Water Trash Collector
Water Trash Collector
Volume 8, Issue 3, March – 2023 International Journal of Innovative Science and Research Technology
ISSN No:-2456-2165
Water Trash Collector
[1]
Guide - Vadipina Amarnadh (Assistant Professor)
[2]
Anuroop Chennabatny; [3] K. Karthik; [4] S. Kalyan Raj
[5]
Y. Uday Rushi
Department of CSE
Anurag Group of Institutions
Abstract:- Water is essential to life, yet water pollution is to operate the device by observing in mobile and human can
one of the most serious environmental threats that we operate the device from anywhere.
face today. Our lakes and river are increasingly getting
polluted. The innovative system that we propose offers a C. Advantages
unique and automated way to tackle water pollution by Operator need not be present at the site.
eliminating manual labour thus increasing efficiency and Longer range due to the use of telemetric devices.
decreasing the cost and time needed. The main aim of It can be operated using an android app.
this floating waste collector project is to clean the waste It has live stream option, so user can operate the device
that gets accumulated on the surface of water bodies from any location.
thus keeping the water clean hence decreasing pollution.
In this project we are going to use Arduino and Android
software to model and build Arduino Circuit for our
water collector bot. It will collect the waste from the
surface of water and push it towards the land around it.
With the use of DC motors, the bot and collectors will
have to & fro movement.
I. INTRODUCTION
From medical to space study, the work of the Internet
of Things and robotics is done. There are improvements in
technology, but not in water purification. Cleaning water
bodies can be done with the use of robotics and IOT. Many
benefits are brought to the field by the water cleaning tasks. Fig 1. Architecture of the Bot
By integrating Wi-Fi module with microcontroller like
Arduino, we can create devices which can be operated with III. EXPERIMENTAL TOOLS
unlimited range. The cost and complexity of the device can
be reduced with the use of IOT components. A. Motor Driver IC L298D
The L298N is a monolithic integrated circuit in a
II. EXISTING SYSTEM multi-watt, 15-pin, PowerSO20 package. It is a high voltage,
high current dual full bridge driver designed for standard
TTL logic levels and inductive loads such as relays,
The invention of a metallic waste collection robot was
made. Human should show up at the water body to clean it. solenoids, DC and stepper motors. Two enable inputs are
Some devices have features like solar panels and DC pump. available to enable or disable the device regardless of the
The research design has a conveyer belt to collect the waste input signals. The emitters of the bottom transistors of each
and a pedal operated boat with propellers attached to the bridge are tied together and the corresponding external
shaft. terminal can be used to connect an external sense resistor.
An additional supply input is provided so that the logic
A. Drawbacks: works with a lower voltage.
Operator has to present at the site.
Short range due to the use of radio waves. B. Two DC motor
Existing system has limited trash collection capacity. A DC motor belongs to a class of rotary electric motors
that convert DC electrical energy into mechanical energy.
The most common types are based on the forces generated
B. Proposed System
The proposed system uses dual propeller mechanism by magnetic fields. Almost all types of DC motors have
and Android app (Blynk app). The use of dual motors some internal mechanism, either electromechanical or
electronic, to periodically change the direction of current in
navigation system makes it easier to control the device and
does not require regular maintenance. The device has an some part of the motor.
L298N motor driver and a Node-MCU which help to control
the motors via the Android app. This device helps in
removing floating trash with ease and does not require much
manual support. In this design Mi camera has been installed
IJISRT23MAR1609 www.ijisrt.com 2130
Volume 8, Issue 3, March – 2023 International Journal of Innovative Science and Research Technology
ISSN No:-2456-2165
C. Node MCU
There are open source board designs that are available.
The name "NodeMCU" combines "node" and "MCU"
(micro-controller unit).The term "NodeMCU" strictly
speaking refers to the firmware rather than the associated
development kits.Both the firmware and prototyping board
designs are open source.The firmware uses the Lua scripting
language. The firmware is based on the eLua project, and
built on the Espressif Non-OS SDK for ESP8266. There are
many open source projects that it uses. Users need to select
modules that are relevant to their project in order to build a
custom firmware. Support for the 32-bit ESP32 has also
been implemented.
D. Batteries
A battery is a device consisting of one or more cells
with a connection to the outside world. The positive and
negative terminals of a battery are used to supply electric
power. electrons will flow through an external electric
circuit to the positive terminal from the terminal marked (Fig. 2 Bot collecting trash)
negative When a battery is connected to an external electric
load, a redox reaction converts high-energy reactants to
lower-energy products, and the free-energy difference is
delivered to the external circuit as electrical energy.
E. MI Camera
The Mi Home Security Camera 360° is a 2-megapixel
camera with an f/2.1 aperture. In well-lit environments, be it
indoors or outdoors, the camera captured an ample amount
of light in our tests, which means that videos retained a
decent amount of colour and looked clear.
F. Blynk
Blynk is an internet of things platform that can be used
to control devices on the internet. A graphical interface or
human machine interface can be created with the help of this
application.
IV. OUTPUT
(Fig.3 Bot collecting trash)
(Fig.1 Bot collecting trash) (Fig. 4 Blynk app to control bot)
IJISRT23MAR1609 www.ijisrt.com 2131
Volume 8, Issue 3, March – 2023 International Journal of Innovative Science and Research Technology
ISSN No:-2456-2165
(Fig. 5 Surveillance from MI cam)
V. CONCLUSION
A rover platform is designed, built and programmed
for cleaning water. It is controlled by user by using an app
and a camera on the top. This helps the user determine any
waste floating on water. Video transmission and rover
controlling is done using WI-FI and hence the range will be
longer than traditional Bluetooth module. This will ensure
that the user can operate the rover from a 150 feet radius.
REFERENCES
[1]. https://www.irjet.net/archives/V8/i8/IRJET-
V8I8401.pdf
[2]. L. Atzori, A. Iera, and G. Morabito, "The Internet of
Things: A survey," Computer Networks, vol. 54, pp.
2787-2805, 10/28/ 2010.
[3]. https://www.researchgate.net/publication/352664641_
Development_of_Water_Surfac
e_Mobile_Garbage_Collector_Robot#:~:text=Based%
20on%20the%20experimental%20
results,River%20within%20Bluetooth%20network%20
range
[4]. Disha Biswas, Abir, MkRisti, Arnab, “Unmanned
floating waste collecting robot”,
[5]. 2019-in IEEE Region 10 conference