Marikina officials together with the National Disaster Risk Reduction Management Council (NDRRMC) made a way to prevent the flood casualties. Philippine Disaster Risk Reduction Management Act enhances the disaster preparedness and capabilities of the national government and local government units Water Level Monitoring System using LabVIEW. More accurate More independent aligned in the standards of the Flood Alert Level Monitoring in Marikina River

1. Department of Electronics & Communication Engineering
Silicon Institute of Technology
Silicon Hills, Patia, Bhubaneswar-751024 (ODISHA)
Artificial Intelligence
Name : Aryan
SIC. No. : 190410458
Semester: 8th
Name Of Faculty In-Charge(s)
Dr. Biswajit Baral (Associate Professor)
Debangana Das (Assistant Professor)

2. CONTENTS
• Introduction
• Literature Review
• Objectives
• Technical Content
• Conclusions
• References
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3. IoT (Internet of Things) liquid level monitoring system is a technology-based
solution that is used to monitor the levels of liquid in tanks or containers
remotely. It is a type of smart system that utilizes sensors and the internet to
provide real-time information about the level of liquid in a container.
The system consists of sensors that are placed at strategic locations in the
container. These sensors measure the level of the liquid and transmit this
information to a central processing unit. The central processing unit then sends
this information to the cloud through an internet connection
INTRODUCTION
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4. • The information collected by the IoT liquid level monitoring system can be
accessed by authorized users through a web-based interface. This
interface provides real-time data on the liquid level, which can be used to
monitor the container and ensure that it does not overflow or run out of
liquid.
• The system can be used in a variety of applications such as in agriculture,
oil and gas, water management, and industrial processes. By using this
technology, users can optimize their liquid level management, reduce
waste, and save costs associated with manual monitoring.
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5. LITERATURE REVIEW
• "Design and Implementation of IoT-Based Liquid Level Monitoring System" by R. Kannan et al. (2021)
• This study proposes an IoT-based liquid level monitoring system using ultrasonic sensors and the Arduino
microcontroller. The system was able to accurately measure the level of liquid and provide real-time data through a
web-based interface.
• "Smart Liquid Level Monitoring and Controlling System Using IoT" by S. Prabhu and S. Sundari (2020)
• This article presents a smart liquid level monitoring and controlling system using IoT. The system uses a Raspberry
Pi and ultrasonic sensors to measure the liquid level and provide real-time data through a mobile application.
• "IoT-Based Liquid Level Monitoring System for Oil and Gas Industry" by A. Siddiqui et al. (2019)
• This study proposes an IoT-based liquid level monitoring system for the oil and gas industry. The system uses
ultrasonic sensors and the Arduino microcontroller to measure the level of liquid and transmit data to a cloud-based
server. The system was able to provide accurate data and reduce the risk of spills and leaks.
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6. • The main objective of an IoT liquid level monitoring system is to provide
accurate, real-time data on the level of liquid in a container or tank. This data
can be accessed remotely through a web-based interface, allowing users to
monitor and manage the liquid level without the need for manual monitoring.
• Some specific objectives of an IoT liquid level monitoring system may include:
• Preventing spills and leaks: By providing real-time data on the liquid level, the
system can help prevent spills and leaks, reducing the risk of damage to
equipment or the environment.
OBJECTIVES
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7. • Improving efficiency: The system can help optimize liquid level management by
providing data on usage patterns and trends, allowing users to make informed
decisions about when to refill or empty a container.
• Reducing costs: By eliminating the need for manual monitoring, the system can help
reduce labor costs and improve the accuracy of liquid level measurements, reducing
waste and saving money.
• Ensuring compliance: In some industries, such as oil and gas or chemical
manufacturing, there may be regulatory requirements for monitoring liquid levels. An
IoT liquid level monitoring system can help ensure compliance with these
requirements.
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8. TECHNICAL CONTENT
8

9. • An IoT liquid level monitoring system typically consists of the following technical components:
• Liquid level sensor: This is a sensor that can detect the level of liquid in a container. There are various types
of liquid level sensors available, including ultrasonic, capacitive, and pressure sensors.
• Microcontroller: This is a small computer that runs the software to collect and process data from the sensor.
A popular microcontroller for IoT projects is the Arduino or Raspberry Pi.
• Communication protocol: The microcontroller needs a way to communicate the liquid level data to other
devices or systems. MQTT is a popular protocol for IoT devices due to its lightweight nature and ability to
work with low-power devices.
• Cloud platform or server: The liquid level data can be sent to a cloud platform or server for storage and
analysis. This allows users to access the data remotely and make informed decisions based on the liquid
level readings.
• User interface: A user interface can be developed for users to monitor the liquid level data in real-time. This
can be a web-based interface or a mobile application.
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10. • In conclusion, an IoT liquid level monitoring system is a valuable tool for
industries and businesses that need to keep track of liquid levels in tanks,
reservoirs, and other containers. This system can provide real-time data
on liquid levels, enabling users to make informed decisions about
resource management, maintenance, and operations.
• Overall, the implementation of an IoT liquid level monitoring system
requires a good understanding of hardware and software development,
as well as knowledge of communication protocols and cloud platforms.
With the increasing demand for real-time data and remote monitoring,
an IoT liquid level monitoring system is an important investment for
businesses and industries looking to optimize their operations and
improve their efficiency.
CONCLUSIONS
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11. • Future impact of AI in different sectors:
11

12. [1] "An IoT-based Liquid Level Monitoring System for Industrial Applications" by M.
Akmal and S. U. Khan. 2020 IEEE 17th International Conference on Smart
Communities: Improving Quality of Life Using ICT, pp. 24-29.
[2] "Design and Development of IoT Based Liquid Level Monitoring System for Industrial
Applications" by K. Karthik, V. K. Manivannan, and A. Amutha. 2020 International
Conference on Innovative Trends in Electronics Communication and Applications
(ICIECA), pp. 365-370.
[3] Gupta, R., & Singh, G. (2020). IoT-Based Liquid Level Monitoring System. International
Journal of Emerging Trends in Engineering Research, 8(10), 4961-4965.
REFERENCES
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13. THANK YOU!
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