest authorized dealer or e-mail us at firstname.lastname@example.org.