Tag Archives: rainwater harvesting

India: S.M. Sehgal Foundation wins “3rd National Ground Water Augmentation Award – 2009”

S.M. Sehgal Foundation received the 3rd National Ground Water Augmentation Award-2009 on the occasion of World Water Day 2011. The award, instituted by the Ministry of Water Resources, Government of India, is given for “innovative practices of groundwater augmentation through rainwater harvesting and artificial recharge.” S.M. Sehgal Foundation is the winner in the category for Best NGO, Northern zone (covering Jammu & Kashmir, Himachal Pradesh, Punjab, Haryana, Delhi, Uttar Pradesh, Uttaranchal and Chandigarh).

Mr. Jay Sehgal of NGO S.M. Sehgal Foundation receiving the award from Honourable Minister of Water Resources Mr. Salman Khurshid. Photo: IRRAD

The S.M. Sehgal Foundation, through its Institute of Rural Research and Development (IRRAD), has built rainwater harvesting systems in Mewat District and Gurgaon in Haryana state. The water management programme of IRRAD’s Natural Resource Management Center focuses on improving water availability and quality, promoting safe drinking water and its judicious use, proper wastewater disposal, salinity regression, and research and innovation.

Web site: S.M. Sehgal Foundation / IRRAD

Source: S.M. Sehgal Foundation, 22 Mar 2011

India, Bangalore: rainwater harvesting deadline extended

The Karnataka state Legislative Assembly has extended the deadline making it mandatory for citizens in Greater Bangalore to install rainwater harvesting (RWH) systems. The extension, as drawn up in the Bangalore Water Supply and Sewerage (Amendment) Bill 2011, was approved unanimously by the assembly on 13 January 2011.

In 2009, the state government introduced a bill making RWH compulsory for existing buildings with an area of not less than 223 square metres and for new planned buildings with an area of not less 111 than 1200 square metres. The original deadline of 29 May 2010 has now been extended as “people were finding it difficult to meet”.

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India: drought forces talk of user fees, rainwater harvesting

A record heat wave and growing water crisis in India are forcing politicians to consider implementing user fees and other measures to conserve water.

[R]ecord high temperatures in several areas have been blamed for dozens of deaths across the country. Drying rivers are causing regional water shortages. And in Nagpur, an urban area of 2.4 million in central India, the heat wave has triggered a fuel crisis as rail wagons that normally transport petroleum have been pressed into service to carry water instead.

To cope, the Indian government is drafting a new water policy that could create user fees for water-intensive sectors, such as agriculture, to deal with the crisis. Montek Singh Ahluwalia, the deputy chairman of the government panel drafting the new policy, said that nearly 80 percent of the country’s water goes to agriculture, but estimated that the figure could be reduced to 50 percent.

In Pune, the country’s eighth largest city, the Green Energy foundation, a locally-based environmental non-profit, is urging the government to encourage greater harvesting of rainwater, which the foundation estimates could provide 21 percent of the eastern city’s water needs. A foundation-prepared report for their proposal criticizes the municipality for poor water management and notes that the city faces a 30 percent cut in its water use.

Source: Steve Kellman, Circle of Blue, 10 Jun 2010

India, Mumbai: water cuts are on, protests against water shortage

Mumbai will have to live with steep water cuts until at least 15 July 2010.

The Brihanmumbai Municipal Corporation (BMC) has imposed a 15% cut in water supply for residential consumers, and a 30% cut for commercial establishments like hotels and malls.

Normally, Mumbai gets 3,420 million litres a day (mld) of water from the BMC’s six reservoirs in Mumbai suburban and Thane districts. A 15% cut in supply, when fully effective, will mean that this supply is reduced by more than 500 mld. Insufficient rains in the catchment areas of these reservoirs have meant that the lakes did not fill up to capacity.

In fact, the civic administration was keen to impose a 30% cut in supply for residential colonies too. But the BMC’s political leadership, already mauled in recent assembly elections, could not muster the courage to burden citizens that much.

The acute water shortage in Mumbai is leading to protests, like the one staged by over 100 y women from Shivaji Nagar slum who blocked traffic on Royal Lane, Juhu Tara Roadto halt on Sunday, 1 November 2009.

“Officials at the municipal ward office say they are supplying water to our area, but it has been three days without water. We have to rope in private water tankers, which are expensive,” said Suman Maruti, one of the protesters. Water supply resumed the same day, a local corporator said.

