International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 11 Issue:09 | Sep2024
www.irjet.net
p-ISSN: 2395-0072
Marine Pollution Control System and Emergency Alert System Rasker Rushikesh Arunr1, Narawade Krushna Suresh2, Kolhe Yash Somnath 3, Rohokale Gaurav Rohidas4, Prof. Mr. Satpute A.S.5 1 student of Dept. Electronics and telecommunication Engineering, Samarth Polytechnic, Belhe
2 student of Dept. Electronics and telecommunication Engineering, Samarth Polytechnic, Belhe
students of Dept. Electronics and telecommunication Engineering, Samarth Polytechnic, Belhe Dept. Electronics and telecommunication Engineering, Samarth Polytechnic, Belhe ---------------------------------------------------------------------***--------------------------------------------------------------------3
4HOD OF
Abstract - Marine pollution and navigational hazards pose
by integrating advanced sensing and communication technologies. The system leverages an ultrasonic sensor for detecting obstacles, such as icebergs, to ensure safe navigation in harsh maritime environments. Additionally, it is equipped with a motorized mechanism capable of collecting floating debris, thereby reducing surface pollution. A real-time camera feed allows for visual monitoring, and automated alerts are transmitted via wireless communication to nearby ships or coastal stations in case of emergency situations, such as environmental hazards or rescue operations. The system’s location-tracking capability ensures constant awareness of its position, enhancing both operational efficiency and safety.
significant risks to ecosystems and maritime safety. This paper presents a Marine Pollution Control and Emergency Alert System designed to monitor environmental conditions, detect obstacles such as icebergs, and mitigate surface pollution in real time. The system is powered by an adaptable microcontroller that coordinates multiple sensors, including an ultrasonic sensor used for obstacle detection. A live camera feed enables real-time visual monitoring, while a communication module sends automated alerts regarding environmental hazards, such as storms and emergency rescue situations, to nearby ships or central monitoring stations. The system also features a location-tracking capability to provide real-time updates on its position.
The ship operates with a motorized system equipped with a debris collection mechanism for removing surface waste. All functionalities, including obstacle detection, ship navigation, and real-time data visualization, can be controlled remotely through a web interface using wireless connectivity. This scalable and cost-effective solution addresses marine pollution while ensuring safer navigation through proactive monitoring and alerting.
By combining environmental monitoring, obstacle detection, and automated alerting in a single platform, this system offers a scalable and cost-effective solution for addressing marine pollution and maritime hazards. The design is highly adaptable, enabling future upgrades to incorporate additional functionalities or respond to evolving environmental challenges. The following sections will detail the system’s architecture, component integration, and performance in real-world scenarios.
Key Words: Marine Pollution, Remote Controlling, Controller, Sensor, Detector
1.1 Smart Marine Patrol: Autonomous Hazard Detection and Sustainable Ocean Cleanup
1.INTRODUCTION
In response to the growing threats posed by marine pollution and navigational hazards, we propose a novel solution that combines autonomous hazard detection with real-time pollution control. The Smart Marine Patrol system is designed to operate autonomously in marine environments, continuously monitoring for potential threats such as icebergs, floating debris, and hazardous environmental conditions. Utilizing a suite of advanced sensors, including ultrasonic technology for obstacle detection, the system can accurately identify nearby threats and take preventive action.
Marine environments are increasingly threatened by pollution and hazardous obstacles, which disrupt ecosystems, endanger marine life, and pose significant challenges to maritime operations. The accumulation of waste on the ocean's surface, coupled with the dangers of floating debris and icebergs, has created an urgent need for innovative solutions that address these issues efficiently. Traditional methods for controlling marine pollution and ensuring navigation safety often rely on manual interventions, which are time-consuming, resourceintensive, and reactive in nature. There is a growing demand for automated systems that can detect and respond to environmental threats in real time.
The patrol system also includes a fully integrated debris collection mechanism designed to capture and store floating waste, such as plastic and other pollutants, ensuring cleaner waters. The system’s garbage collection function is activated when it detects surface pollution, autonomously navigating towards the waste and removing it from the water.
This paper introduces a novel Marine Pollution Control and Emergency Alert System, designed to tackle these challenges
© 2024, IRJET
|
Impact Factor value: 8.315
|
ISO 9001:2008 Certified Journal
|
Page 801