Tag: rooftop rainwater harvesting filter

5000 years ago, rain water was collected

 

 

Photo courtesy: Divyabhaskar

Discovered at its eastern end along with the white desert after the 2001 earthquake, the unique city of the Indus Valley Civilization has found a global reach. 250 km from Bhuj. And 92 km from Rapar. The harappan city is located near Dholavira on the far side of The Khadir Bet. Khadir Is an island at the eastern end of the great desert of Kutch. It’s a desert. Thousands of years ago, this desert area was filled with huge water. The Indus or The Saraswati river met the Arabian Sea here. So in the real sense, it was the sea that was sinking here, and the villages on the banks of the desert were once inhabited by Harappan settlements. The essence of the saying is that Dholavira was a port in the Harappan town and there was a large-scale import and export from here. Now, after excavation, the city with a systematic urban town planning has come to light, it is spread over an area of 250 acres. Earlier, a huge tank was seen here and people used to call it Kotda Timbo, but now it is famous as Dholavira, one of the five cities of the Indus civilization. It is distinct from others in terms of size. It is divided into three parts. One part belongs to the RajMahal-Raj Bhavan or the residence of all authorities and is protected by a strong fort. Fortification is the city’s special debt. The second part is for a class like high officials, wealthy businessmen. In what archaeologists call the Upper Town, the third part belongs to the general working class, which is the Lower Town. Whether such a structure is part of the varna system of the Rigveda period is a matter of debate. What attracts more attention is that in other Harappan towns the construction is mostly made of bricks, while dholavira is made of square-rectangular stones. The palace is at a high altitude place. The houses for the wealthy merchant-officer class are two to five rooms and have protected walls made of stone. While the houses for the general working class are made of bricks. All the four gates of the palace are of carved stones. This kind of architecture has not been found anywhere else. Next to the palace is a huge playground-stadium. Which is a testimony to the competitive games with the ferocity of the time. A three-meter-long signboard has been found on the northern entrance of the palace. On which there are 10 letters or symbols written with beads. It could possibly be the name of the town or the name of the palace-king. But not only the signboards, but also the definitions received from other Harappan cities have not been resolved. However, the system that has been seen as an invaluable gift to human society as a whole is related to water storage, sewerage system and sanitation. In addition to rainwater harvesting, a network of canals and rivulets has been set up to transport water from distant rivers and streams to the city. There is a large water tank in the palace. Water reaches the palace through this drain. Even if there is a fortification, the flow of water continues as the tunnel is underground. Rainwater reaches reservoirs outside the village through small drains from the roofs of the house. It is surprising to know that there are about 14 to 16 large tanks or reservoirs around Dholavira Harappan town. Imagine all this happened 5000 years ago in India- Kutch. Alas, cleanliness and sanitation were given great importance. There was a private toilet facility. In this context, it has been claimed that the system, which is famously known as Western Toilet, was also here. Such a facility has not been seen in any other civilization of the world 5000 years ago. There is a sewage system here to drain out the used water. The water coming out of each house would go into the pot like a barn outside the house and from there to the gutter. Influenced by Dholavira’s rainwater harvesting method, the Prince of Wales Museum in Mumbai has emulated it. A well similar to the saloon found during excavation is also an important finding. From here, water can be taken to the houses and palaces of the city. The fountain is released from the top of the bathroom by a small nick.You can take a bath like that. Thousands of items have been found in Kutch during the excavation of the chaid year. There are plenty of clay samples. From pots to toys, but the beads are beautiful. There are copper kilns. A number of items such as seals(mahoras), garlands, tolas, aujaras, animal bones, ornaments, bronze utensils have been found. Which has crossed 59000. At present, all these valuables have been shifted to Delhi due to lack of adequate security. The town was a major export-based trading hub.

Neerain is proud to republish this blog for spreading awareness about situation of water, for our stake holders. Credit whatsoever goes to the Author.

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5000,5000 years ago, rainwater used to accumulate. <> years ago, a drop of rainwater was collected – Divya Bhaskar

We would like to spread this for the benefit of fellow Indians.

 

Author: Kirti Khatri

Roofs, rain and life: Rainwater harvesting for safe water supply and sustainable co-benefits

Key Takeaways

  • Rainwater harvesting is a valuable part of a water management strategy, can contribute to household water security and should be encouraged and facilitated by governments.

  • Governments can create an enabling environment and policy framework that regulates and incentivizes the implementation of RWH systems. 

  • Governments can promote and support RWH by raising public awareness and develop an appreciation for water resources among residents. 

