62% of rural households in India have fully functional tap water connections within their premises, says Water Resources Ministry report

However, the report found, ‘most of the anganwadi centres and schools, had higher than the permissible range of residual chlorine and indicated inappropriate local dosing’

Around 62% of rural households in India had fully functional tap water connections within their premises, according to a survey commissioned by the Union Ministry of Water Resources to assess the functioning of the government’s marquee Jal Jeevan Mission. In June, the Centre had reported this number to be 52%.

Tamil Nadu, Himachal Pradesh, Goa, and Puducherry reported more than 80% of households with fully functional connections, while less than half the households in Rajasthan, Kerala, Manipur, Tripura, Maharashtra, Madhya Pradesh, Mizoram and Sikkim had such connections.

A fully functional tap water connection is defined as a household getting at least 55 litres of per capita per day of potable water all through the year.

Close to three-fourths of households received water all seven days a week and 8% just once a week. On average, households got water for three hours every day, and 80% reported that their daily requirements of water were being met by the tap connections.

The water quality in some of the households was tested and revealed 95% of households to have within acceptable limits of pH values.

More than 90% of village-level institutions, such as schools and anganwadi centres, were getting potable water. More than half (57%) of the sampled households reported purifying water before drinking. Only around 3% of the households reported using reverse osmosis treatment for water purification prior to drinking.

However, the report mentions a concerning problem of chlorine contamination. Though 93% of the water samples were reportedly free of bacteriological contamination, “most of the anganwadi centres and schools, had higher than the permissible range of residual chlorine and indicated inappropriate local dosing. Thus, there is a need to monitor the correct dosing of chlorine in the pipe water supply system,” the report notes.