Authors :
Durvesh Dhapudkar; Ajinkya Dukare; Vedant Kulkarni; Dr. Siddhasen Patil
Volume/Issue :
Volume 9 - 2024, Issue 1 - January
Google Scholar :
http://tinyurl.com/y39v57yz
Scribd :
http://tinyurl.com/v6fkpp34
DOI :
https://doi.org/10.5281/zenodo.10575171
Abstract :
“Water stands as a critical resource for all life
forms, an irreplaceable component”. In densely
populated nations like India, managing and distributing
water resources uncovers significant disparities. The
rising demand for water highlights the urgency for
initiatives on water management, propelling the
methodical development and utilization of water
resources. This further entails crafting essential
technological tools and networks to enhance water
consumption efficiency and ensure the delivery of potable
water. The principal aim of this research endeavour is to
optimize the supply of water to end-users, address
operational inefficiencies, make data-informed decisions,
and implement a technologically driven, transparent,
accountable, and efficient water supply infrastructure. To
illustrate this, a basic experimental setup has been
established, featuring four users, a central distribution
tank, and an Arduino controller.
Keywords :
Rising Demand, Water Management, Technological Tools, Data-Informed Decisions, Technologically-Driven, Central Distribution Tank and Arduino Controller.
“Water stands as a critical resource for all life
forms, an irreplaceable component”. In densely
populated nations like India, managing and distributing
water resources uncovers significant disparities. The
rising demand for water highlights the urgency for
initiatives on water management, propelling the
methodical development and utilization of water
resources. This further entails crafting essential
technological tools and networks to enhance water
consumption efficiency and ensure the delivery of potable
water. The principal aim of this research endeavour is to
optimize the supply of water to end-users, address
operational inefficiencies, make data-informed decisions,
and implement a technologically driven, transparent,
accountable, and efficient water supply infrastructure. To
illustrate this, a basic experimental setup has been
established, featuring four users, a central distribution
tank, and an Arduino controller.
Keywords :
Rising Demand, Water Management, Technological Tools, Data-Informed Decisions, Technologically-Driven, Central Distribution Tank and Arduino Controller.
