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How Water Monitoring Systems are Becoming More Efficient with IoT?

· IoT Solutions
How Water Monitoring Systems are Becoming More Efficient with IoT?

Ever since mankind came into existence, the proper consumption and management of water has been a prominent theme of debate. Plus, the threat of unsafe drinking water is one of the most prominent challenges to green globalization. With swift urbanization, our lifestyles have surely improved. But, still the challenges of safe water and water availability continue. Human survival would not have been possible without water. It is the most vital resource on this planet. Food, manufacturing, energy systems require water frequently. The keeper of the balanced eco system and a motivator of the climatic design, water is irreplaceable.

With growing industries and residential buildings, the focus is more on the freshwater resources. In between the speedily growing human population and the climate ebb and flow, water stress is surfacing. This has eventually lead to global water risk. With the growing water demand and water scarcity, it raised an alarm. Utilizing water in wise ways and breaking out of old water utilization patterns became crucial. With the intention to optimize water utilization, technologies have been introduced. Zooming in to the Internet of Things, a huge network of internet connectivity, channelizing water for better utilization is now effortless. With various IoT systems and sensors, the water level, water flow temperature, pH measuring, pipeline leakage and more can be measured. As the demand for fresh water rose, Water Monitoring Systems came into the picture. With promising progress, sustainability and better optimization of water got a green signal.

So, how does IoT help Water Monitoring Systems? Read on…

With the advancement in communication technology, the smart solutions for water monitoring are gaining importance. Technology managed to reach out to maximum people across the globe. Thus making them understand the value of water optimization. Along with this, several geographical areas that were facing scarcity of water are now experiencing proper water supply. Their lives have become easier. This eventually contributes to the betterment of the society. Let us have a quick and further look into the subject.

  • At times it happens that factories use excessive water for production. In order to optimize water consumption, this IoT driven solution is required.
  • For businesses of mineral water, it is crucial to invest in this solution. Why? It gets easier for them to detect any changes or trends appearing on the water body, over a specified time period. Based on that, short or long terms developments could be fostered to make water edible.
  • The IoT sensors accumulate that data from various sources. Next, the data is collected from the water monitoring devices. This helps in the designing and development of pollution preventive measures.
  • Water quality goals are prominent in the 21st century. Water monitoring systems determine the efficiency of the water quality goals as well. Data regarding radiation leaks, oil, spills, flood detection, mass erosion and more help in strategy building for energy situations. 

Is Water Monitoring System that important?

Though it is not easy to gather, but water quality monitoring data is incredibly significant for dodging water rated challenges. To accumulate useful results, specialists use different techniques. This is inclusive of taking samples of chemical conditions, sediment analysing, active water motor hours tracing and more. Additionally finding traces of metals, oils, pesticides, dissolved oxygen and nutrients is another crucial activity that is successfully carried out. Water temperature, leak detection and erosion are some aspects that provide valuable insights. These insights help in the formulation of competitive business strategies.

Be it in the field of agriculture, manufacturing or any other industry, water monitoring is crucial. They use water during the production process. Either for the creation of their home product or cooling the equipment utilised for the creation of those product, water is used intensively. Industrial water is used for fabricating washing, processing, diluting, cooling or transporting a product. For smelting facilities, petroleum refineries and industrial producing chemical products, food and paper products water is utilised. Food, paper and chemical production requires the maximum usage of water.

At the end of the day, water monitoring for quality water is an essential part of keeping the planet healthy and sustainable. As we continue to build cities, clear land for farming and make other man-made changes to the natural environment, water quality monitoring becomes increasingly important. Land based activities can have a huge impact on water systems and it’s critical that we realise how these affect water bodies, both above and below the ground.

Wrapping up:

Water monitoring systems are the need of the hour. Especially when it is designed through IoT, there is no turning back. The superior IoT sensors collect the comprehensive data and next achieve a sequential follow up of water pollution status in remote region.

The IoT sensors collect crucial data from temperature, pH level, turbidity and some more to measure water quality. With modern turns in technology, IoT has managed water in simple, faster, efficient, real time and user friendly ways. In order to monitor the data from across the word, an IoT environment is provided using the raspberry pi. IoT proposed systems could be used in smart cities. Additionally, with rapid urbanisation big housing societies provide direct drinking water stored in the tank at the top of building.

IoT driven systems are smart and can predict drinkable water. This displays the reading on monitor, mounted inside the individual home. This avoids the waste water flow as well.