![]() ![]() In this blog, we'll focus on two types of water treatment systems: water conditioners and water softeners. There is a myriad of solutions out there, and it can be difficult to understand the differences between them and which solution is best for your home or business. One question that arises in everyone’s mind is “How does a water conditioner work?” If your primary goal is to keep water from damaging or causing problems in your plumbing system or increase the efficiency of your appliances, trying to figure out the best option for treating your water can be overwhelming. These problems can cause a whole host of issues in water systems, including on the insides of pipes, on heat exchangers, on fixtures, and more. Water conditioning aims to address three major issues that are present in most water sources: limescale, bacteria, and algae. This is where water conditioning comes in. ![]() Even once water has already been treated by your city and makes its way to your storage tank and pipes, it may not be in the condition you want it. This is why water typically goes through many stages of treatment before it ever gets to you. Water is such an integral part of our everyday life, but in almost all cases, water does not start out clean. From drinking water to bathing, washing clothes to cooking and even gardening, water is there with us in every step of our lives. Water is the most important thing that we need in our lives.
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9/27/2023 01:10:30 pm
Despite a dryer-than-average January, precipitation that Montana desperately needed and that helped increase snowpack levels in most of the major river basins arrived in February. In most of Western Montana, the Snow Water Equivalent (SWE) levels as of March 20, 2023 are around typical for this time of year, with somewhat less snowpack in the St. Mary and Milk, Kootenai, and Bitterroot basins. SWEs are currently above 100% in the Madison, Gallatin, Helena, and Smith-Judith-Musselshell basins.
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