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16 February 2021
Water is one every of the foremost precious resources in the world. Water is the basic necessity of each individual. But, water deficiency could be a major issue that's rising terribly in the world. The matter has become severe that in several elements the groundwater has nearly dried up and other people got to rely on the facility from various sources. Additionally, water is one of every of the foremost victimized commodities that we tend to still waste. It is the central purpose of our lives however not the central purpose of our focus.
There are millions of people all over the world not having proper access to water. The available resources of water are unable to be used for consumption. About 70% of the Earth's surface is covered with water, and only 3% of it is fresh water that is fit for human consumption. Around a common fraction of water is in frozen glaciers and unavailable to use. According to the reports of WWF, over one billion individuals don't have access to a supply of fresh potable water, and around 3 billion experience water scarcity at least one month per year.
Clean potable water is scarce, and there are millions of people across this globe who spend their entire day searching for it. Those that have access to safe, clean potable take it without any consideration and don’t use it with wisdom. It is time now, to require preventive measures for the employment of freshwater. Within the past, individuals perceive the worth of water and set up their lives around it. Moreover, several civilizations bloom and lost on account of water. But, nowadays we all know however we tend to still fail to know the worth of water.
Here are several innovative solutions for the water crisis
WaterSeer is a new innovative and green method with low maintenance and mobile water answer for the community across the globe. It creates water through the method of condensation. It pulls the moisture from thin air and condenses it into water. Using the temperature difference between the above-ground turbine and the collection chamber installed six feet underground.
The potable water is then delivered to the surface to use. An easy pump and hose are needed to gather the water. The device will manufacture up to eleven gallons per day, even in arid regions. It is an awfully easy style, that operates while not external power input.
This device is created by VICI-Labs, in collaboration with UC Berkeley and the National Peace Corps Association. To provide a sustainable source of clean safe water for the millions.
Production of crops underneath solar panels, a method is understood as Agrivoltaics. It will boost food production, water savings, and also the potency of electricity production. In hot and dry climates, several farmers pump groundwater to irrigate crops. The matter arises once farmers read alternative energy as free because it will cause over-irrigation. Agrivoltaics, additionally called solar sharing, is a thought that gained attraction in recent years. Few studies have already got monitored all aspects of the associated food, energy, and water systems, and none have centered on dryland areas—regions that have food production challenges and water shortages, however, have associate degree overabundance of sun energy.
Fog water collection from low-hanging clouds can bring respite to residents in the water-stressed regions around the world. The 'fog catcher' is an invention that serves to trap water drops from the fog. In desert areas like the Peruvian coast, there is a lack of water and rain, but there is a lot of fog occurrence, mainly in the top of hills or at high places. A ‘catcher’ is a construction of stems made from bamboo, metal, or "Guayaquil" wood and a tight-knit mesh of raffia in between them. The little water drops caught by this mesh are collected by PVC gutters and flow through an organic filter into a tank. Fog catcher produces around 100 liters of water a day. However, this water is not for a drinkable purpose, but it is useful for agricultural needs and other daily household chores. It plays an important role in saving and obtaining water which proves useful in some means.
Producing chlorine locally with readily available ingredients is a low-cost and sustainable method to improve access to safe drinking water. Contaminated drinking water is a major problem across the world. SE200 is proving to be a better alternative, for the production of potable water. Through the process of electrolysis, the mixture of salt, water, and power – either main electricity or a 12v battery supply, produces chlorine, which proves fatal for harmful bacteria. It is originally developed by PATH and Mountain Safety Research® (MSR) Global Health. SE200 is an easy-to-use and effective method for making the water clean and ready to use.
Conclusion
According to the World Health Organization, more than 700 million people still lack access to safe sources of drinking water. However, the use of technology eases our lives, and implementation of it on making devices, which able to provide our necessity is not more than a boon. But this is high time now, water is a natural resource which is getting neglected. Our modern-day world needs to understand the value of water and plan their lives around it to make it a sustainable resource for the upcoming generations.
