International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 06 | Jun 2025
p-ISSN: 2395-0072
www.irjet.net
Surveillance Rover for Industrial Pipelines Shreya Jadhav1, Aishwarya Salunke1, Umesh Nikumbh1, Prathmesh Salunke1 1 Student, Department of Mechanical Engineering, AISSMS College of Engineering, Pune, India
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Abstract - The integrity and maintenance of industrial
pipelines are critical for the safe and efficient operation of facilities in sectors such as oil and gas, chemical processing, and water distribution. This project presents the design and development of a Surveillance Rover tailored for real-time inspection and monitoring of industrial pipelines. The rover is equipped with high-resolution cameras, environmental sensors, and wireless communication systems to detect structural anomalies, leaks, and blockages in confined and hazardous environments. Its compact, modular design allows it to navigate through narrow and complex pipeline systems with minimal human intervention. By integrating autonomous navigation and remote operation capabilities, the system enhances safety, reduces inspection costs, and minimizes downtime. The proposed solution contributes to predictive maintenance strategies and supports the shift toward smart infrastructure management.
patrol industrial pipelines. It is engineered to be compact, rugged, and adaptable to various pipe diameters and environmental conditions. The system combines mechanical mobility with a suite of sensors including visual cameras, ultrasonic probes, infrared detectors, and gas sensors, depending on the application requirements. The core idea is to enable continuous, real-time monitoring of pipelines from within or alongside their structure. The Surveillance Rover can travel long distances inside the pipe, capturing and transmitting data regarding the pipe’s internal condition. Advanced versions may also use machine learning algorithms to detect and classify anomalies automatically, allowing for predictive maintenance and quick response to faults. This system significantly reduces the need for human intervention in hazardous environments and enhances the precision and reliability of inspection data. It also enables scheduled and on-demand inspections without requiring the pipeline to be shut down, improving operational efficiency.
Key Words: Pipelines, oil& gas, Surveillance Rover, structural anomalies, leaks, blockages, safety, high resolution cameras, sensors etc
1.1 PROBLEM STATEMENT The statement of the project is “Surveillance and Inspection of Oil Pipe Line Using a Rover Based System”
1.INTRODUCTION
Accurate Detection of Pipeline Anomalies: Traditional inspection methods are often slow and inaccurate, risking environmental damage and safety hazards. A drone-based system is needed to provide high-resolution, real-time detection of leaks, corrosion, and other structural issues, ensuring comprehensive health monitoring of the pipeline.
Pipelines form the backbone of many industries such as oil and gas, water distribution, chemical processing, and power generation. They are responsible for transporting essential fluids and gases over vast distances, often through challenging terrains including underground, underwater, or remote areas. The continuous, uninterrupted operation of these pipelines is critical not only for maintaining industrial efficiency but also for environmental and public safety. However, pipelines are prone to various issues including corrosion, mechanical damage, material fatigue, joint failure, and unauthorized access or tampering. Traditional inspection methods, such as manual patrols and aerial surveillance, often fall short due to their limited frequency, high cost, and inability to access confined or buried pipelines efficiently. Moreover, failure to detect early signs of wear and damage can lead to catastrophic accidents, environmental hazards, and economic losses.
1.2 METHODOLOGY The design of the Surveillance Rover for Industrial Pipelines focuses on achieving mobility, durability, and multi-sensor integration to facilitate efficient inspection of pipelines. This section outlines the system architecture, working principle, mechanical and electronic components, and the communication strategy employed to ensure realtime monitoring. Autonomous or manual flights are conducted, with real-time monitoring and data collection. Post-flight, advanced software analyzes images, thermal maps, and sensor data to detect anomalies. The findings are compiled into detailed reports, which help prioritize maintenance and repairs. This approach improves safety, reduces inspection time, and provides access to hard-toreach areas, making it an invaluable tool for maintaining pipeline infrastructure.
To address these challenges, there is a growing need for intelligent, automated, and cost-effective inspection solutions. One such innovation is the Surveillance Rover for Industrial Pipelines, a mobile robotic unit capable of navigating pipeline networks while continuously monitoring their structural health. The Surveillance Rover is essentially a robotic surveillance system designed to autonomously
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