Water arsenic level in Multan five times higher than permissible
MULTAN: The World Health Organisation has established 10 micrograms per litre as the permissible concentration in drinking water while Multan district is stated to have 50 micrograms per litre arsenic in underground water which is five times higher than permissible, according to a report of Public Health Engineering (PHE).
Arsenic is a chemical element, the elevated levels of which may cause different deadly diseases like diabetes, cardiovascular problems and various types of cancer.
Moreover, early childhood exposure has been linked to negative impacts on cerebral development that leads to increasing deaths in young adults.
However, what the authority termed the lack of requisite resources, was halting maintenance of filtration plants up to the desired level.
“The department is able to look after all filtration plants by two monitoring officials only with single motorbike,” according to secretary of water testing laboratory Khalid Javed.
He also pointed out that although water testing laboratory offers free of cost water testing for common households of the city yet the latter least come up to acquire the service.
The rapid expansion of the local population through unplanned colonies structure has worsened the situation as the builders don’t pay heed to situation of underground sewer system network where the dirty water is getting mixed up with drinking water so that the authority could adopt alternative measures to revert the hazard on time, said the PHE report.
Water Xen [executive engineer] Abudsslam, however, didn’t agree with the report, saying that Water and Sanitation Agency (WASA) has so far able to manage pure water for larger parts of city by extending a strong net of underground water pipelines.
“We use to conduct TPV (third party valuation) of water after every three-week here to ensure purity of drinking water, he said.
According to a web link, in US and European countries, the maximum contamination level for arsenic in drinking water is lowered by using alternative methods of using membrane filtration of arsenic from drinking water.