Biogas Facility, France
Background
As Europe continues to advance its energy transition and methane reduction initiatives, biogas has become an increasingly important component of the renewable energy landscape. At the same time, stricter methane monitoring and reporting requirements are driving operators to improve leak detection efficiency, operational safety, and data traceability.
A large biogas facility in France sought a more efficient approach to methane monitoring across its site. The operator needed a solution capable of covering extensive infrastructure, reducing manual inspection workload, and supporting long-term compliance requirements.
To address these challenges, BLV Tech deployed the BL-CH4 MINI 3 Pro methane detector integrated with DJI Dock 3, enabling automated and routine methane inspections.
Challenges
Wide Distribution of Potential Leak Sources
Biogas plants typically consist of numerous assets, including digesters, gas holders, flare systems, compressors, pipelines, valves, and flanges. With hundreds of potential leak points distributed across the site, manual inspections can be time-consuming and labor-intensive.
Difficult Access to Elevated Structures
Critical components such as gas storage domes, digester roofs, and flare stacks are often located at heights ranging from 10 to 40 meters. Traditional inspections may require climbing, specialized equipment, or operational interruptions, increasing safety risks and maintenance costs.
Undetected Chronic Methane Emissions
Gas storage membranes are continuously exposed to UV radiation, weather conditions, and temperature fluctuations. Over time, small cracks or material degradation can develop, creating low-rate methane emissions that are difficult to identify through conventional inspection methods.
Solution
The BL-CH4 MINI 3 Pro was deployed as part of an automated drone inspection workflow based on DJI Dock 3.
The system enables:
Autonomous takeoff and landing
Automated flight route execution
Remote methane detection
Real-time data collection
Automated return-to-dock charging
Cloud-based data management and reporting
By integrating methane sensing, autonomous flight operations, and cloud-based analytic, the solution allows routine inspections to be performed with minimal human intervention.
Key Advantages
Accurate Detection in Complex Biogas Environments
The system utilizes BLV Tech’s proprietary methane detection algorithms designed to reduce interference from humidity, volatile compounds, and environmental fluctuations commonly encountered at biogas facilities.
Fully Automated Inspection Workflow
Integration with DJI Dock 3 enables scheduled and repeatable inspections without requiring on-site drone operators, helping improve inspection frequency while reducing labor requirements.
Cloud-Based Data Management
Inspection data can be uploaded to CH4 Cloud for centralized storage, analysis, and reporting. Leak locations, concentration data, and inspection records are automatically archived, supporting operational review and compliance documentation.
Proven Reliability for Long-Term Operations
The BL-CH4 MINI series has undergone multiple generations of optimization in sensor performance, environmental adaptability, and software integration, enabling reliable operation under varying outdoor conditions.
Results
During field deployment at the French biogas facility, the system successfully demonstrated its ability to:
Rapidly inspect large operational areas
Detect methane emission sources efficiently
Reduce manual inspection effort
Improve safety by minimizing work at height
Provide traceable inspection records and historical data
Support routine methane monitoring and compliance requirements
Conclusion
This deployment demonstrates the practical value of automated drone-based methane monitoring in modern biogas operations. By combining autonomous inspections, remote methane detection, and cloud-based data management, the BL-CH4 MINI 3 Pro helps operators improve inspection efficiency, strengthen safety management, and enhance methane emission visibility across their facilities.
As regulatory expectations and operational requirements continue to evolve, intelligent inspection technologies are expected to play an increasingly important role in the future of biogas facility management.
