Methane emissions detection and quantification
We study methane leakage from oil and natural gas systems, with a focus on comprehensive assessment of leakage mechanisms, quantification across varying spatial scales, as well as evaluating the performance of innovative technologies that can characterize emissions.
Current researchers: Audrey McManemin, Fran Reuland, Josh Romo, Philippine Burdeau
Current Research Topics
1. Detection technology benchmarking
Methane detection technologies, both ground-based and remote sensing, are playing an increasing role in voluntary industry and regulatory mechanisms to detect, quantify, and reduce methane. However, rigorous and independent technology testing is ...
2. Emission measurement at oil and gas facilities
We conduct research aimed at quantifying and mitigating methane emissions from oil and gas production to improve climate performance. Using airborne surveys and other remote sensing measurements, we assess ...
3. Synthesis and assessment of emissions data
The importance of measuring and managing emissions from fossil fuel systems has led to a proliferation of emissions evaluations using different modeling and field measurement approaches. Our research ...
Past Research Topics
FEAST: Fugitive emissions abatement simulation testbed
The Fugitive Emissions Abatement Simulation Testbed (FEAST) allows users to estimate the costs and benefits of various methane leak detection ...