How to Design the Perfect Water Softener System

How to Design the Perfect Water Softener System - blog cover

Designing the perfect water softener system for your home is a detailed process that ensures all your water needs—from garden maintenance to safe drinking water—are met. This comprehensive guide will walk you through the steps necessary to create a tailored water-softening solution, addressing everything from initial water hardness testing to the installation of the system.

1. Assessing Water Hardness

The first step in designing a water softener system is to determine the hardness of your water. Water hardness is typically measured in grains per gallon (gpg) and can vary significantly depending on location. You can use a home testing kit or send a water sample to a laboratory for a more precise analysis. Knowing the exact hardness of your water is crucial as it affects the type and capacity of the softener you’ll need.

Quick Tip: a professional will be happy to test your water for you.

assessing water hardness How to Design the Perfect Water Softener System

2. Calculating Daily Water Usage

Understanding your household’s daily water consumption is key to selecting the right size water softener. On average, each person uses about 75-100 gallons per day. This estimate helps in determining the overall water usage of your home, which is critical in planning the capacity of the softener system needed.

3. Determining Capacity Needs

Once you know your daily water consumption and the hardness level of your water, calculate the total grains of hardness that must be removed daily. This figure is obtained by multiplying your household’s daily water usage by the hardness level in gpg. Adding a 20-30% buffer to this number can help accommodate higher usage periods without overstraining the system.

4. Selecting the Right Size System

Choosing the appropriate size for your water softener is essential. A too-small system won’t efficiently soften your water, while an overly large-system can lead to wasted energy and increased costs. The capacity of a water softener is often listed in thousands of grains of hardness it can remove between regenerations.

size - medium sized water softener in kent How to Design the Perfect Water Softener System

5. Choosing the Type of Softener

Ion exchange systems are popular in residential settings because they remove minerals like calcium and magnesium, which cause water hardness. However, if reducing sodium intake is a concern, you might consider a salt-free system, which uses a different method to condition the water without the need for salt.

6. Planning the Installation Location

The ideal location for your water softener is near the main water line where it enters your house. This allows the system to treat the water before it circulates through your plumbing. Also, ensure the selected location has sufficient space for the tank and allows easy access for maintenance activities.

7. Integrating Bypass Options

Consider installing bypass valves that can divert water away from the softener when hard water is acceptable, such as for watering the garden. Using bypass valves can help save on softener salt and reduce wear on your system, thereby extending its lifespan.

how to bypass your water softener - oringinal aquasoft image showing a diagram of the water softener bypass valave components

8. Addressing Drinking Water Needs

Many people prefer non-softened water for drinking and cooking. If this is the case, setting up a separate tap or a dedicated drinking water filtration system can provide access to untreated water where the taste and mineral content are preserved.

bot for drinking water How to Design the Perfect Water Softener System

9. Evaluating Regeneration Settings

Water softeners can be set to regenerate based on time or demand. A time-initiated regeneration occurs at set intervals, regardless of water usage, while demand-initiated regeneration occurs as needed based on the volume of water processed. Choosing the right setting depends on your home’s water usage pattern.

10. Adding Additional Filtration

If your water has other impurities such as sediment or chlorine, adding a pre-filter to the softening system might be necessary. These filters tackle specific contaminants before the water reaches the softener, improving the overall quality and taste.

11. Seeking Professional Advice

Finally, consulting with a water treatment professional can provide valuable insights, especially in ensuring that your system complies with local building codes and addresses specific water quality challenges in your area. A professional can also assist in the final adjustments to optimise the system for your home.

Watch our Video How to Design the Perfect Water Softener System for more insight.

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