Aerial detection and quantification of methane emissions from non-producing oil and gas wells and surface casing vent flow

Lead Proponent

The Royal Institution for the Advancement of Learning/McGill University

Project Objectives

The objective of this project is to develop and validate a multi-scale methane emission measurement method that better detects and quantifies low-emitting (<1 kg/hour) methane sources, specifically from non-producing oil and gas wells and surface casing vent flows by integrating aerial mid-infrared sensing with ground-based techniques. The goal is to improve provincial and national methane emission estimates and inform associated methane rules and mitigation strategies.

Expected Results

This project aims to:

1. Enable accurate, nationwide measurement of low-level methane emissions to support Canada’s climate targets.
2. Provide collected data to help support regulations and policies in the oil and gas sector, strengthen environmental protection, and enhance public safety.
3. Improve methane detection and measurement methodologies, delivering environmental, social, and economic benefits.
4. Help identify and improve measurements of methane emissions.
5. Equip stakeholders with reliable data to help Canadian companies remain competitive and meet international standards.