Integrated Biogas Leakage Prevention and Electricity Conversion System for Safe and Sustainable Energy Generation

Biogas presents a safety risk because of potential gas leaks and inefficient use, despite being a significant renewable energy source for rural families. An Integrated Biogas Leakage Prevention and Electricity Conversion System is shown in this project. It is intended to identify gas leaks, immediately cut off the supply, neutralize dangers with CO2 emissions, and turn biogas into electrical power that may be used. The system uses inexpensive parts like gas sensors, microcontrollers, automated valves, and a small-scale biogas generator to provide safe energy generation, wireless connection, and real-time monitoring. Through improved energy sustainability, safety, and efficiency, the initiative gives rural communities the confidence to embrace biogas technology. Keywords—Microcontroller, ESP32, CO₂ neutralization, biogas safety, gas leak detection, automatic shut-off, renewable energy, rural electrification, wireless monitoring, and sustainable energy.

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Publication Details

Journal
International Scientific Journal of Engineering and Management
Published
2025-07-05
DOI
https://doi.org/10.55041/isjem04727
Primary Topic
Energy and Environment Impacts
Type
article
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article

Integrated Biogas Leakage Prevention and Electricity Conversion System for Safe and Sustainable Energy Generation

N. Aswin, V Vignesh, Dr.K. Pavendan, C Sabarish
International Scientific Journal of Engineering and Management
Energy and Environment Impacts
article

Integrated Biogas Leakage Prevention and Electricity Conversion System for Safe and Sustainable Energy Generation

N. Aswin, V Vignesh, Dr.K. Pavendan, C Sabarish
article en

Abstract

Biogas presents a safety risk because of potential gas leaks and inefficient use, despite being a significant renewable energy source for rural families. An Integrated Biogas Leakage Prevention and Electricity Conversion System is shown in this project. It is intended to identify gas leaks, immediately cut off the supply, neutralize dangers with CO2 emissions, and turn biogas into electrical power that may be used. The system uses inexpensive parts like gas sensors, microcontrollers, automated valves, and a small-scale biogas generator to provide safe energy generation, wireless connection, and real-time monitoring. Through improved energy sustainability, safety, and efficiency, the initiative gives rural communities the confidence to embrace biogas technology. Keywords—Microcontroller, ESP32, CO₂ neutralization, biogas safety, gas leak detection, automatic shut-off, renewable energy, rural electrification, wireless monitoring, and sustainable energy.

International Scientific Journal of Engineering and ManagementVol. 04(07)
Openalex Percentile: Top 88%
Energy and Environment Impacts
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Integrated Biogas Leakage Prevention and Electricity Conversion System for Safe and Sustainable Energy Generation — N. Aswin, V Vignesh, et al. · International Scientific Journal of Engineering and Management (2025) | TGRS Research Map | TGRS