System Integration of Remote Sensing and Industrial Control with IoT Technologies for Water Purification Plant

Aishwarya Gowda A G, Hui-Kai Su, W. Kuo
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Abstract

The rapid evolution in science and technology, has lead the vigorous development of the technology industry. This development witnessed the changes of the Earth's climatic conditions, dwindle of precious natural resources. Among which, water is an indispensable resource for our human life. But, there are many factors like pollution or loss of resources which result in making water as an important resource for usage. Whereas, the current monitoring system has various problems as most of the people are not very familiar with the proper usage of water and the methods to handle water. Hence, addressing this issue our solution aims in monitoring and controlling water resources by our hardware and software system. This system is combined with a database, PAC (Programmable Automation Controllers) and different types of sensors. This blend of software and hardware initially supports the operators to predict and judge each value accurately. This ensures to make the best processing method and improves work efficiency in short period. Meanwhile, it helps and can reduce the workload drastically helping each process flow smoother and with better results. This solution also can be used to reduce the loss of water resource which occurs due to mis-operation by operators. In addition, this system ensures an ease environment for managers and operators to handle the complete process with confidence. Use of this system can help a huge group of people to achieve a win-win situation with convenient management and easy operation.
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遥感和工业控制与物联网技术在净水厂的系统集成
科学技术的飞速发展,带动了科技产业的蓬勃发展。这种发展见证了地球气候条件的变化,宝贵的自然资源的减少。其中,水是我们人类生活不可缺少的资源。但是,有许多因素,如污染或资源损失,导致使水成为一种重要的资源。然而,由于大多数人对水的正确使用方法和处理方法不太熟悉,目前的监测系统存在各种问题。因此,针对这个问题,我们的解决方案旨在通过我们的硬件和软件系统来监测和控制水资源。该系统由数据库、PAC(可编程自动化控制器)和不同类型的传感器组成。这种软件和硬件的混合最初支持操作人员准确地预测和判断每个值。这样可以保证在短时间内做出最佳的加工方法,提高工作效率。与此同时,它有助于并可以大大减少工作负载,从而使每个流程更顺畅并获得更好的结果。该解决方案还可用于减少由于操作人员的误操作而造成的水资源损失。此外,该系统为管理人员和操作人员提供了一个轻松的环境,可以放心地处理整个过程。使用本系统可以帮助庞大的人群实现管理方便、操作简单的双赢。
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