What Is Methane Emission Monitoring?
Methane emissions monitoring represents the natural evolution of traditional leak detection.
While leak detection has historically focused on safety and emergency prevention, today the challenge is to accurately quantify emissions, understand their environmental impact, and support more effective infrastructure management strategies.
SENSIT helps gas utilities and field operators detect, measure, and locate methane emissions through advanced technologies designed for real-world operational conditions.
Compliance, ESG,
& Operational Continuity
Growing environmental regulations and increasing
attention to ESG goals require more transparent,
continuous, and data-driven emissions monitoring.
Quantifying emissions is no longer just a technical activity,
it has become an essential part of compliance,
operational safety, infrastructure integrity, and sustainability
strategies. SENSIT solutions support this process with reliable
data, clear workflows, and technologies designed to ensure
long-term operational continuity across gas distribution networks.
Technology as a Tool.
Not the Goal.
To address these challenges,
SENSIT integrates advanced sensing technologies into
its solutions, including laser sensing, gas chromatography,
electrochemical sensors, metal oxide sensors, AI-powered
software systems, and GIS mapping technologies. However, our
philosophy is clear: technology is not the final goal, but the tool
used to solve real operational challenges. We do not develop
innovation for its own sake — we create practical, field-proven
solutions that help operators work with greater precision,
speed, safety, and efficiency in everyday field operations.
EXPLORE METHANE
EMISSIONS PRODUCTS
LDAR Leak Detection & Repair + LDSN Leak Detection Sensor Network
Methane emissions monitoring has become a key pillar of global climate strategies. Methane is a powerful greenhouse gas and the main component of natural gas distributed through utility networks. Advanced monitoring technologies can simultaneously detect both methane and ethane, enabling operators to accurately identify emissions originating from gas distribution systems.
Ethane acts as a unique “fingerprint,” allowing the distinction between natural gas leaks and emissions from other sources such as landfills, wetlands, or biogenic activity. Measuring and reducing methane emissions is not only a regulatory requirement aligned with frameworks such as OGMP 2.0, but also a critical step toward safer, more transparent, and sustainable energy infrastructure.