More Cities Eye Water Softeners Over Salinity Issues

A growing number of cities, especially in California, are taking a variety of steps to reduce their local sodium levels and water treatment costs, which can be affected in cases by the number of traditional water softeners in an area.

With that in mind, the city of Woodland, California recently announced that
it is conducting a survey to learn more about the source of some of its salinity levels in wastewater. The city noted that participants will also be entered in a drawing for a GPS unit.

In its announcement, the city notes that higher salt levels can contribute to blood pressure problems and also harm crops, fish and other wildlife. Another problem is higher wastewater and drinking water costs.

The city did mention water softeners in its announcement, noting that the local hard water is safe to drink, but can leave deposits on plumbing fixtures and damage appliances, while also making soap and shampoo less effect.

The attention on the environmental effect of water softeners is gaining more attention nationwide as cities struggle to provide adequate supplies in light of increased demand and factors like pollution and an aging infrastructure.

If you are affected by these new laws and want to soften the water in your home, feel free to get in touch with me and I'd be happy to help.

Or leave a comment below and let me know what you think about them...

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Mechanical Water Softeners

Mechanical water softening units can be permanently installed into the plumbing system to continuously remove calcium and magnesium and prevent the formation of limescale around the home.

Water softeners operate on the ion exchange process. In this process, water passes through a media bed, usually sulfonated polystyrene beads. The beads are supersaturated with sodium. The ion exchange process takes place as hard water passes through the softening material. The hardness minerals attach themselves to the resin beads while sodium on the resin beads is released simultaneously into the water.

When the resin becomes saturated with calcium and magnesium, it must be recharged. The recharging is done by passing a salt (brine) solution through the resin. The sodium replaces the calcium and magnesium which are discharged in the waste water.

Hard water treated with an ion exchange water softener has sodium added. According to the Water Quality Association (WQA), the ion exchange softening process adds sodium at the rate of about 8 mg/liter for each grain of hardness removed per gallon of water.

For example, if the water has a hardness of 10 grains per gallon, it will contain about 80 mg/liter of sodium after being softened in an ion exchange water softener if all hardness minerals (which cause hard water stains) are removed.

Because of the sodium content of softened water, some individuals may be advised by their doctor, not to install water softeners, to soften only hot water or to bypass the water softener with a cold water line to provide unsoftened water for drinking and cooking; usually to a separate faucet at the kitchen sink.

Mechanically softened water is not recommended for watering plants, lawns, and gardens due to its sodium content.