Hydrogen has a potentially important future role as a replacement for natural gas in the
domestic sector in a zero-carbon economy for heating homes and cooking. To assess this …

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 …

Detecting and quantifying methane emissions is gaining an increasingly vital role in
mitigating emissions for the oil and gas industry through early detection and repair and will …

Megacities, with their large and complex infrastructures, are significant sources of methane
emissions. To develop a simple, low-cost methodology to quantify these globally important …

Characterizing and attributing methane (CH 4) emissions across varying scales are
important from environmental, safety, and economic perspectives and are essential for …

Atmospheric methane (CH 4) continues to increase, but there are multiple anthropogenic
source categories that can be targeted for cost-effective emissions reduction. Cities emit CH …

For methane emission reduction strategies in urban areas to be effective, large emitters must
be identified. Recent studies in US cities have highlighted the contribution of methane …

A vehicle-deployed parts-per-billion in volume (ppbv)-level off-axis integrated cavity output
spectroscopic (OA-ICOS) CH4/C2H6 sensor system was experimentally presented for …

To mitigate methane emission from urban natural gas distribution systems, it is crucial to
understand local leak rates and occurrence rates. To explore urban methane emissions in …

The deployment of a mobile air quality monitoring laboratory requires advanced real-time
instrument monitoring and data management software, which can be prohibitively …