A week earlier, the BMC announced a plan to set up a toll-free helpline where citizens can inform the corporation about water thefts and leakages along its pipelines.

Water thefts, illegal connections and leakages amount to a loss of 700 million litres of water per day in the city out of its total daily supply of 3,200 mld.

The civic body’s move, however, met with staunch criticism from corporators. “What is the use of setting up new helplines when the existing ones are not functional?” asked BJP corporator Ashish Shelar said.

In September 2009, the corporation had received about 2,200 complaints about leakages and 397 complaints regarding thefts from across the city. “The city has 25 per cent less water stock than its requirement at present. We will make sure that complaints received are looked in to,” said municipal commissioner Jairaj Phatak.

After making rainwater harvesting compulsory in 2002, the BMC is now considering to make bore wells mandatory for all existing and upcoming buildings to meet the needs of water for non-potable uses like gardening and cleaning. However, Additional Municipal Commissioner Anil Diggikar warned that excessive bore well digging could make the water brackish.

In October 2002, the BMC made it mandatory for all buildings having a plot area of 1000 square metres or more to have rainwater harvesting. In 2007, it was made compulsory for buildings with plot area of 300 square metres. The rainwater collected from roof tops can be stored in tanks or bore wells. However, till June 2009 only 900 buildings had actually implemented the plan due to lack of monitoring mechanism.

Source: Sandeep Ashar, DNA, 29 Oct 2009 ; Express India, 02 Nov 2009 ; Indian Express, 22 Oct 2009

Nepal: Bottlers Nepal, UN-HABITAT joins hands for rainwater harvesting

UN-HABITAT Water for Asian Cities programme and Bottlers Nepal Limited are set to install rainwater harvesting system in historical ponds located in Kathmandu and Lalitpur districts. The bid is believed to recharge sinking water aquifer caused by over-extraction of groundwater and climate change.

The two parties signed an agreement on June 5, 2009, to work together on rainwater harvesting [with] Lalitpur Sub-Metropolitan City (LSMC) and Kathmandu Valley Water Supply Management Board and [technical assistance from] the Centre for Integrated Urban Development (CIUD).

Dr. Roshan Raj Shrestha, chief technical advisor, UN-HABITAT Water for Asian Cities Programme, South Asia said [...] the initiative would conserve 40,000 kiloliters of rain water, besides encouraging communities to conserve water and protect its traditional sources.

Source: The Himalayan Times / NGO Forum, 07 Jun 2009

Pakistan, Islamabad: More sense needed for more water

Experts predict that the city’s water shortage problem is going to worsen, not for want of water but for want of sense. “If we don’t decide today how to conserve water, tomorrow our taps might run dry,” experts in the Ministry of Environment warn, pointing out that half of Islamabad is already on tankers. There exists no equation between water availability and use, they say. “Do we have an equation how water is used? Have local authorities carried out citywide water audits?” a source in the ministry asked. “We fear more than 50 per cent of the water put in the distribution system is lost due to leakage. What [is] the CDA [Capital Development Authorty] doing to plug these leakages and save millions of gallons of water?”

“CDA has no idea how water table is dropping because of the numerous private tube wells [...] Today, streams have disappeared. Sewerage water contaminates ones that have survived. There should be fines on wasting this precious source at car washes, for tank overflows at homes, and gardening etc.,” fumes Helga Ahmed, an environmentalist.

“CDA is building walls to stop rainwater from seeping through the sides ignoring the fact that the seepage goes to recharge aquifers. Blocking this natural system would take the rainwater into Leh Nullah, cause flooding and eventually go waste,” said an Environment Ministry official. [...] However, a source in CDA explained that the natural streams were being lined with concrete only at places where residential areas or major constructions are in danger.

[...] “Rainwater harvesting is the next renewable revolution. We can start with the President House or Parliament Secretariat collecting rainwater to irrigate their huge gardens,” said an environmentalist in the ministry.

See also the report of the “Seminar on Improvement in Water Supply System in Islamabad”, organised by the Human Resource Development (HRD) Society and CDA on 06 May 2009.

Source: Jamal Shahid, Dawn, 11 May 2009

Nepal: New policy to promote rainwater harvesting technology

The Ministry of Physical Planning and Works is finalizing directives [that will make it mandatory to include] rainwater harvesting, storage and usage technology [when designing new houses or buildings]. [...] Joint Secretary at the ministry Suman Sharma told that the ministry is preparing directives to encourage people to promote rainwater harvesting technology [...] with an objective of solving drinking water problem in the country.

