Designing Heating and Cooling Systems in Large Buildings
About Me
Designing Heating and Cooling Systems in Large Buildings

Have you ever wondered what goes into a heating or air conditioning system for a large office building or another large building like a mall or a school? My name is Evelyn, and I am an HVAC architect. I design heating and air conditioning systems for large, corporate buildings. Making sure that a large building with many rooms or offices is efficiently heated and cooled is a very large job and is much more complicated than simply heating or cooling a home. This blog will educate the reader on how heating and cooling jobs this large are designed and completed.


Designing Heating and Cooling Systems in Large Buildings

Debunking Common Myths about Water Softeners: Separating Fact from Fiction

Nicole Jacobs

Water softeners are a popular solution for dealing with hard water issues in households. However, there are several myths and misconceptions surrounding these devices that can lead to confusion among homeowners. Here are some common myths about water softeners and how you can separate fact from fiction.

Myth #1: Water softeners add harmful chemicals to the water.

Fact: One of the most prevalent misunderstandings about water softeners is that they add harmful chemicals to the water supply. In reality, water softeners operate on a simple ion exchange process. This process does not introduce any harmful chemicals into the water. The sodium or potassium levels in softened water are usually minimal and pose no health risks unless you have specific dietary restrictions.

Myth #2: Softened water is unsafe to drink.

Fact: Another misconception is that softened water is unsafe for consumption. While it is true that water softeners remove minerals, most of these minerals are not essential for human health, and their absence does not make the water unsafe to drink. In fact, many people prefer the taste of softened water as it eliminates the unpleasant taste and residue caused by hard water. However, if you have concerns about sodium intake or other dietary restrictions, you can install a reverse osmosis system or a separate drinking water tap to ensure access to non-softened water for drinking and cooking.

Myth #3: Softened water damages plumbing systems.

Fact: Some people believe that the use of a water softener can cause damage to plumbing systems due to the sodium content in the softened water. However, the truth is that water softeners have been used for decades without causing significant harm to plumbing. The small amount of sodium introduced during the softening process is unlikely to cause any issues with most plumbing systems. If you have concerns about corrosion, a water softener using potassium chloride instead of sodium chloride may be a good fit for your needs.

Myth #4: Water softeners waste a significant amount of water.

Fact: It is often claimed that water softeners waste a considerable amount of water due to the regeneration process. While it is true that water softeners require periodic regeneration to remove the accumulated minerals from the resin bed, modern water softeners are designed to be efficient and minimize water waste. High-efficiency models use advanced technology to determine when regeneration is necessary based on actual water usage, reducing both water and salt consumption.

Myth #5: Water softeners are expensive and high-maintenance.

Fact: There is a common misconception that water softeners are expensive to purchase and maintain. While the initial investment may vary depending on the size and features of the system, water softeners generally provide long-term cost savings by prolonging the lifespan of appliances, reducing energy consumption, and minimizing the need for cleaning supplies. Additionally, routine maintenance for water softeners is minimal, primarily consisting of adding salt to the brine tank periodically.

For more info about water softeners, contact a local company.