Ayyappa Masagi has a simple message: “You want water? Call me!” Thousands have. And his phone rings dozens of times a day. There appears to be an endless supply of patients for the man nicknamed India’s “Water Doctor”. “I faced a lot of water problems in my childhood,” he said. “I used to go at 3am to fetch water from the stream. So I made an oath that when I grew up I would find a solution. So I quit my job as a mechanical engineer in 2002 to solve India’s water problem,” Ayyappa told BBC.
India is enduring a catastrophic water crisis. About 330 million people are suffering water shortages after the failure of the last two monsoons. Reservoirs are dry. Farmers have committed suicide. Thousands of drought-stricken villagers have flocked to cities, desperate for water, praying for rain. According to Ayyappa’s calculations, if just 30 per cent of India’s rainwater were captured and stored, “one year’s rain would sustain the nation for three years.”
To prove it, in 2014 Ayyappa bought 84 acres of barren land near Chilamathur, a famously drought-prone region of Andhra Pradesh, 110km northeast of Bangalore. “The wind here was like a firewind. I told my partners, ‘Within one year I will make this land a water bowl.’” Today, a network of 25,000 sand-filled pits and four new lakes capture and store any rainwater that falls here. No drop is allowed to escape into rivers and run off to the sea. It stays on and in the land, keeping the subsoil charged with water which, when needed, is drawn from five shallow bore-wells.
The topsoil from digging out the lakes has helped level the land, which has been planted with trees and crops. Roughly 60 per cent of the trees will form dense forest, while 40 per cent will be fruit trees to generate income. Grains and vegetables have also been planted, and next year there will be a dairy here too. The plan is to make this a sustainable organic farm, totally self-sufficient for all its water needs.
Through his Water Literacy Foundation, Ayyappa is training “water warriors” to spread his message. He’s already written seven books and trained more than 100 interns from India and abroad, including Germany, Japan and the US. “If you only talk, nothing will happen. You have to do something and prove it. Governments are coming forward to take up my service, replicating my model. Once the community attitude changes, our political attitudes change, we can replicate this concept throughout the world.” Earlier, in 2013, Yourstory had published a story on Ayyappa.
Because pure water represents the bedrock on which all health care delivery is based.When you think of it, there are so many instances of places where water the pure and drinking kind should be available but isn’t. And that is how Piramal Sarvajal was conceived, around the terribly ambitious programme to provide universal potable water for all in 2008.The programme was timed not a day too soon.The more you think of it, the lack of access to potable water is the genesis of a number of modern day issues. In areas where pure water is not easily accessible, there is a question mark over food quality. In areas where water is not an arm’s length away, the one assigned to fetch it is usually the woman of the family (translating into the other problem of economic inequity and disempowerment). In areas where potable water is infrequently supplied, there is high medical expenditure with lower month-end surpluses available for reinvestment.In areas where water availability is low, the neighbourhood squabbles (over whose bucket should gain precedence) are high.These are some of the things I like about Piramal Sarvajal.
One, the programme does not profess that it knows all the answers; it partners with local entrepreneurs, corporations supporting social projects, the government and philanthropic organisations to provide local solutions (pun!). The result is that partners provide funding, while Piramal Sarvajal deploys decentralised units based on parameters like population density and local water quality.One comes with the cash, the other comes with knowledge, kickstarting implementation.
Two, the programme addresses the dearth of water not where it is most convenient, such as underserved urban pockets; instead it addresses villages, slums, schools, hospitals and public spaces.
Three, the programme has achieved some scale; it commissioned community drinking water solutions in more than 200 villages in partnership with local entrepreneurs, corporate donors and gram panchayat.
Four, the programme addresses purification in pockets where water is available; it commissioned sponsor-funded purification units in more than 70 schools (Rajasthan, Maharashtra, Punjab, Haryana and Karnataka).
Five, the programme has progressively extended to deficient urban public places, working with the government in selected resettlement areas around New Delhi where piped drinking water is simply not available and where residents are completely dependent on tankers; the result is a hub-and-spoke driven 24×7 access to safe drinking water.
Six, this is not a free hand-down; users are educated on the payback benefits of safe water access and then charged; the water revenue covers operational costs, making it possible for donor-sponsored locations to sell water for as low as 20 paise per litre (our packaged branded equivalent is available for Rs 20 per litre).
Seven, Piramal Sarvajal pioneered the remote monitoring of water purification machines and the concept of a water ATM. Through the combination of these technologies, Sarvajal not only maintains the machine and water quality but also ensures maximum uptime with the help of solarpowered water ATMs, ensuring 24×7 safe water availability regardless of power availability.
Eight, Piramal Sarvajal has commissioned a service centre to provide maintenance and community level marketing services every 20-30 units, ensuring that high uptime is not compromised by the repair technician turning up after a fortnight.
Nine, the patented technology was developed in-house; besides, the programme has emerged as a livelihood driver for about 1,000 individuals through Piramal Sarvajal water network, who earn more than their average local incomes.
