Category Archives: Water treatment

India, Haryana: US$ 28 million approved to tackle drinking water problems in Mahendragarh district

The National Bank for Agriculture and Rural Development (NABARD) has approved a INR 1.27 billion (US$ 28 million) project to tackle the drinking water problem in Mahendragarh district of Haryana state.

The project will supply water to 64 water-starved villages and 34 dhanies (clusters) at a rate of 60 litres per capita per day.

A Public Health Engineering Department (PHED) spokesperson said that drinking water supply facilities had been improved in 4,925 villages during the past six years. Free water connections had been given to 779,148 Scheduled Caste households in rural areas and 138,793 in urban areas under the Indira Gandhi Drinking Water Supply Scheme.

The Naandi Foundation has provided reverse osmosis (RO) water treatment plants in 100 villages in the districts of Mahendragarh, Jhajjar, Kaithal and Mewat under a public-private partnership (PPP) initiative with Tata Projects. Safe drinking water was being supplied at a rate of ten paise (0.22 US dollar cents) per litre.

Source: UNI, New Kerala, 14 Jan 2011

India, Tamil Nadu: schools get water purifiers for safe drinking water

A Government High School at Alagapuram Periya Pudur in Salem has been given a water purifier under the Education for All (SSA) programme. Photo: E. Lakshmi Narayanan / The Hindu

Thanks to a government scheme, many primary and high schools in Tamil Nadu’s Salem district now have installed water purifiers. For many village schools, however, the purifiers are of no use because they don’t have a water supply system.

 

The scheme is part of Sarva Shiksha Abhiyan (SSA), the government’s ‘Education for All’ Movement, that is being implemented in a majority of 1,721 primary, middle, high and higher secondary schools in the district. The allocation for primary schools is Rs. 5,000 [US$ 109], Rs. 12,000 [US$ 262] for middle and Rs. 7,000 [US$ 153] for both high and higher secondary schools were sanctioned. In addition each school gets Rs. 5,000 [US$ 109] per year for maintenance.

While many schools had been prompt in maintaining the water purifiers, a few schools had neither bought nor maintained them properly. A middle school in Kondalampatti had the purifier but did not have the provision for water supply to the school itself.

A school teacher said that the scheme, though laudable, could not be implemented totally in schools in villages since many of them did not have basic amenities such as water supply.

Source: The Hindu, 26 Nov 2010

Afghanistan: chlorination drive to avert water-borne diseases

Health workers in flood-affected parts of Afghanistan are trying to prevent water-borne disease outbreaks by chlorinating drinking water and promptly delivering health services.

Dozens of small health teams have been sent to areas mainly in northern and eastern Afghanistan hit by flash floods [at the end of July 2010], Health Ministry officials said.

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India, Himachal Pradesh: 5000 youths to be recruited to maintain water schemes

Chief Minister Prem Kumar Dhumal of India’s Himachal Pradesh state [pop. 6 million] announced on 13 August 2010 that the state government would be considering recruitment of local water guards on a part-time basis to manage the drinking water supply schemes in different parts of the state.

The Chief Minister said this while presiding over the review meeting of the Irrigation and Public Health Department.

He said the recruitment would generate employment to about 5,000 rural youths besides ensuring regular supply of water to the people and also maintenance of the schemes.

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Philippines, Samar: only 59% of households have sanitary toilets; 81% have access to water

Samar’s newly-elected leaders are challenged with this health and sanitation data.

In the record of the Samar Integrated Provincial Health Office, it revealed that only some 59% of Samar province households have sanitary toilets.

The data was culled from the IPHO records in calendar year 2009.

There is an improvement though, on scrutiny, comparing the two consecutive years, in 2008, only 51% of the 100, 193 households in Samar have sanitary toilets then, commonly called as comfort rooms or ‘CR’.

A difference of 7, 451 was noted.

This area remains problematic, according to PHO reports.

As regards access to water, IPHO reported that some 81% of the total households in Samar have access to safe water.

Some municipalities like Paranas, Sta Rita, Pinabacdao, Villareal and and Sto Nino use sodium hypochlorite (hyposol) to purify water.

