Water is one of the most valued resources for any habitat. From drinking to mopping floors, the average Indian uses 135 litres per capita per day. Despite being water-rich, India’s huge population means that the country remains water-stressed. An uneven supply of water also puts stress on areas with scarce water resources, such as the NCR, Chhattisgarh, Andhra Pradesh, and Tamil Nadu. 

With highly limited availability of freshwater, most households today depend on groundwater to meet their daily requirements. However, the available groundwater often has a high concentration of minerals, which means that most of it is hard water, leading to a high requirement for treating hard water in housing societies.

What is hard water? 

Hard water is a type of water that contains salts of magnesium and calcium, in the form of chlorides, bicarbonates, and sulfates. It may also contain ferrous iron. Hardness of water can be temporary or permanent. Hardness caused by calcium carbonate can be resolved by boiling the water. However, hardness caused by other salts is permanent as it cannot be treated by simply boiling the water. 

The continued use of hard water for domestic purposes can lead to multitude of problems, which can include:

Hard water is also ineffective when used with soap. The calcium and magnesium ions in the water form an insoluble gelatinous curd when combined with the higher fatty acids of a soap. It means that you will find it hard to produce any lather. These complications mean that hard water cannot be used for any domestic purpose, whether mopping floors or cooking food, without prior treatment.  

How to deal with hard water

At home, there are multiple means of treating hard water that can range from home remedies to commercial solutions. These include:

How societies treat hard water

With a high density of population, housing societies depend heavily on groundwater supply to meet their demand. To make this groundwater, which is mostly hard water, suitable for domestic consumption, housing societies today follow a centralised water softening mechanism which is based on RO technology. These industrial RO treatment plants can be highly effective in reducing TDS or Total Dissolved Solids by as much as 80%-90%. A water meter is attached to the water softener plant to monitor the quantity and in measuring regenerated water. The water should also be tested regularly to ascertain its functioning. 

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