In an era of the COVID-19 pandemic, the Water Supply, Sanitation and Hygiene (WASH) sector is gaining much more (deserved) attention due to its importance in containing and mitigating the spread of the deadly virus. Moreover, many countries have even established constitutional mandates recognizing WASH services as a Human Right of the population after the United Nations adopted such resolution in 2010.  But despite the importance and recognition of the WASH sector globally in the current era, many developing countries are still far away from reaching the Sustainable Development Goals (SDGs) for Water and Sanitation. Accelerated and sustained coverage of WASH services for all have been the source of debate over the last decade, particularly because of the difficulty of bringing these services to rural and dispersed populations in cost-effective ways and under tight fiscal constraints. 

Photo courtesy: HarvestingRainwater

Accelerating, sustaining and universalizing WASH must rely on multiple options that can be scaled up at reasonable costs to the government, the providers of maintenance and, ultimately, users.  One of the many potential solutions that deserve attention and could help meet these ambitious objectives are rain harvesting solutions. There have been some interesting field case studies in Tanzania that illustrate how rainwater harvesting (RWH) solutions produce spill over benefits on agriculture while increasing resilience. Such effects have been observed even in dry areas in Pakistan. Also, many advocates show RWH breaks the monopolistic (and in many occasions unsustainable) structure of the usual utility service providers. The debate of whether RWH is a viable option within the menu of solutions available to accelerate, sustain (both environmentally and economically) and universalize access to safe water is still open. Because of that reason, this short literature review can provide a clearer “picture” of the features and characteristics of these options.  

Photo courtesy: Homeonline

RWH is useful for the accumulation and deposition of rainwater in specially prepared collection and catchment areas, such as roofs, or areas on the ground, and has numerous (unquantified) benefits. In water-rich countries like Malaysia or Colombia, for instance, RWH has proven useful in improving water security at household and personal scales, and with financial viability. Rainwater can act as a buffer against shortfall, as an alternative primary source in rural areas that lack conventional water supply systems, and as a backup supply source in urban areas. A cost-benefit analysis of RWH options pointed out that these options are not economically viable, but without quantifying the multi-purpose benefits of RWH. For instance, RWH systems can mitigate service interruptions from centralized water distribution systems, or overuse of water from wells in arid regions. RWH can also be used to store rainwater for emergencies such as earthquakes, and as an adaptation strategy to cope with climate extremes such as droughts.  In addition, RWH can help reduce the impacts of flooding through the reallocation of water in small watersheds dedicated for agro-forestry and reduced urban runoff.  

If well managed, rainwater quality can be safe in combination with a framework of international standards. Rainwater is considered an ‘improved water source,’ according to the WHO & UNICEF Joint Monitoring Programme (WHO & UNICEF, 2019), when these parameters and standards are met. Therefore, investments in up scaling RWH count towards meeting the targets agreed by national governments for WASH as part of the SDG 6.  

Neerain is proud to republish this blog for spreading awareness about situation of water, for our stake holders. Credit whatsoever goes to the Author.

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https://blogs.worldbank.org/water/roofs-rain-and-life-rainwater-harvesting-safe-water-supply-and-sustainable-co-benefits

Author: Christian Borja-Vega

Publish On: November 10, 2020

 

G20: WATER CONSERVATION FOR A MORE SUSTAINABLE CLIMATE

We look forward to the participation of multiple delegates from G20 countries, along with representatives of international organizations, deliberating on the global best practices and ideas on water resource management

India assumed the G20 Presidency on December 1st, 2022, taking over from Indonesia. The G20 leadership offers the country the opportunity to showcase the “India story” to the world countering multiple contingencies including global warming, food and energy shortage, terrorism, geopolitical conflict, and bridging the digital divide.

As the largest democracy in the world, and the fastest growing economy, India’s G20 presidency will play a crucial role in building upon the significant achievements of the previous 17 presidencies. The G20 theme of this year “One Earth, One Family, One Future” perfectly captures India’s underlying philosophy of “Vasudhaiva Kutumbakam” (the world is one family), which will guide India’s G20 leadership.

The first G20 Environment and Climate Sustainability Working Group (ECSWG) meeting concluded with a positive note with all G20 countries expressing support on the themes outlined by MoEF&CC for India’s Presidency. Discussions on restoring degraded land, promoting blue economy along the coastal sustainability, enhancing biodiversity, preventing forest fire and marine littering and strengthening Circular Economy have created the platform for a more insightful deliberation in the second Summit.

