For a gift a few years ago Bert gave me an EPA Water Sense approved low-flow shower head. I recently purchased one that has a much lower flow rate (1.5 gallons per minute, compared with older shower heads that use as much as 8 gallons per minute), while still delivering a comfortable and large non-aerated spray.
Even more money is saved by some shower heads, as they automatically turn off the flow of water once the water gets warm, until you're ready to use it!
If anyone would like to know the specific product that I purchased, please message me and I can provide the details.
An example description from the manufacturer/model I chose is shown below:The features offered by this shower head include a maximum flow rate of 1.5 gallons per minute, a pressure compensating flow regulator (insuring consistent performance from 40 to 80 psi of water pressure), a non-aerated rain style spray pattern to deliver better water coverage and showering comfort, along with reduced diameter spray nozzles to improve the shower feel. The most unique feature, however, is the ShowerStart technology. When the shower is initially turned on the ShowerStart device monitors the water temperature. When the water temperature reaches bathing temperature, (95° F / 35° C), the conservation mode is activated and the device “triggers a trickle”. This prevents your hot water from running down the drain before you're ready to get in the shower. Not only have you eliminated the water and energy waste, but the sound of the trickle tells you that your shower’s ready. The water for your shower is now warm and waiting instead of warm and wasted. Turn the valve on the shower head, the water flow will resume, and enjoy your shower. After each shower the ShowerStart device will automatically reset.
These shower heads cost more, but the return on investment is as little as 1 year, while saving hundreds of gallons of water in that same amount of time.
These shower heads cost more, but the return on investment is as little as 1 year, while saving hundreds of gallons of water in that same amount of time.
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