The numbers are remarkable: the programme serves approximately 300,000 consumers each day through 500 plus installations across13 states.
The effect has been even more remarkable.Laxmi Devi of Laxmangarh village in Rajasthan gets 40 litres of water every day for her household of seven. Her verdict: “The present has put the power in our hands in the form of an ATM card.“
Arthritic 50-year-old Khurshid Bano of Jhunjhunu (Rajasthan) has a lot to thank Sarvajal for.The district suffers high fluoride levels in water, causing fluorosis and joint pains, weakened bones and yellowed teeth. Ever since she subscribed to Sarvajal, her pain has subsided and she saves Rs 1,500 of what was earlier being spent in medication costs each month.
Housewife Kavitaji (200 m from Sarvajal’s office in Sawda Ghevra JJ Colony) feels Sarvajal has been a life-changer. Her seven month daughter encountered severe diarrhoea resulting in a Rs 5,000 hospital bill. When the doctor wrote out a prescription, he scribbled `Sarvajal’. Kavitaji started buying 15 litres a day for the family. The family health improved; the housewife turned evangelist and convinced 11 families in the neighbourhood to subscribe as well, renaming her bylane as `Sarvajal gali.’ If only Piramal Sarvajal could take this concept to other corporations to fund drinking water unit in their own neighbourhoods…
Amla Ruia has transformed the face of over 100 villages in Rajasthan by using traditional water harvesting techniques and building check dams. This is the story of how she made it all possible by engaging the local community and generating an income of Rs. 300 crores per annum for 2 lakh villagers.
It is not unusual to see dry and deserted farms in Rajasthan, a land known for its scorching summers, parched soil and lack of sufficient water to sustain normal life. But there are some villages where water is no longer a problem, farmers are growing not one but three crops a year, and households are even earning additional income from animal husbandry!
Meet Amla Ruia, the ‘water mother’, who made this amazing story possible.
In 1999/2000, when Rajasthan was going through a severe drought, Mumbai-based social activist Amla read about the poor condition of the farmers there. The photographs in the newspapers and the images she saw on television moved her.
“I saw the government providing water tankers to meet the water needs of the villagers. But I thought to myself that this was not a sustainable solution…there must be a more permanent solution that could help the farmers in the long run,” she recalls.
Amla founded Aakar Charitable Trust to translate her thoughts into action and started researching the water troubles of Rajasthan.
“Rajasthan farmers are among the poorest in the country. Using rain water harvesting technology to alleviate the situation seemed like a good choice. It was important to involve the local community and engage them to make our model more sustainable,” she says.
Amla started her work by constructing check dams near the villages. Check dams, also known as khadin, are structures that involve comparatively small masonry constructions and extensive earthen bunds. They are most effective in hilly terrain where the whole hill range can be used as catchment for the reservoir. They have all the advantages of the large dams and none of the disadvantages, such as displacement and rehabilitation of people, huge underutilized dead storage of water, water logging, risk of breach causing extensive damage to life and property, etc. They are also cost effective.
Her first project in Mandawar village showed great success and the farmers managed to earn as much as Rs. 12 crore within a year with the help of two check dams constructed by the Trust. After that, there was no looking back.
Today, Aakar Charitable Trust has constructed 200 check dams in 100 villages of Rajasthan, and impacted over 2 lakh people who earn a combined income of Rs. 300 crore per year.
ACT works by getting the community on board for each and every project. Almost 40 percent of the cost of construction is borne by the farmers. The construction of one check dam costs around Rs. 5 lakhs and can increase depending upon the size of the dam.
“We were sure that the projects would be successful only if the farmers contributed. We involved the farmers at every step, from sharing the cost to construction and even maintenance. This is how they get a sense of ownership,” she says.
The process of construction of a check dam starts with ACT’s field workers contacting the villagers and spreading awareness about the benefits of water harvesting. Then, some time is spent on deciding on the appropriate location for the dam after consulting with the locals and experts. The villagers then contribute with money and effort. The construction of a check dam takes two to three months and it is usually ready to be used by the next monsoon.
Thanks to Amla’s intervention, dry villages in Rajasthan have seen a tremendous transformation. All the dry hand pumps and borewells in the areas have been recharged. The women who had to earlier walk several kilometres to fetch water now get clean water at their doorsteps.
The water from the dam is sufficient to irrigate crops for the entire year. The farmers, who could barely grow one crop a year, are now able to grow even three crops in a year. “For the first time, villagers managed to grow rabi. They also manage to grow vegetables now,” she adds.
As the income has increased due to better harvests, farmers have started animal husbandry as well. Many households have 8 to 10 cattle head and income from milk, ghee and khoa. Increased income has often provided 1 to 2 motorbikes per family and 4-5 tractors per village.
“There is less migration to the cities now. Earlier, no one was ready to get their daughters married to the men living in these dry villages. That is not a problem anymore,” says Amla.
