Garbage Monitoring and Disposal System for Smart City Using Iot

Prasun Chowdhury, R. Sen, D. Ray, Purushottam Roy, Souradeep Sarkar
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引用次数: 11

Abstract

India’s garbage generation stands at 0.2 to 0.6 kilograms of garbage per head per day. Also, it is a well-known fact that land in India is scarce. The garbage collector who comes to our house every morning to empty our dustbins inside his truck, takes all the garbage from our neighbourhood and dumps it on an abandoned piece of land. Garbage collectors from all parts of the city meet there to do the same. Such a land is called a landfill. India’s per capita waste generation is so high, that it creates a crisis if the garbage collector doesn’t visit a neighbourhood for a couple of days. As the procedure is purely manual, we need to implement a smart way of garbage monitoring and disposal. This paper proposes anIoT (Internet of Things) based approach for garbage monitoring and its disposal using ultrasonic and MQ4 sensors. Ultrasonic sensor checks the level of garbage filled in the biodegradable and non-biodegradable "smart bins".MQ4 sensors check the level of odour in the biodegradable garbage bin.After the threshold level is crossed in the non-biodegradable smart bin, theinformation is sent to the municipal corporation (with the help of an application) for the disposal of the garbage. If the threshold level is crossed in the biodegradable bin, a lid slides and the wastes are dumped in the underlying chamber. This method is more convenient than the manual one and is an initiative towards ‘smart city’. It ensures proper disposal of garbage and a restoration of a green and healthy environment.
基于物联网的智慧城市垃圾监控与处理系统
印度的垃圾产生量为每人每天0.2到0.6公斤。此外,众所周知,印度的土地稀缺。每天早上来我们家的垃圾收集员用他的卡车把我们的垃圾箱倒空,把我们附近所有的垃圾都扔到一块废弃的土地上。来自城市各地的垃圾收集者也在那里聚集做同样的事情。这样的土地被称为垃圾填埋场。印度的人均垃圾产生量如此之高,以至于如果垃圾收集者几天不去附近的社区,就会产生一场危机。由于这个过程是纯手动的,我们需要实现一种智能的垃圾监控和处理方式。本文提出了一种基于物联网的垃圾监测和处理方法,该方法采用超声波和MQ4传感器。超声波传感器检查生物可降解和不可生物可降解“智能垃圾箱”中的垃圾水平。MQ4传感器检查可生物降解垃圾桶中的气味水平。在不可生物降解的智能垃圾箱中,超过阈值后,信息将发送给市政公司(在应用程序的帮助下)处理垃圾。如果在可生物降解箱中超过阈值水平,则盖子滑动,废物被倾倒在下面的腔室中。这种方法比手动方法更方便,是迈向“智慧城市”的一项举措。它确保垃圾得到妥善处理,恢复绿色健康的环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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