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Our 100th blog article marks an achievement that we owe to you, our readers, with sincere gratitude. We want to use this article to discuss our company and mission and ask for your continued feedback in 2021.

As 2020 draws to an end, there is perhaps one thing that unites people from all over the world: we want to get back to normal. This article is our end-of-the-year wrap-up and a positive outlook for swimming pool owners and industry professionals in 2021.

Swimming pool covers impact water chemistry in different ways. This article discusses each type of pool cover and how they affect water chemistry. Perhaps most importantly, we will discuss how the type of pool cover you have determines how the pool should be winterized and closed.

Swimming pool service companies have traditionally ignored and absorbed gradual price increases, because nobody likes raising prices on customers for the same services rendered. Due to COVID-19 and other unforeseen circumstances, that is no longer possible in 2021. We are writing this article to inform homeowners about what has happened to our industry and how you can prepare for the increased costs of maintaining your swimming pool.

If you own or maintain a saltwater pool, there's a good chance you have seen calcium flakes in it too. This article will explain what the flakes really are and debunk some myths about them. Let's get into it.

Calcium nodules in pools look like little calcium volcanos or blisters that ooze out of pool walls and floors. While there are varying opinions on this topic, in this article, we will explain what nodules are and why they occur. Then we'll discuss how to prevent and fix calcium nodules.

This lesson explains why pH naturally rises. If you maintain pools on a weekly basis, you have probably noticed that the pH is almost always higher after a week. That's not your fault. It's natural. This article explains why.

Swimming pool temperature impacts the water chemistry in a big way. This article will outline a few reasons why.

Total Dissolved Solids (TDS) is a metric used in water treatment that measures all dissolved minerals, salts, chlorides, metals, organics, and many other contaminants in water. TDS impacts water conductivity and is related to corrosion, chemical efficiency, water clarity, and is an often-forgotten factor in the LSI.

Today we are discussing two of the six LSI factors: water temperature and Cyanuric Acid (CYA). There is a widespread belief in the industry that hotter weather means pools need more CYA to protect chlorine from sunlight degradation. Is it true? Let's find out.

It is widely known that pH controls the strength and efficacy of chlorine. And that's true, except when Cyanuric Acid (CYA) is in the water. CYA changes the entire dynamic, and that's what we discuss in this article.