What Is Methane Slip and Where Does It Happen?
Methane slip costs the climate — and your compliance. Discover where it occurs across gas infrastructure and what EU rules now demand.
Weiterlesen...
Archiv: Blog
How Do You Quantify Fugitive Methane Emissions From a Facility?
From LDAR surveys to airborne DIAL technology, learn how facilities accurately measure fugitive methane emissions for EU regulatory compliance.
What Causes Gas Pipeline Leaks?
Corrosion, soil shifts, and excavation damage are top causes of gas pipeline leaks — here's what operators need to know.
How Often Should a Gas Pipeline Be Inspected?
EU regulations now define gas pipeline inspection intervals — discover what frequency your network actually requires.
How Long Do Natural Gas Pipelines Typically Last?
Steel pipelines last 40–50+ years, but condition—not age—determines when replacement is truly needed.
How Does Weather Affect Methane Detection Accuracy?
Wind, temperature, and rain can hide real pipeline leaks — here's what every operator must know.
What Is the Difference Between Top-Down and Bottom-Up Methane Measurement?
Two methane measurement methods, one compliance goal — discover how combining them closes emissions gaps and satisfies OGMP 2.0 Level 5.
What Is the Difference Between Active and Passive Methane Sensing?
Active DIAL lasers vs. passive OGI cameras — learn which methane sensing method truly protects pipelines.
How Is Methane Formed in Nature and Industry?
Methane forms in wetlands, fossil deposits, and pipelines — here's what every energy professional needs to know.
How Is Methane Reliably Detected in Gas Pipelines?
Airborne DIAL sensors now detect pipeline methane leaks at 300 ppm — discover the technology and regulations reshaping gas grid inspection.