Best Practices on Water Resource Management

During its G20 Presidency stint, India is looking forward to an integrated, comprehensive and consensus-driven approach to mitigate the challenges of climate change and water scarcity. Water conservation in fact is an integral part of the Indian identity and cultural history and has become even more relevant in the present day.  “Saving” water is not just about conservation, but to ensure the availability of enough clean water at any given time and place to meet our combined needs.

The Ministry of Jal Shakti, Government of India has taken various initiatives for promoting water conservation through Artificial Recharge and Rain Water Harvesting. The Jal Jeevan Mission program aims to connect more than 193 million rural households with functional household tap water connections by 2024. Our ambitious Namami Gange mission has created a paradigm shift in river rejuvenation, pollution abatement, conservation of ecosystems and holistic approach to river basin management. It has recently been recognized as one of the top 10 World restoration flagships to revive the natural world by UN.

India is also implementing the largest dam rehabilitation program in the world, to build climate resilience for critical water storage infrastructure.

 

Further, to ensure long-term sustainability of groundwater resources through a combination of demand and supply side interventions, the scheme of Atal Bhujal Yojana is being implemented through community led, Gram Panchayat-wise Water Security Plans having convergence with ongoing /new schemes.

With these efforts and many more schemes, India is gradually moving towards the goal of becoming a water secure nation by year 2047. In this scenario, we are eager to host the second G20 Environment and Climate Sustainability Working Group (ECSWG) meeting focusing on water conservation and managing water resources sustainably and equitably.

 

We look forward to the participation of multiple delegates from G20 countries, along with representatives of international organizations, deliberating on the global best practices and ideas on water resource management. I am confident that discussions on river rejuvenation, focusing on the National Mission for Clean Ganga, Climate Resilient infrastructure, Ground Water Management, Strategies for universal access to sanitation and clean drinking water, through the Swachh Bharat Mission and Jal Jeevan Mission will help participating countries to learn from each other and accelerate achievement of the sustainable development goals.

 

History and heritage are synonymous to Gujarat. Glorious Gujarat is home to many ancient city ruins, palaces, forts and tomb standing proudly bearing testimonies to the golden era of dynasties. The stepwell of Rani ki Vav and Adalaj Vav demonstrate the ancient water management practices of India’s long-standing tradition of conserving water resources. Gujarat with its mix of the old and the new-traditional water wisdom and modern technologies used in creating water infrastructure, will provide a valuable platform for 20 countries to bring out and learn from the best in each.

 

Neerain is proud to republish this article for spreading awareness about situation of water, for our stakeholders. Credit whatsoever goes to the Author.

 

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G20: Water Conservation for a more Sustainable Climate

We would like to spread this for the benefit of fellow Indians.

Author: PANKAJ KUMAR

Publish On: March 30, 2023.

RooftopRainwater Harvesting for House

Water is our most precious natural resource and essential for all life and it plays an important role in transforming the lives of people to better and healthier one. Do you know that the scarcity of water continue to be a growing problem. But the best way to conserve water is its judicious use. Demand for processed supply water is rising day by day due to an increasing population, urbanization, industrialization.

Nowadays, access to sufficient amount of water is a major issue to most people living in both rural and urban areas. Now, how to overcome from this? Well, here you go. Rainwater harvesting is the most acceptable and viable solution to help solve water crisis problems for various sectors. To this day, the concept of rooftop rainwater harvesting for house has been accepted all over the world.

Rooftop Rainwater Harvesting for House

  1. What is rainwater harvesting and why is it important?

Rainwater is one of the purest sources of water available as it contains very low impurities. Harvesting rainwater is an ancient practice and you might have thought why are we practicing it? Because, till today this valuable practice in growing in popularity due to its various benefits in our modern times. Rooftop rainwater harvesting (RWH) is the most acceptable and sustainable method/solution to attenuate water crisis issues in the both rural and urban areas all over the world. The system involves simple collection and storing of rainwater from surfaces it falls so that it can be used for later use (domestic, commercial or agriculture purposes).

Now, the time to take initiative for rainwater harvesting for houses has arrived. Why because the idea behind the process of rainwater harvesting is very simple. Rainwater harvesting, in its broadest sense, is a modern way of saving water at home/house. Rainwater harvesting has brought more relief during times of droughts. It is the best possible way to save water and invoke the society towards the importance of water. So, it really makes sense to set up a rainwater harvesting system now.

  1. How can you do rainwater harvesting for house?

Over the last few years, major parts of the world have been facing continuous inadequate water supply. So, it’s all-important to take adequate measures to meet the increasing demands of water for domestic use. Have you implemented rainwater harvesting system for your house? If YES, then it’s great! If No, then it’s not too late. Even, now also you can implement the system to reduce your demand on mains water supply. Rooftop and surface runoff are the rainwater harvesting methods. Choosing the right method for harvesting rainwater is essential to making your home more sustainable and such method is the rooftop rainwater harvesting method.