Source: Annapurna Post / NGO Forum, February 14, 2009

Myanmar: Water shortages loom in delta

Aid agencies working in the cyclone-hit Ayeyarwady Delta are scrambling to provide tens of thousands of people with water as the peak of the dry season approaches. The delta’s water storage ponds, which traditionally tided villagers over the dry season, were contaminated with salt water when Cyclone Nargis hit on 2 and 3 May 2008, bringing with it a wall of seawater. Traditional clay storage jars were also destroyed or washed away.

Now survivors of the cyclone will need help to meet their water needs until the monsoon rains return in late April or May, humanitarian workers [said]. “People are using up what stores they have quickly, which indicates there will be a problem at the end of the dry season in April,” said Than Myint, head of Save the Children’s Water, Sanitation and Hygiene (WASH) programme in Myanmar. “Some villages will run out of water.”

[...] Waldemar Pickardt, WASH chief at the UN Children’s Fund (UNICEF), which leads the [country's WASH cluster] said it was important not to overstate the problem. [..] He said panic buying and hoarding of water could make the problem worse, and the price of water in the delta had already nearly doubled in recent months, from 20 kyats (2 US cents) for a 30 l container to 35 kyats (3.5 cents).

[...]

Solutions

Save the Children was one of the agencies to raise the alarm about a potential water crisis last September [2008], and built 2,600 temporary rainwater tanks [...] coconut trees, which had fallen in the cyclone, and tarpaulins.

Save the Children has installed treatment plants in its project areas in Mawlamyinegyun and West Labutta [and] it has also dug 10 tube wells to a depth of more than 152m to prevent saline or arsenic contamination and is due to deliver 10 reverse osmosis (RO) machines.

[...] However, Dan Collison, head of Save the Children’s Nargis response, said relying on water vendors and redistributing supplies could hurt livelihood recovery in the shattered delta.

Source: IRIN, 20 Feb 2009

National Workshop cum Brain Storming on Rainwater Harvesting and Reuse through Farm Ponds: Experiences, Issues and Strategies, 21-22 April 2009, Hyderabad, India

Organised and hosted by: Central Research Institute for Dryland Agriculture (CRIDA)

The objectives of the Workshop are:

  • Sharing of experiences on water harvesting and reuse through farm ponds and related issues, among scientific institutions, Govt. departments, NGOs, civil society organizations and progressive farmers.
  • Understand the biophysical, technological and social constraints in adoption and up-scaling.
  • Identify critical research gaps and policy initiatives for wider adoption of farm pond technology in the country.

All the participants who attend the workshop are required to present their experiences.

Application deadline: 10 Feb 2009
Abstract deadline: 31 March 2009

For more information and to register go to the CRIDA web site.

Nepal, Lalitpur: new sanitation initiative benefitting Lubhu people

Lalitpur: The people living in Lubhu [or Luboo], and its vicinity are now happy that they now [have improved sanitation and ended the practice of open defecation]. ”After two years of continuous efforts made by the [Lubhu Infrastructure and Environment Improvement Committee (LIEIC)], most of the villages in the areas have been free from this serious problem,” Ram Bahadur Shrestha, chairman of the of Committee, said.

[...] A total of 152 toilets, including both general and ecological sanitary [ecosan] toilets, have been constructed at private households as well as public places at the initiative of the committee and UN-HABITAT. Anil Sthapit, director of [NGO] Guthi, said that bricks have been laid down in 2,000 square metres of local roads and a drainage system

[Besides sanitation, a new piped water supply system was constructed and over 50 traditional wells and ponds revived]. Also the 800 students of local Mahalaxmi Secondary School have benefitted from a rainwater harvesting system, [with a capacity of 5,00 litres], installed in the area. The water is processed through a bio-sand filter processing system.

A total of 803 locals were trained to make villages free from pollution, maintain safe drainage facilities and create public health awareness campaign in the area. These people are now providing training to other people.

The project was a joint effort of the Department of Urban Development and Building Construction, Centre for Integrated Urban Development, WaterAid Nepal and UN-HABITAT.

See a short Nepalnews.com video (in Nepali) on the Lubhu project here.

SourceNGO Forum, 05 Jan 2009 ; The Kathmandu Post / NGO Forum, 04 Jan 2008