The mentioned municipalities are beneficiaries of a water and sanitation project of WHO, PCWS, DOH and the Italian Government which benefited at least some 112, 212 households from the project.

Hyposol is a water disinfectant used in raw and contaminated water. It is aimed to provide households with useful and practical approach to water quality to prevent onslaught of diseases that may afflict them when ingesting unsafe water.

Meanwhile in a press release given by NSO-Samar, it said that in the national scene one in four poor families have no sanitary toilets or some 24%.

Source: PIA, 08 Jun 2010

Bangladesh: Army to help Dhaka water authority

Army personnel will officially be tasked with helping Dhaka Water Supply and Sewerage Authority ease the persisting water crisis in the capital during the current heat wave. The government decided on March 29 to engage troops to cooperate with WASA from April 1, but a request from army headquarters to the LGRD ministry and Dhaka WASA postponed the engagement. The move follows angry protests earlier this month by residents who have been facing an acute water crisis. The army men would maintain security and manage smooth supply of water at every zone across the capital.

WASA sources said it currently produces some 1,900 million litres of water a day, whereas the demand goes up to 2,200 litres during summer.

The water shortage has led to a spike in water-borne diseases. Since 1 April, the International Centre for Diarrhoeal Diseases and Research, Bangladesh (ICDDR, B) has admitted 900-1,000 patients a day, compared to a normal average of 250-300.

About 87 percent of Dhaka residents receive piped water, mostly from deep tube wells, according to DWASA, with the rest dependent on surface water that is treated.

But ongoing power shortages have made it impossible to pump from lower depths what is needed, with an increasing number of residents complaining about the quality and smell of water coming out of their taps.

Source: South Asia Media Net, 7 Apr 2010 ; IRIN, 19 Apr 2010

Nepal, Kathmandu: mothers for water treatment

The newspaper article below reports how a household water treatment promotion programme in Kathmandu seems to have had has a positive impact on health by reducing water-related disease incidence. Six months after the intervention, all households were using at least one water treatment method. Research has showed, however, that household water treatment interventions are not sustainable in the long term.

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Mothers for water treatment

Until a year ago, the Jagaruk Mahila Bikash Samuha, a 49-member group of mothers living in the old Newari settlement of Chhusika Tole, one kilometre-east of Patan Durbar Square, had to postpone their monthly meetings by a week because a majority of their active members could not attend as their family members were suffering from one kind of water-borne disease or another.

But, gone are the days. “All the members of the group are attending the meeting as well as all other regular activities, such as the weekly cleaning camps, the adult literacy classes, and fund-raising events,” says Krishna Laxmi Barahi, Chairperson of the group.

According to Barahi, nearly a year ago, the group scheduled a meeting and had an in-depth-discussion with officials from the Lalitpur Sub-Metropolitan City (LSMC). While speaking to environmentalists at the meet, the group reached the conclusion that their families were falling ill as a result of drinking and using contaminated water from the only source in the area – the local well.

A group then launched a series of orientation classes, with help from Lalitpur Sub Metropolitan City (LSMC), UN-HABITAT, Environment and Public Health Organization (ENPHO), and the Urban Environment Management Society (UEMS). During the classes, the various methods of treating water, such as filtering, boiling, SODIS (Solar water disinfection), and chlorination, were discussed along with ways in which to use it safely. In July 2009, six months after the orientation classes began, the LSMC declared the community a safe water zone. At this time, each household had adopted at least one kind of water treatment method.

“In previous years, at least a dozen family members were hospitalised every year due to diarrhoea, cholera, and a number of other water-borne diseases, but we have not had a single case this year,” said Barahi.
Chhusika Tole is not only the neighborhood to conduct such orientation classes in the locality for healthy community. Three other mothers’ groups within half a kilometre radius of Lalitpur have taken the same initiative to make their neighborhoods safe drinking water zones.

“Nobody used to boil, filter or chlorinate water or use the SODIS method. Not surprisingly, at least one member of the household would generally be unwell,” says Krishna Maya Abale, a member of the Nhuja Mapucha, another mothers’ group in Chochhe. Abale adds, “Since declaring our locality a safe water zone nearly six months back, we, our Mothers’ group, have been conducting random checks to the 65-households to ensure that they are using at least one method of water treatment.”