Basically, urban and rural models are the two models associated with rainwater harvesting for houses.

  1. Rural model:

In rural areas, house roofs are built with sheets or bricks and etc. Here, rainwater comes to the edges easily and hence water can be collected through rain gutters. Rural people use fine cloth material to filter the rainwater from the roof. Here, collected water can be used to store water either for domestic use, livestock, or for agricultural needs.

Rooftop Rainwater Harvesting for Rural House

  1. Urban model:

Here, rainwater from the house roof is collected through rainwater gutters and stored in a storage tank. The system is designed to support both potable and non-potable needs of the family at their doorstep. Rooftop rainwater harvesting for recharging groundwater is a common practice implemented in individual houses.

Rainwater Harvesting for Urban House

End use of harvested rainwater at homes: garden/lawn irrigation, toilet flushing, Laundry, car washing, showering/bathing, and even for drinking (by using water treatment methods).

Rainwater harvesting for house systems (Rural model and Urban model) comprises some basic components and are as follows:

  1. A catchment area: Rooftop of the house will be the area to capture rainfall.
  2. A conveyance system: To move the captured rainwater from the roof to a storage area (maybe piping)
  3. A storage system: To hold the rainwater for future use — a barrel, a cistern or a tank
  4. A distribution system: To get the water from storage to where it is being used

 3. Top benefits of installing rainwater harvesting system for your house

Some of the top benefits of collecting and storing rainwater for your homes are listed below:

  1. Greatly promotes water conservation and saves money on water bills
  2. Excellent and valuable source of water in the emergencies
  3. The system is easy to install, operate and maintain for all types of houses with less investment
  4. This system can be set up for houses in rural, suburban and as well as urban areas
  5. Reduces rainwater runoff and solve drainage problems at your house
  6. The system saves water at home by diminishing the dependency on ground water and municipal water supply
  7. It is an ideal solution in the areas, which faces the inadequacy of water
  8. Substantially reduces the consumption of potable water for various purposes

“Rainwater harvesting for house is the best and effective way to end water scarcity at your house and it enhances green living too!”

Neerain is proud to republish this article for spreading awareness about situation of water, for our stakeholders. Credit whatsoever goes to the Author.

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https://www.neoakruthi.com/blog/rainwater-harvesting-for-house.html

We would like to spread this for the benefit of fellow Indians.

 

 

 

Rooftop Rainwater Harvesting – How ‘NeeRain’ Saves More Than 1000 Litres Of Water

The first filter ensures that particles up to 500 microns are collected, and then the water passes through it. Then the water is in a small tank with a transparent cover which makes the process visible. In the next step, the water passes through the next filter, where the particles up to 5 microns are prevented. The water then passes out through the system, which is clean, pure, and fresh rainwater.

NeeRain’s rooftop rainwater harvesting has saved thousand of litres of water. It is a great technique to conserve water and sustain it for future purposes.

Monsoon brings droplets of relief, but the outcome of that is severe. Most people are not inclined to safe water, but rooftop rainwater harvesting combats the issue feasibly.

Rooftop rainwater harvesting is the best solution to store, utilize, and consume water. It is an advantage to store harvested water for future purposes and promises a sufficient water supply.

You can also take the step like others to start with rooftop rainwater harvesting for clean, quality, and low in minerals water.

Mad4India is glad to cover the story of NeeRain – a young start-up that is transforming India from the issue of water scarcity to a water surplus nation with rooftop rainwater harvesting.

The monsoon season in India has arrived. It’s a relief from the pricking summer heat, but it’s also the season where puddles of water will gather in places. It is ironic that our cities face a shortage of water throughout the year and we face water logging and floods in monsoons. If we plan to manage our water sources including rainwater, we will never have to face the water shortage or flood problems.

Today we are going to discuss an old but ignored method for saving water – Rooftop rainwater harvesting.

With rooftop rainwater harvesting, it will reduce the runoff which chokes the drains, improve the quality of the groundwater, and will also be a supplement for the requirement of water in summers, droughts, etc.

Rooftop rainwater harvesting is also a way to stop flooding on the roads. It is a technique to decentralize the conservation of water.

About 71% of the Earth’s surface is water-covered, and India accounts for up to 4% of the world’s water resources. More than 6%of the population lack access to safe water in India.

To combat the issues of water scarcity and lack of clean water, rooftop rainwater harvesting is the best solution for water conservation.

