Authors :
Nawaz; Surabhi; Arson Patil; Nikita Shahu; Sohel sheikh; Abhishek Rajput
Volume/Issue :
Volume 9 - 2024, Issue 2 - February
Google Scholar :
http://tinyurl.com/4awvk4x2
Scribd :
http://tinyurl.com/2kzpwznk
DOI :
https://doi.org/10.5281/zenodo.10726814
Abstract :
Given the growing catastrophe of water
pollution that is hurting our nation's lakes, ponds, rivers,
and other bodies of water, immediate action is needed to
solve this serious problem. The situation asitst and snow
represents a terrible reality in which a great deal of
pollution and sewage are poured into our rivers,
endangering the lives of all aquatic creatures. Taking
into account the seriousness of the situation, the goal of
this project is to use automation to lessen the negative
consequences of water contamination. A motor,
conveyor belt, solar panel, Arduino micro controller,
GSM module, and infrared sensor are the main parts of
the project. By means of a methodical configuration, the
motor is closely connected to a chain and sprocket
system, which is operated by a remote controller. The
effective collection of waste products that are deposited
along river banks or float on the water's surface is made
possible by this arrangement. In order to stop additional
pollution of aquatic bodies, the automated system makes
sure that collected waste is quickly moved to designated
containers, including dustbins. Furthermore, by
notifying certain individuals when the trashcan fills up,
the inclusion of a GSM module facilitates prompt waste
disposal and real-time communication. This project aims
to improve operational efficiency, decrease dependency
on manual labor, and expedite waste management
procedures through the application of automation
technologies. The project's novel method not only tackles
the pressing issue of water contamination but also
advances the more general objective of sustainable
environmental management.
Keywords :
Water Remediation, Solar Water Body Cleaners, Renewable Energy, Managing Aquatic Ecosystems, and Filtration Technologies. Protection of the Environment and Sustainability.
Given the growing catastrophe of water
pollution that is hurting our nation's lakes, ponds, rivers,
and other bodies of water, immediate action is needed to
solve this serious problem. The situation asitst and snow
represents a terrible reality in which a great deal of
pollution and sewage are poured into our rivers,
endangering the lives of all aquatic creatures. Taking
into account the seriousness of the situation, the goal of
this project is to use automation to lessen the negative
consequences of water contamination. A motor,
conveyor belt, solar panel, Arduino micro controller,
GSM module, and infrared sensor are the main parts of
the project. By means of a methodical configuration, the
motor is closely connected to a chain and sprocket
system, which is operated by a remote controller. The
effective collection of waste products that are deposited
along river banks or float on the water's surface is made
possible by this arrangement. In order to stop additional
pollution of aquatic bodies, the automated system makes
sure that collected waste is quickly moved to designated
containers, including dustbins. Furthermore, by
notifying certain individuals when the trashcan fills up,
the inclusion of a GSM module facilitates prompt waste
disposal and real-time communication. This project aims
to improve operational efficiency, decrease dependency
on manual labor, and expedite waste management
procedures through the application of automation
technologies. The project's novel method not only tackles
the pressing issue of water contamination but also
advances the more general objective of sustainable
environmental management.
Keywords :
Water Remediation, Solar Water Body Cleaners, Renewable Energy, Managing Aquatic Ecosystems, and Filtration Technologies. Protection of the Environment and Sustainability.
