Your geyser shouldn't fail when you need it most! Like all appliances, geysers have limited lifespans and over time their performance may deteriorate; hard water being one of the major culprits. Have you noticed it takes longer to heat water or increased energy bills as a result of hard water issues? These could be signs that hard water has an adverse effect on its efficiency causing it to work harder and wear faster over time reducing its lifespan and efficiency.
With these helpful tips, you can prevent your geyser from being damaged by hardwater.
Hard water with its high levels of calcium and magnesium minerals often goes undetected, yet can have a dramatic impact on both its lifespan and performance. Over time, its minerals cause limescale build-up which damages heating elements while decreasing efficiency resulting in increased energy costs and shorter service lives.
How can you ensure the longevity of your water heater? Follow our easy steps and extend its lifespan! We have tried these strategies ourselves and provide suggestions based on our successful solutions implementations.
What Is Hardwater? Hard water refers to any body of water with a high concentration of calcium or magnesium-containing minerals dissolved by passing over deposits of limestone and chalk. Hard water does not pose any direct danger to health but may pose issues for household appliances, like geysers, by leaving mineral deposits inside; over time this buildup could decrease efficiency and eventually cause malfunction.
How Hard Water Affects the Lifespan of Geysers
Hard water contains minerals such as calcium and magnesium which accumulate gradually inside geysers over time, leading to various issues with them. Below we outline how hard water impacts geysers:
Scale Formation One of the primary issues caused by hard water is scale buildup. Scale forms when minerals from the water settle on heating elements or walls inside of geysers, acting as insulation barriers against efficient heating elements.
Geysers must work harder than normal to heat water, decreasing efficiency. Over time, this strain will eventually cause its heating element to degrade, leading to increased repair costs or even total replacement of the unit.
Hard water can also lead to clogged valves and pipes, as mineral deposits build up in pipes, valves, and other parts of a geyser's components, restricting water flow through it and potentially leading to blockages that interfere with its performance or even stop working altogether. Reduced water flow has an adverse impact on pressure as well as making it harder for geysers to heat the water required by users.
Reduced Efficiency
Scales and clogs impede geyser efficiency, with mineral deposits hindering heating efficiency resulting in increased energy usage and increasing utility bills.
Increased stress to geyser heating elements and internal parts also increases wear-and-tear and reduces their lifespan, leading to decreased efficiency, higher energy consumption, and frequent breakdowns that require costly repairs.
Hard water can have numerous adverse impacts on a geyser. One effect could be slow heating time; scale accumulation on its heating element could be the source.
Increased electricity bills due to working geyser: Mineral deposits cause more energy use by the geyser, leading to higher bills and usage charges.
Cloudy or discolored water: Cloudy or discoloured water may be due to mineral deposits which buildup within your geyser and reduce both performance and quality of water output.
Geyser breakdowns can occur frequently: Harshwater causes geysers to wear out quickly, leading to frequent breakdowns and frequent repairs.
Low Water Pressure:Scale buildup in pipes can reduce water pressure, leading to inconsistent hot water supplies and reduced pressure levels.
Unusual Sounds: Popping and crackling sounds from your geyser could indicate mineral buildup, which reduces its efficiency.
Rust or stain around the geyser.These areas indicate mineral deposits or corrosion from hard water on metal parts that has accumulated within its environment.
Uneven Temperature of Water: Water temperature fluctuations occur when scale accumulates on heating elements and disrupts their functioning.
Also Read: 10 Best Water Heater Geysers in India - Making an Impact
1. Installing a water softener
Softeners reduce minerals in water, helping prevent scale build-up and protecting your geyser so it works more effectively.
2. Perform Annual Servicing To protect its longevity and keep operating efficiently, perform annual servicing on your geyser to clean, descale, and address any potential problems before they escalate into something more serious.
3. Install Anti-Scale Devices
To prevent mineral deposits from accumulating in your geyser, install anti-scale magnetic or electronic devices that prevent scale accumulation.
4. Clean your geyser regularly
To maintain an efficient tank, regularly use descaling agents and flush out sediments by flushing. At least every three months use descaling agents and flush your sediments away to maintain optimal performance of your geyser.
5. Opt for corrosion resistant geysers
Geysers that feature tanks made of stainless steel or glass tend to outlive those made with other materials and handle hard water more effectively.
6. Install a Prefilter System Add a prefilter before your geyser to help trap dirt and sediment for cleaner water. This will prevent dirt build-up that would otherwise enter through its intake pipe and make for poor performance of your geyser.
7. Water temperature should be maintained at an acceptable level
To protect your geyser and ensure smooth operations, avoid setting the thermostat too high as hotter water could increase mineral deposits inside it.
8. Switch out worn out parts
In order to keep your appliance performing well and protect itself against potential hard water damages, regularly replace worn-out heating elements or metal anode rods with newer versions.
Best practices to extend the life of your geyser Set your thermostat to its ideal setting of 50degC-60degC for optimal heating while reducing mineral build-up. When not in use, shutting off your geyser will save energy and wear on its components, saving both money and wear on them over time.
Drain the tank on a regular basis to eliminate sediment and rust build-up, and switch it off during voltage fluctuations to protect your geyser by switching it off. Insulating your water heater helps save energy usage while maintaining water temperature stability.
Hard water can be an insidious adversary to your geyser's efficiency and lifespan, but you can protect your appliance by understanding its effects and taking proactive steps like regular maintenance, using water softeners, or providing proper care to ensure optimal performance and reduced energy bills as well as longer geyser life during winter months.
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