NeeRain – a rooftop rainwater harvesting start-up that is enabling and empowering smooth and sustainable products to harvest rainwater from their premises.

Mad4India brings the story of NeeRain, a start-up committed to rainwater harvesting by introducing technologies and products that help people get access to safe and clean water.

Rooftop rainwater harvesting with NeeRain

 

 

Water is the boon existence of life. Some people waste water while some do not have access to clean water. NeeRain is a start-up that is oriented to tackle the issue of rooftop rainwater harvesting by providing effective and economical products.

There are indeed state and government projects that encourage water conservation and offer to install harvesting systems. Earlier, the traditional method of harvesting water was simple. The rainwater is captured from the roof catchments and stored in reservoirs for future needs. It can also be stored in big tanks for household needs.

But, today, rooftop rainwater harvesting took a tech turn with its filters and functions that are worth the cause. The device of NeeRain provides a sustainable harvesting system that is maintenance-free and cost-effective.

NeeRain has catered a rooftop rainwater harvesting device that can be installed in thousands of households to save gallons of water. It has also been exported abroad as well.

Water is a fundamental resource, and everyone understands its value. Years of exploitation of natural resources and climate change have led to frequent disturbances across the globe. India has been prone to floods, and droughts, along with no proper sewage system.

 

 

The NeeRain device for rooftop rainwater harvesting can be monitored by any person. It is a two-stage process through which one can conserve water.

The first filter ensures that particles up to 500 microns are collected, and then the water passes through it. Then the water is in a small tank with a transparent cover which makes the process visible. In the next step, the water passes through the next filter, where the particles up to 5 microns are prevented. The water then passes out through the system, which is clean, pure, and fresh rainwater.

NeeRain’s rooftop rainwater harvesting has saved thousand of litres of water. It is a great technique to conserve water and sustain it for future purposes.

Monsoon brings droplets of relief, but the outcome of that is severe. Most people are not inclined to safe water, but rooftop rainwater harvesting combats the issue feasibly.

Rooftop rainwater harvesting is the best solution to store, utilize, and consume water. It is an advantage to store harvested water for future purposes and promises a sufficient water supply.

You can also take the step like others to start with rooftop rainwater harvesting for clean, quality, and low in minerals water.

Mad4India is glad to cover the story of NeeRain – a young start-up that is transforming India from the issue of water scarcity to a water surplus nation with rooftop rainwater harvesting.

Neerain is proud to republish this article for spreading awareness about situation of water, for our stakeholders. Credit whatsoever goes to the Author.

This article is published by: –

Rooftop Rainwater Harvesting – How ‘NeeRain’ Saves More Than 1000 Litres Of Water

We would like to spread this for the benefit of fellow Indians.

Author: Archana Bhakta

Publish On: July 2, 2022.

Tackle water scarcity with rainwater harvesting

Water is a simple liquid that is of great importance for human life and sustenance. Water is a very large part of our lives.  In fact, 57% to 75% of our body is made out of the liquid. Water is very important for everyone living in this world, and to imagine life without water is impossible. There are about 1.4 billion people who don’t have access to clean drinking water, in the world of 6.8 billion people, 20.59% don’t have clean drinking water.  Obviously, water is a huge part of our daily lives and without it, you cannot live. Our daily activities are so much dependent on water that we cannot even live without water for a single day. We use water for many purposes such as drinking, washing, bathing, cleaning and agricultural purposes. Water is essential for life and it is very important to save water.

It is simply impossible to imagine human life without water, if there are no ample sources of water left then it would be a matter of great concern. Without water the will be no harvesting, no drinking water, no washing, cleaning and cooking as well. Hence it is very important to use our present water sources judiciously and try to save as much water as possible. It is very important to realize water conservation benefits and also to implement those in our day to day life. Water conservation encompasses the policies, strategies and activities to manage fresh water as a sustainable resource, and efforts to protect the water environment while maintaining a balance between current and future human demand. Population, household size and growth and affluence all affect how much water is used. Factors such as climate change will increase pressures on natural water resources, especially in manufacturing and agricultural irrigation. It is very important to realize the need for water conservation in the community as well as personal level.

Over the past few years a rapid growth in populations, modernization, growing industrialization, and expanding agriculture has pushed up the demand for water in the urban as well as rural areas. Human demands are increasing day by day but the natural resources are in a limited quantity. Efforts have been made to collect water by building dams and reservoirs, practising rainwater harvesting, digging wells; some countries have also tried to recycle and desalinate salty water to make it fit for drinking or washing. Water conservation has become a major need of the hour. The idea of groundwater recharging by harvesting rainwater is gaining importance in many parts of the world and has been practised successfully in many parts of the world.