According to a field officer of ENPHO, Bikash Maharjan, taking cue from these four mothers’ group, nearly 94 other mothers’ groups in Lalitpur are also conducting campaigns on water purification in their own localities, with the aim of making them safe drinking water zones.

Source: Dev Kumar Sunuwar, Kathmandu Post / NGO Forum, 31 Jan 2010

India: World Bank loans $1bn for Ganges river clean up

The World Bank has agreed to lend India $1bn over the next five years to clean up the Ganges, one of the most polluted rivers in the world.

The 2,500km (1,500-mile) river has been badly polluted by industrial chemicals, farm pesticides and other sewage.

Speaking in Delhi, World Bank chief Robert Zoellick said the clean-up would target the entire river network.

Plans involve building sewage treatment plants, revamping drains and other measures to improve the water quality.

The funding is part of the Indian government’s multi-billion dollar initiative to end the discharge of untreated waste into the Ganges by 2020.

Environmentalists say the river supports more than 400 million people, and if the unabated pollution is not controlled, it will be the end of communities living along the banks.

Earlier attempts to clean the river have failed, including a plan to make its water drinkable by 1989.

But Mr Zoellick said he was confident the plan would work this time.

“In the past, [efforts] focused too much on individual aspects such as sewage emissions and not enough on the basin as a whole,” he said.

“What really distinguishes this project is to try to look at the whole river network and try to deal with all the aspects.”

Correspondents say many of India’s polluting factories are located on the banks of the Ganges and their effluent has been largely responsible for the pollution of the river.

The Ganges also flows through some of most crowded cities of India which release their untreated sewage into the river.

Also on Wednesday [02 December 2009], India’s finance ministry said the World Bank would triple its lending to $7bn this year for development, infrastructure and other projects.

Source: BBC, 03 Dec 2009

Indonesia, Java: Clean Water And Hygiene Woes Plague Quake Victims

Some 80,000 people living in makeshift shelters following last week’s devastating earthquake are at risk because they limited access to clean water.

“Water is essential for keeping people healthy, unfortunately many local wells have been damaged or contaminated by bacteria because of the earthquake,” Dr. Wan Alkadri, director of environmental health at the Ministry of Health said.

Jakarta Globe monitoring at some locations, including Cisalayong village, Tasikmalaya, showed the displaced were not only having problems with limited clean-water resources but also with the emergency toilets, which were not built to proper standards and were causing hygiene problems. Some people living in the emergency tents are also contracting coughs due to the humid air in the shelters.

Wan said the Ministry had been trying to overcome the water problem by providing mobile water-treatment resources where the displaced could get clean water.

For the shelters that are difficult to reach by car, the ministry has been providing water purification tablets and sachets to filter the water.

“If the water is still dirty, we encourage people to boil it before they drink it,” Wan said.

Source: Dessy Sagita & Nivell Rayda, Jakarta Globe, 08 Sep 2009

India, Punjab: Every village to have water storage tank with 15 days usage capacity-Sukhbir

Sukhbir Singh Badal, Deputy Chief Minister Punjab has issued instructions to the Water Supply Department to construct tanks with minimum capacity of 15 days in every village in Punjab to ensure uninterrupted potable water supply.

Badal emphasized that this additional storage capacity was necessary especially for the villages being supplied potable water through canal based schemes. He said that due to rotational closure of canals for repair or any other reason, every village should have storage capacity equivalent to 15 days usage of the villages. The water supply department was asked to quickly the survey the villages and upgrade the capacity of the tank where ever required.

Taking a serious note of illegal water connections and tullu pumps installed on the water line, Badal instructed immediate removal of tullu pumps.

Badal said that besides installation of reverse osmosis (RO) treatment plants in every difficult village in Malwa and a belt of Majha being supplied water through canal based water supply schemes, double ultra filtration technology should be installed in all villages being supplied water supply through tubewells.

RO Systems were said to be working successfully in 327 villages of 8 districts at a cost of Rs. 34.82 Crores (US$ 7.2 million).

Source: Kanwal Preet Kaur, PunjabNewsline, 08 Sep 2009