IRJET- Garbage Waste Monitoring and Management in Smart Cities

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 07 Issue: 02 | Feb 2020 www.irjet.net p-ISSN: 2395-0072
© 2020, IRJET | Impact Factor value: 7.34 | ISO 9001:2008 Certified Journal | Page 512
Garbage waste monitoring and management in smart cities
Mohana T1, Poornima N2, Rashya Parveen D3
1Mohana T, Department of Electronics and Communication Engineering, PEC, Namakkal
2Poornima N, Department of Electronics and Communication Engineering, PEC, Namakkal
3Rashya Parveen D,Department of Electronics and Communication Engineering, PEC, Namakkal
4Vijayakumar S, Assistant professor, Department of Electronics and Communication Engineering, PEC, Namakkal
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Abstract -Nowadays, many times we see that the garbage
bins or dust bins are placed at public places in the cities are
overflowing due to increase in the waste every day. To
access the concern authorities from their place with the help
of Internet and an immediate action can be made to clean
the dustbins. The proposed system will consist of waste bins
that are equipped with ultrasonic sensor, DTH11, gas sensor
which are interfaced with Arduino Uno and a Wi-Fi module.
The system will collect the waste fill level status and upload
the data to database. The data will be used to represent the
bin level of the of all bins on the android application.
Normally the electromagnetic waves or passive infrared
radiation are emitted from the living body that is human
body. This rays are observed by the PIR sensor. In here the
dustbin are open when the human is arriving in front of the
dustbin, otherwise it will be in closed condition. The
ultrasonic sensor will detect depth of waste present in the
dustbin and send it to the web server, through the mobile
application the collected information is forwarded to
concerned person mobile phone through the notification
from developed application. Once a bin gets filled,
notification will be sent to the appropriate client based on
their location and the dustbin will be automatically closed.
If the smart card is swipe in the dustbin it will open.
Key Words: Ultrasonic sensor, PIR sensor, DHT sensor,
gas sensor, Arduino UNO, smart card, OLED screen
1. INTRODUCTION
Nowadays the Internet of Things (IOT) is the most
commonly used in substantial plans, vehicles, house
appliance and other embedded by electronics, software,
sensor, actuators, motors and network connectivity which
allow these things to bond and exchange data. The IOT
allows objects to be sensed or embarrassed remotely
transversely active set of connections infrastructure,
creating the opportunity for added direct integration of
the substantial planet into computer based system and
consequential in enhanced efficiency, correctness and
economic benefit in addition to reduced human
intervention. As dustbin is considered as a basic need to
maintain the level of cleanliness in the city, so it is very
important to clean all the dustbins as soon as they get
filled. We will use ultrasonic sensors for this system. The
concept of IOT when used in this field will result in a
better environment for the people to live in. No more
unsanitary conditions will be formed in the city. With the
help of this system minimal number of smart bins can be
used around the whole city and the city will still be much
cleaner. There has been an unprecedented growth in the
number of devices being connected to the Internet since
past few years. All these devices connected to the internet
are part of the IOT infrastructure which can communicate
with each other. The IOT network consists of embedded
electronics, sensors and software that allows these devices
to send and receive data among each other. This is why it
is beneficial to use such an existing infrastructure for
designing the proposed security system. The
disadvantages of the existing system are that the
employees have to go and check the bins daily whether
they are filled or not, it results in high cost.
2. LITERATURE SURVEY
2.1 EXISTING SYSTEM
In the existing system IR sensor was used. This system
assures the cleaning of dustbins soon when the garbage
level reaches its maximum. The Infrared sensor was used
for identify the waste depth and will be produced the
notification for consent person. Real time data
transmission and access is difficult for this system and
high cost of the hardware system with the project.
2.2 PROPOSED SYSTEM
This project uses Arduino UNO r3, ultrasonic sensor HC-
SR04, PIR sensor HC-SR501, DHT 11 sensor, gas sensor
MQ-6, Wi-Fi module, smart card and cloud. The ultrasonic
sensor is fix in the dustbin. This is notified the presence of
waste and dust level in the dustbin at every minute. PIR
sensor is used to access the dustbin, that means the human
will be standing the dustbin the dustbin will be open,
other times the dustbin will be closed. The DHT sensor
monitor the presence of temperature and humidity level in
the dustbin and gas sensor is used to detect the presence
of combustible, flammable and any toxic gases present in
the dustbin. When the dustbin gets filled it will be
automatically closed and send the notification to either
appropriate person or truck on board. While the consent
person will use the smart card to swipe in the dustbin, it
will be open. The card reader will be insert on the dustbin.
If smart gets damaged, the dustbin lock is unlocked or
undo by passing comment through the cloud (with the
help of IOT technology).

3. SYSTEM ARCHITECTURE
Figure -1: Block diagram of transmitter section
Figure -2: Block diagram of receiver section
4. ADVANTAGES AND DISADVANTAGES
Advantages
This system is easier to operate automatically
More flexibility
Disadvantage
It is costlier
5. CONCLUSIONS
The Ultrasonic sensor will detect depth of waste present in
the dustbin and send it to the web server, through the
mobile application the collected information is forwarded
to concerned person mobile phone through the
notification from developed application. Once a bin gets
filled, notification will be sent to the appropriate client
based on their location and the dustbin will be
automatically closed. Although the development of the
automated garbage monitoring system is good there are
things to be recommended to add camera to the system to
capture the image of surrounding when the people try to
drops the garbage outside the bin which we will be used
for penalty and to add smell sensor.
REFERENCES
1. Basic Feature, Solid waste Management Project by
MCGM.
2. Islam, M.S. Arebey, M. ; Hannasn, M.A. ; Basri,
H,‖Overview for solid waste bin monitoring and
collection system"Innovation.
3. International journal of innovative research in
electrical, electronics, instrumentation and
control engineering, issn (oNLINE) 2321 –2004,
vOL. 4, iSSUE 4, aPRIL 2016.
4. Kanchan Mahajan, Prof J.S.Chitode ―Waste bin
monitoring system using Integrated
Technology‖, International Journal of innovative
Research in science engineering and technology,
Vol 3, Issue 7, July 2014.
5. M. Al-Maadeed, N. K. Madi, RamazanKahraman, A.
Hodzic, N. G. Ozerkan , An Overview of Solid
Waste Management and Plastic Recycling in Qatar,
Springer Journal of Polymers and the
Environment, March 2012, Volume 20,Issue 1, pp
186-194.
6. Md. Shafique Islam M.A Hannan, ―An overview
for solid waste bin Monitoring System‖ Journal of
Applied science research, 8(2): 879-886,
February 2012.
7. MohdHelmyAbdWahab, Aeslina Abdul
Kadir,"Smart Recycle Bin A Conceptual Approach
of Smart Waste Management with Integrated Web
based System",978-1-4799-6541-
0/14/31.002014 IEEE.
8. Pavithtra, ―Smart trash system: An application
using Zigbee‖ International and Technology, Vol.
1, Issue 8, October 2014.

9. Navghane S S, Killedar M S and Rohokale DV 2016
IoT Based Smart Garbage and waste collection,
International Journal of Advanced Research in
Electronics And Communication.
10. IJIREEICE Volume 5, Issue 1, Smart Garbage
Monitoring System using IoT - Prof. Dr. Sandeep
M. Chaware1, Shriram Dighe2, Akshay Joshi3,
Namrata Bajare4, Rohini Korke5 – 20- January
2017

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