Needs and Importance of Water Conservation

Water is an essential part of human life and plays a major role in human sustenance. We use water for drinking purpose, cooking, washing, for producing electricity, for farming, for industrial purpose and many other purposes that support the human lifestyle. Earth is about 70% water, but there is only a small amount of groundwater and rainwater source that is fit for drinking and cooking purpose. Ninety – seven per cent of all the water on the earth is salt water which is not suitable for drinking. Only three per cent of all the water is fresh water, and only one per cent is available for drinking water. The other two per cent is locked in ice caps and glaciers. About 70% of the water source that is from the sea and oceans the major part contains saline water that is the salt level of this water is so high that it cannot be used for drinking purpose and purification process for this water is really high. Our water supply is finite, which means that we do not have an endless supply.

We only have the water that we have now. The adult human uses on average about 100 gallons of water a day which may seem to be a small figure but with the rising population and depleting water sources there is a fear that one day there will not be enough water sources available to meet even drinking demands. Seawater that is highly salty as a result is not fit for human consumption and not even for industrial purpose or for producing electricity. Since this water contains a high amount of salts, therefore, using this water in industries and for producing electricity leads to salt deposition on the machinery and this at times can get really dangerous and lead to some major industrial disasters. Hence sea water is of no major use for humans.

The demand of fresh water is every growing with the exponential growth of world population. Surface and groundwater resources are being utilized faster than they can be recharged. Rooftop rainwater harvesting is an old practice that is being adopted by many nations as a viable decentralized water source. Individual rainwater harvesting filters are one of the many tools to meeting the growing fresh water demand.

Rooftop rainwater filters at local habitats are the best options to bring security of water for individual. We are committed to make rain water harvesting simple, scientific and sensible for common man. Our rainwater filters save each drop of rainwater falling on roof, filters out physical impurities and diverts clean pure and soft water to storage tank for later usage or to existing bore well for recharge.  Storage of rainwater in tank gives freedom from water crisis, results in saving of electricity cost.

Diversion of filtered, soft, pure rainwater from rooftop rainwater filter in existing bore well is sensible approach to conserve ground water. This is popularly known as bore well recharge. Bore well recharge results in raising water level in bore well, improvement in TDS and Hardness due to the effect of dilution.  Rainwater recharge prevents drying of bore well.

Rooftop rainwater filters makes the job of saving fresh water extremely easy and free from human intervention.  We are working hard to ensure that rainwater filter fulfils the objective without cost of electricity, without civil work and without headache of maintenance. Our rainwater filters are simple, scientific, smart, scalable and sensible for a common man. On an average one rainwater filter saves about a lakh litre of water from 1000 mm rain fall on a 1200 sq. ft of roof area.  Saving of such a huge volume of rainwater results in prevention of water logging on our streets and roads.

Let’s address twin problem of fresh water crisis and water logging by easy, economical and effective rainwater filters for common man. Such movement will only transform India from Water Stress to Water Positive Nation.

Rainwater harvesting is the storing of rainwater during the monsoon season for the purpose of using it during periods of water scarcity. Generally speaking, it is a process used for collecting and storing rainwater for human use. Rainwater harvesting is best described as the technique by which rain water is accumulated and stored with the intention of reusing it during the dry season or when there is a drought. With rapid climatic changes, increase in global temperature and population growth, there is a scarcity of potable water in many countries across the world. The gradual falling of water levels, are a cause of serious concern not only because it leads to shortage of usable water but also because in coastal areas it causes imbalance in salinity of the area.

Rapid industrialization and disposing chemical waste into water-bodies leads to pollution of rivers, lake and water-bodies. This is a global problem and needs a speedy solution. The supply of fresh water in this planet cannot be increased. So an alternative method must be sought for. One such method is harvesting rainwater. Rainwater harvesting is an easy and economical way to deal with this crisis. As men are becoming environment responsible, rain water harvesting is gaining popularity leading to eco-conservation and constructive use of natural resource. Falling water tables are widespread and most people in urban areas are dependent on bottled water which is neither cost-effective nor dependable. The possibility of pollution cannot be completely ruled out. The question of water security is at present a major issue in many parts of the world. One way to deal with this crisis is to adopt rainwater harvesting.

As we discussed earlier that water resources are finite and there is only 3% of freshwater sources, with all the people on Earth relying on such a small percentage of all the water on Earth, it only makes sense that we must preserve and conserve our water for our own survival otherwise a day will come when all the water sources will be extinguished. Besides conserving water it is also important that we must not pollute our water sources because it is the only water we will ever have. There are a lot of people who do not realize the importance of water, and they are continually wasting and polluting it. Only about ten per cent of wastewater is disposed of properly.

