Methane (CH₄): A colorless, odorless, and flammable gas.
Major component of natural gas (70-90%).
Naturally produced through biological processes (e.g., wetlands, livestock digestion).
Greenhouse gas with 84x global warming potential over 20 years.
Methane is colorless and odorless, making leaks hard to detect.
Delayed detection leads to significant emissions.
Inaccessible areas (e.g., remote pipelines, offshore rigs).
Detection methods can be slow, costly, or inaccurate.
Visual checks and gas detectors.
Time-consuming and prone to human error
.Stationary sensors at specific points.
Limited range and coverage.
Injecting helium into the pipeline, tracing leaks.
Expensive and logistically challenging.
Real-time aerial monitoring of large ar
Remote sensing, high efficiency.
Example: Use of drones for pipeline in remote areas.
Detection of methane plumes from spa
Large-scale, real-time monitoring of g infrastructure.
Early detection → reduced emissions & losses Compliance with international standards
Enhanced reputation and ESG performance Data-driven decisionmaking
Real-Time Monitoring: Detect methane leaks instantly across facilities
Data-Driven Insights: Identify high-risk areas with predictive analytics
Regulatory Compliance: Supports OGMP 2.0, EPA, and other industry standards
Seamless Integration: Works with existing systems for easy deployment
Verified Results: Accurate, transparent data for reporting and decision-making
