Gobardhan Biogas Monitoring System
Prof. P.S.Chavan
Lecturer Computer Technology
K. K. Wagh Polytechnic, Nashik , India
Yogini Kishor Ahire
Department of Computer Technology
K.K Wagh Polytechnic, Nashik ,India
Anushka Shashikant Kor
Department of Computer Technology
K.K.Wagh Polytechnic, Nashik ,India
Swamini Sunil Jadhav
Department of Computer Technology
K.K.Wagh Polytechnic, Nashik ,India
Neha Jaywant Sonawane
Department of Computer Technology
K.K.Wagh Polytechnic, Nashik ,India
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Abstract: -
The Biogas Monitoring System aims to address the issues of inefficient monitoring and safety concerns in biogas production processes, especially for small-scale producers. Existing monitoring systems are often costly, complicated, and inaccessible, making them less suitable for small biogas plants. These plants face problems such as gas leakage and improper control of temperature and humidity, which not only reduce production efficiency but also pose significant health risks. To solve these problems, this project focuses on creating a low-cost, easy-to-use monitoring system. The system integrates sensors to track gas composition, temperature, and humidity in real time, providing continuous monitoring of the biogas environment. Using an Arduino-based platform, the system offers an affordable alternative to existing high-cost solutions, making it accessible for small-scale producers. The system's sensors detect harmful gases, monitor methane levels, and track environmental conditions that are crucial for efficient biogas production. The methodology involves real-time data collection, which is processed and displayed on an LCD screen for easy interpretation by operators. The system has been tested under different biogas compositions and environmental conditions, with results showing accurate performance in real-time monitoring. By identifying issues early, such as hazardous gas levels or unfavorable environmental conditions, the system helps to enhance both safety and productivity in biogas plants. Additionally, the use of a simple algorithm ensures that the system remains user-friendly, without requiring technical expertise. The biogas monitoring project thus offers a scalable, cost-effective solution to improve the efficiency and safety in biogas monitoring.