It is a high time that we must start saving water today so that it will be available to us in the future. We need to think of future generations, if we go on wasting our water resources recklessly then it is obvious that in future we will not have a sufficient supply of water unless we become more concerned with how we use our water today. There are many things that we can do to help preserve water. These are not things that are hard. All it takes is a little bit of extra effort, and soon it will be second nature. Save the water, that’s all we can do.

Major Uses of Water

We all enjoy many benefits of fresh water and use it for a majority of purpose like making electricity, cleaning, cooking, irrigating, etc. major uses of water are:

  • We use water for the daily household purpose like drinking, cleaning, washing and cooking etc.
  • Water is majorly used for agricultural activities.
  • Most widely used method of producing electricity requires water as a major source.
  • Water is used for many industrial purposes.
  • Commercial applications

 Water Conservation

It is often a misconception that water conservation is the job of government departments and environmental analysts which is not true, in fact water conservation is not a job that is just for these technician, soil scientist, hydrologist, forester, wildlife manager, plant scientist, city planner, park manager, farmer, rancher, or mine owner alone but involves a collective effort at community as well as personal level by every household. It is a job for the everyday person who just likes to have access to the life-sustaining resource of water. It is very important that we must all recognize that water conservation is our personal responsibility and not just leave it up to other people. It has been observed that a lot of times we tend to think that my small effort would be of no use, but if we all start thinking the same way then everyone will become ignorant and there will be an effort in this field. A collection of small effort by many people makes a lot of difference.

We all enjoy benefits of water in many ways, so it becomes our moral duty to care about our water resource and take necessary steps towards conserving our water resources. There is no need of doing something big; instead, some small practices can bear some big results. We need to ensure that we do not waste our water resources and are really vigilant in case there are any running taps.

We must learn to save water now for the future. The quality of our water is very important. We have the same amount of water now as there was when the earth was created and it is very important to realize that this is the water we have, and we must preserve its quality. Each and every effort towards water conservation counts. Water is the foundation of food and life and it would not be wrong to say that next to air, water is the most precious resource for human life and it is impossible to live without water. Saving water helps to preserve our environment. Saving water now means having water available in the future for recreational purposes, too. Conserving the water minimizes the effects of water shortages and helps us to build a better defence against future drought years. If we save water now, we are helping to ensure a water supply adequate for future generations.

Water conservation programs are typically initiated at the local level or community level, by either municipal water utilities or regional governments. Common strategies for water conservation include public outreach campaigns, tiered water rates by charging progressively higher prices as water use increases, or restrictions on outdoor water use such as lawn watering and car washing during the summer season. It is important to realize benefits and also to practice water conservation techniques in our routine life.

Reasons to Conserve Water

Below are some of the main reasons it is important to conserve water.

  • It minimizes the effects of drought and water shortages. Even though our need for fresh water sources is always increasing because of population and industry growth, the supply we have stays constant. Even though water eventually returns to Earth through the water cycle, it’s not always returned to the same spot, or in the same quantity and quality. By reducing the amount of water we use, we can better protect against future drought years.
  • It guards against rising costs and political conflict. Failing to conserve water can eventually lead to a lack of an adequate water supply, which can have drastic consequences. These include rising costs, reduced food supplies, health hazards, and political conflict.
  • It helps to preserve our environment. Reducing our water usages reduces the energy required to process and deliver it to homes, businesses, farms, and communities, which, in turn, helps to reduce pollution and conserve fuel resources.
  • It makes water available for recreational purposes. It’s not just swimming pools, spas, and golf courses that we have to think about. Much of our freshwater resources are also used for beautifying our surroundings—watering lawns, trees, flowers, and vegetable gardens, as well as washing cars and filling public fountains at parks. Failing to conserve water now can mean losing out on such uses later on.
  • It builds safe and beautiful communities: Fire-fighters, hospitals, gas stations, street cleaners, health clubs, gyms, and restaurants all require large amounts of water to provide services to the community. Reducing our usage of water now means that these services can continue to be provided.

Water conservation requires forethought and effort, but every little bit helps. Don’t think that what you do does not matter. We can all make changes in our lifestyles to reduce our water usage. The trick is making water conservation a way of life—not just something we think about once in a while.

Methods of Conserving Water

The most important step in the direction of finding solutions to issues of water and environmental conservation is to change people’s attitudes towards the fact and also changing habits which include each one of us to put in some sincere efforts. Conserve water because it is the right time to do so. We can follow some of the simple things that have been listed below and contribute to water conservation.

