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Sewage Water Quality Monitoring Framework Using Multi-parametric Sensors

机译:使用多参数传感器的污水水质监测框架

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The increased sewage inflow has resulted in to water contamination challenge which has affected the human life with respect to various sectors like agriculture and domestic. The traditional methods of sewage water quality monitoring are found to be inefficient as they are either fundamentally incorrect, too expensive or based on sampling methods. Therefore, to overcome the challenge, the manuscript has proposed a sewage water quality monitoring framework using multi-parametric sensor for water quality monitoring. It uses cheap and portable multi-parametric sensors, smart-phone and an ad hoc network. The functionality of the proposed framework is tested at sewage treatment plant of Thapar University, Patiala, Punjab in India. The obtained measurements suggest for re-usability of treated sewage water for domestic and irrigation purposes. The sensor's sleep and wake-up states enhances the framework's performance in terms of sustainability for longer time.
机译:增加的污水流入导致水污染挑战,这对农业和国内等各个部门影响了人类生活。 发现传统的污水质量监测方法效率低下,因为它们根本不正确,过于昂贵或基于采样方法。 因此,为了克服挑战,手稿提出了一种使用多参数传感器进行水质监测的污水质量监测框架。 它使用廉价和便携式的多参数传感器,智能手机和ad hoc网络。 拟议的框架的功能在Thapar大学的污水处理厂进行了测试,在印度旁遮普邦的Patiala。 所获得的测量表明,用于国内和灌溉目的治疗污水水的可用性。 传感器的睡眠和唤醒状态在可持续发展方面提高了框架的性能,以便更长的时间。

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