International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 04 | Apr 2023
p-ISSN: 2395-0072
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IOT BASED RIVER WATER QUALITY MONITORING SYSTEM USING NODE MCU Mr.K.Elamathi1, A.Lavanya2, N.Nivindha3, J.Pavithra4, R.Priyadharshini5 1
Assistant Professor, Department of Electronics and Communication Engineering,Vivekanandha College of Technology for Women, Tamil Nadu, India.
2,3,4,5
Students, Department of Electronics and Communication Engineering,Vivekanandha College of Technology for Women, Tamil Nadu, India. --------------------------------------------------------------------***----------------------------------------------------------------------samples, evaluating them in a lab, and providing advise on any water treatment measures. There are three basic processes in the current system for monitoring water pollution. Water sampling Sample testing Research analysis. These three methods are all very expensive, challenging, time-consuming, require professional counsel, and are not particularly effective. Hence, rather than relying on a human procedure, automation may now be added to water quality monitoring in order to take the right action. Hence, some technical innovation has crept into the automation of water quality monitoring, helping to monitor water quality rather of depending on human processes. Due to the indiscriminate discharge of untreated effluents into the local low-lying lands and proximity to the textile, bleaching, and dyeing factories , the shallow aquifers there and around are extremely polluted. We created a model to assess water sources, and we then uploaded and analyzed the data online. The foundation of this is a wireless communication system. Such communication systems have a huge economic value, and as wireless sensor networks continue to expand and more nations demonstrate tremendous interest in curiosity. When water quality parameters deviate from the predefined set of standard values, the system will additionally alert the remote user.
ABSTRACT The Internet of Things(IoT) is a network of physical objects, including furniture, cars, appliances, and other goods, that are connected to one another and share data. These objects are embedded with electronics, software, sensors, actuators, and connections. In India, water contamination is a serious environmental issue. Untreated sewage is the main cause of water contamination in India. Most Indian rivers, lakes, and surface waters are polluted by uncontrolled small-scale industries. In conventional systems, the monitoring procedure include manually gathering sample water from various places, followed by testing and analysis in a lab. This method is inefficient because it is laborious, takes a longtime, and doesn't yield results right away. Instead, we should designed create a low-cost system for real-time water monitoring. The quality of water continuously using IoT devices like Node MCU. Node MCU has a connected built-in Wi-Fi module that enables internet access and sends sensor data measurements to the Cloud. To evaluate the quality of water from aquatic bodies, a number of sensors are employed to monitor a variety of factors. To determine if the water is appropriate or not, the results are saved in the cloud. A warning message is sent to the PWD department if dirty water is found.
2. RELATED WORKS
KEY WORDS: Water quality monitoring sensor, cloud and Web UI, IOT Node MCU ESP8266, Temperature sensor, PH sensor, turbidity sensor, Arduino, Fast SMS, Buzzer
We'll discuss some of the current systems that are popular with regard to water quality before getting into the specifics of our Intelligent IoT-based Water Quality Monitoring system. The conventional water quality monitoring technique uses a variety of tools to check the water's quality, including "Secchi discs (measure probes, nets, gauges, metres, etc.) and water purity. It is simply not possible to assess water quality and detect any major changes using the conventional method. The 21st century had many inventions, but it also saw a significant increase in water pollution, particularly in coastal areas. The methods for monitoring water quality, sensors, and data transmission, as well as the roles played by communities, the government, and organization administrators in ensuring accurate data dissemination.
1. INTRODUCTION Fresh Water Management is crucial in Bangladesh due to the country's rapidly growing population, which calls for an increase in agricultural, industrial, and other requirements. Fresh water's "chemical, physical, and biological" makeup defines its quality. Keeping an eye on the water's quality aids in pollution detection pollution, harmful chemicals, and water. The classic approach, which is still popular today, comprises gathering water
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