  • Every drop of water counts, so make sure you are not wasting clean drinking water and you are not leaving any running tap.
  • Remember to use only the amount you actually need and not wasting the water unnecessarily.
  • It has been found beneficial to form a group of water-conscious people at school, college or society level and encourage your friends and neighbours to be part of this group. Promote water conservation in community newsletters and on bulletin boards. Encourage your friends, neighbours and co-workers to also contribute.
  • Plant more and more trees to increase transpiration.
  • Encourage rainwater harvesting at the community level as well as municipal level.
  • Rainwater threw increasing ground water level.
  • Rainwater threw recharge bore well.
  • Make sure that your home is leak-free and there are no leaking taps or tanks storing water. Many homes have leaking pipes that go unnoticed. Call a plumber as soon as you notice any leakage.
  • Rainwater store in tank for drinking and cooking.
  • Do not leave the tap running while you are brushing your teeth or soaping your face.
  • When washing the car, use water from a bucket and not a hosepipe which helps to reduce about 50% of the water used for washing your car.
  • While watering your lawns do not waste water and use only the amount that is required.
  • Do not throw away water that has been used for washing vegetables and use it to water plants or to clean the floors, etc.

Some other technical methods may include rainwater harvesting at the major level which has following advantages:

  • Increases water availability
  • Checks the declining water table
  • Is environmentally friendly
  • Improves the quality of groundwater through the dilution of fluoride, nitrate, and salinity
  • Prevents soil erosion and flooding especially in urban areas
  • Gives fresh water free lifetime
  • Maintains Ecological balance
  • Raises Ground water level
  • Augments the freshwater storage
  • Arrests Saline water intrusion in Fresh water
  • Improves ground water quality phenomenally
  • Gives Food security through sustainable
  • Minimizes water pollutions
  • Reduces health risks and hazards
  • Averts disasters
  • Brings down Water Footprint
  • Zero hardness; avoids treatment and wastage
  • Helps grow green cover
  • Balances entire Eco System and life cycle
  • Reduces Soil Erosion
  • Recharged rainwater increases productivity of aquifer
  • Rejuvenates other sources of water
  • Dilutes impurities from ground
  • Frees rural households from physical work to collect water daily

Neerain is proud to republish this article for spreading awareness about situation of water, for our stakeholders. Credit whatsoever goes to the Author.

Water, accessed 21 dec 2022.

Search for Saraswati started once again in Kaushambi

Sarayakil (Kaushambi): In the Ganga-Yamuna doab, the initiative has started again in the direction of searching for the extinct river (Saraswati). The team of National Geophysical Research Institute, Hyderabad (NGRI) has camped on Monday morning at Ichna village. Samples are being taken here since a week.

 

Photo courtesy: Jagran

The exercise of geologists is the cause of curiosity in the district. A camp was set up in the garden near the tube well located in Ichna village. Here samples were taken by sediment end coding and sediment core drilling. Two years ago, during the aerial survey of many villages including Sevtha Ichhana, Panara Gopalpur, Saraiya, Agiyouna, the possibility of finding the existence of the extinct river has arisen. In the team from Hyderabad, senior scientists Dr. Prabha Pandey, Dr. Imran Khan, B. Kiran Kumar and Satish Verma had collected samples of soil and other particles by drilling in Sevtha village before Ichhna. According to Dr. Prabha Pandey, the
samples will be tested in the lab located in Hyderabad.

 

Photo courtesy: Yash Kurrey

Samples are being collected from wherever the possibility of the river was seen in the survey two years ago by the Halobean Transient Electromagnetic method. A sample will be collected every 10 meters up to 50 meters from the drilling. It will be ascertained in the lab that what is the actual age of the particles, have they gathered from somewhere or have they flown? What was the climate like in that period, how the downfall took place? Years ago, the Central Ground Water Board (CGWB) had drilled a 150-meter deep borehole and installed a system inside it to know the quality of the water, during the initial period.

With this, the quality of water and changes in it can be tested. Agianna will be a village. They also have a van with them. The instruments engaged in it have been connected to the computer.

Neerain is proud to republish this article for spreading awareness about situation of water, for our stakeholders. Credit whatsoever goes to the Author.

This article is published by: –

https://www.jagran.com/uttar-pradesh/allahabad-city-the-search-for-saraswati-started-once-again-in-kaushambi-22105467.html

We would like to spread this for the benefit of fellow Indians.

Author: Samvad Sutra

Publish On: Oct 12, 2021.