Understanding Pool Chemistry Basics

Understanding Pool Chemistry BasicsPool chemistry basics are essential for those who want to enjoy their outdoor water adventure. Not to be confused with pool chemistry principles and usage that are useful for fresh and salt water marine aquatics, these basics are vital to your swimming experience. Pool chemistry basics are aspects that have nothing to do with the complex biological processes that occur in marine aquariums. In fact, these types of chemistry principles are often the basis for pool safety and general pool management.Chemistry itself is not a complicated science, though it is highly regulated. When it comes to swimming in a pool, however, chemistry is extremely important. Pool chemistry basics include the composition of the water, the intensity of its components, and the general pH of the water. Even a layman can understand what each of these are, but it is important to familiarize yourself with these concepts in order to maximize your swimming experience.Pool chemistry can be difficult to define. However, it is easy to tell if the water is acidic or alkaline based on the substances that occur in it. In a marine aquarium, neutral pH is necessary for optimum performance. In a freshwater or saltwater marine aquarium, only a properly maintained aquarium with balanced pH may be a desirable state.There are a variety of common pool chemistry types. The most common is the dissolution of ammonia and nitrate. There are two types of ammonia, di-ammonia and cy-ammonia. Many commercial salt water aquariums use either di-ammonia or cy-ammonia. In the salt water marine aquarium environment, these are usually required as it is impossible to keep salt concentrations equal to the atmospheric water parameters.Alkalinity is another type of pool chemistry. Alkalinity is caused by the dissociation of minerals in the water. By examining the concentration of calcium and magnesium ions in the water, it is possible to tell if it is alkaline or acidic. When the pH of the w ater is in an alkaline state, calcium and magnesium are bound in minerals, while in an acidic state, they are freed to react with one another to produce a more stable chemical compound. Both types of pool chemistry are fairly easy to understand and work with, but the use of potassium and sodium ions are important for proper management of the pool.Pool chemistry basics include the composition of the water. The most common chemical compounds in water include sodium, potassium, calcium, iron, and magnesium. Calcium, iron, and sodium are chemically much different than the other compounds, however. Magnesium is not dissociated and has a harder texture than magnesium chloride, a common pool chemical. Calcium is soluble in water and is responsible for the pH-balancing process.Pool chemistry basics can be used to understand what the overall swimming environment will be like. After all, it is the balance of these chemical compounds that produce pool water that is both attractive and comforta ble for swimmers. Following pool chemistry basics for swimming and pool management may be the best way to ensure your pool enjoyment. Discover how to implement and maintain this simple, easy-to-understand approach for maximizing your swimming experience.