It wasn’t easy to achieve these results. Many villagers would often back out of their commitments in the middle of the construction of check dams and ACT had to bear the majority of the costs. Many times, government intervention also created hurdles in the operations. But the team kept going despite these challenges.
In the future, Amla and her team want to expand their efforts to other states as well. Much work has already been accomplished in Madhya Pradesh and Maharashtra. The organisation is now working in the backward Dantevada district of Chhattisgarh.
To know more about the work of the Aakar Charitable Trust, check out their website.
The people of Parswani were promised jobs, healthcare and water. Now, after signing an MOU, they just about get polluted water for irrigation purposes.
Paraswani village in Balodabazar district, Chhattisgarh contains vast reserves of limestone, a sedimentary rock that is a primary ingredient in the cement manufacturing process. Since 1992, Ultratech Cement Ltd. (UTCL) followed by four other similar companies, have begun excavating this rock within a 30 km radius of the village.
UTCL operates an 8200 TPD (Tonnes Per Day) plant, which is supported by captive limestone mines, and is spread over about 997.355 hectares. Mining depth is currently at 37 metres below ground level, and UTCL will continue to operate the mine until its lifetime when about 231.48 million tonnes of mineable reserves are used up.
“Before the commissioning of the UTCL plant, the people of our village were given a 100% job guarantee and promised other basic facilities such as water, health, education, etc., but the company has recruited only 16 people as employees and 50-60 as contractual labourers. Every year, we face domestic water crises and now we are also facing water crises to sustain our farms”, says Dhelsingh Verma, a senior representative of Paraswani.
Earlier, water from the Paraswani Dam met irrigation needs but as the mines expanded, Paraswani’s resources have reduced. As the demand for water to irrigate their fields went up, the villagers were left with only one option which was to procure the waste water generated by UTCL as the company had refused to provide fresh water for this purpose. Now, the villagers have signed an MOU with the company to procure polluted water for irrigation.
The copy of the MOU provided to India Water Portal clearly states that the water supplied by the company is not fit for drinking purposes and should be used only for irrigation. The company also does not take any responsibility regarding the quality and quantity of the water supplied to the villagers.
The people of Parswani are also having to deal with other fallouts from this agreement such as lack of infrastructure and healthcare. The photos below show how the villagers are coping with the poor hand they’ve been dealt with.
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In a country where women often have to walk miles to find and collect drinking water for their families, the WaterMaker project to produce water from thin air is no less than magical. It is, in the words of one grateful recipient, “khuda ka paani.”
What is the first thing that comes to mind when you hear the words: “producing water from air”? When Meher Bhandara, the founder and director of WaterMaker India, heard them, she was intrigued. “Water from air? How is that possible?” she wondered.
Today, Meher and her small team of eight people, are making it possible for many places in rural India to enjoy clean and pure drinking water produced right out of air.
“When we first heard of this technology in 2004 from a scientist in the US, we laughed. But after he told us more about it, the first thought that struck us was that India needed clean drinking water desperately. We checked out the machines that use this technology and were really amazed. As social entrepreneurs, we decided to make these unique Atmospheric Water Generators (AWGs) in India, so we could provide clean and healthy drinking water to people who needed it the most…Today we are proud to say that we have the largest range of AWGs — producing from 120 litres to 5000 litres per day. We also export these WaterMakers (AWGs) to many other countries,” says Meher.
Meher and her team took part in an exhibition in Delhi, where they showcased one AWG machine just to see how people would react to it. “The people were completely amazed. They could actually see drops of water forming from thin air. People were literally walking around the machine and looking under it to see if there were any hidden pipes.”
It was then, in 2004, that they decided to manufacture the machines in India itself so as to have control over the quality and delivery of the machines.
How does it work?
So how does air lead to the production of water? The machines work basically on the simple refrigeration technique of condensing the humidity in the atmosphere and collecting the resultant water. After the condensation process, the water is passed through various filters to purify it, resulting in clean drinking water.
“Our technology is most effective in areas where the temperature is between 25 and 32 degrees Celsius, with relative humidity conditions over 65-75% or more. Producing water directly from air, WaterMakers need no water source. Using electricity or any alternate energy source, we use techniques optimized to condense water from air. Water quality complies with WHO/BIS standards and the water contains no harmful chemicals, bacteria, pesticides, or minerals,” explains Meher.
Click Here for more from TheBetterIndia.com
A new research findings by a group at Jawaharlal Nehru University (JNU) shocked the country. According to the new findings, RO water purifying filters can cause serious health hazards for human and animals. The reverse-osmosis (RO) water purifier at home seems to be a benign invention, allowing people to drink clean, healthy water. But now scientists are warning that rampant use of the RO technology could pose a serious threat to public health.
One of the most popular water purifying technologies in India, the RO process is efficient in terms of filtering out toxic substances like arsenic and fluoride, especially in areas where groundwater is heavily contaminated. Simultaneously, though, RO systems, at both household and industrial levels plough back concentrated amounts of these substances back into the aquifers.