We estimate methane emissions from US local distribution natural gas (NG) pipes using
data collected from an advanced mobile leak detection (AMLD) platform. We estimate that …

Managing leaks in urban natural gas (NG) distribution systems is important for reducing
methane emissions and costly waste. Mobile surveying technologies have emerged as a …

The data collected by mobile methane (CH4) sensors can be used to find natural gas (NG)
leaks in urban distribution systems. Extracting actionable insights from the large volumes of …

Underground natural gas (NG) leaks pose an urgent safety threat, motivating ongoing efforts
to improve leak detection methods. The objectives of this study were to investigate how …

Hawkes process are very popular mathematical tools for modeling phenomena exhibiting a
self‐exciting or self‐correcting behavior. Typical examples are earthquakes occurrence, wild …

Methane leaks in natural gas systems are low-hanging fruit for near-term, locally driven
climate policy. Recent work suggests this emissions source is larger than previously …

Methane transport in soil is primarily affected by soil physical conditions such as soil texture
and soil structure, soil moisture, soil‐gas diffusivity, permeability, and soil temperature …

Advanced leak detection (ALD) to survey local natural gas distribution systems has reached
a point in technological maturity where new federal regulations will require its use in …

Over the past two decades there have been many advancements in modeling capture–
recapture (CR) data to account for emerging data collection technology and techniques …

Advanced leak detection (ALD) to survey local natural gas distribution systems has reached
a point in technological maturity where new federal regulations will require its use in …