Abdalla, Mohamed (2025) Big Rig Oil pipes leakage mobile applicaton. UNSPECIFIED thesis, UNSPECIFIED.
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Abstract
Abstract In this thesis, I investigated how to avoid oil pipeline leaks by developing a pressure monitoring system. I provide a case study of a specially built application to illustrate best practices for implementing this system utilising sensor networks and data integration technologies. The objective of this study is to enhance comprehension of the function of real-time monitoring in pipeline safety and provide practitioners and researchersin the oil and gassector with an invaluable tool. The majority of the study for this thesis will be applied, drawing from my practical experience using a prototype monitoring system that I created between March and September of 2023 in Alx Africa – Master card company, my role there was a software engineer intern for 6 months. Figure 0 show the headquarter of the company in Kenya. By analysing pressure changes in pipelines which might break due to internal stress or external causes like corrosion and environmental conditions—this technology focusses on avoiding oil leaks. The software processes the pressure data collected in real- time by the sensors, which are spaced at different points along the pipeline, to identify probable problems by recognizing decreases in pressure. Engineers may remotely monitor pressure fluctuations along pipes in real time with this user-friendly smartphone application. Users are notified instantly when pressure dips are observed using user-friendly interfaces and real-time notifications, allowing for prompt intervention to stop oil spills. In order to guarantee correct processing and visualisation, the app connects sensor data with a strong backend, providing both historical and real-time data insights. In order to guarantee that the mobile app satisfies the strict requirements needed for accuracy and dependability in the oil business, my job in this project includes creating and optimizing it [13]. In my thesis, I will describe how the features of the mobile application operate in harmony with the sensor network and data processing framework and demonstrate the development process of the application. We will look closely at the interface and underlying architecture of the app, emphasizing how it improves remote pipeline monitoring. This study's main objective isto develop best practices for early leak detection, which will reduce oil spills. It also emphasizes the vital role that mobile technology plays in enabling engineers to protect pipeline infrastructure and environmental safety.
| Item Type: | Thesis (UNSPECIFIED) |
|---|---|
| Additional Information: | Information Technology Engineering BSc Software Development Specialization |
| Divisions: | Informatika Intézet |
| Depositing User: | Gergely Beregi |
| Date Deposited: | 09 Oct 2026 11:56 |
| Last Modified: | 09 Oct 2026 11:56 |
| URI: | http://szakdolgozat.repo.uniduna.hu/id/eprint/3017 |
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