Methane Detection and Quantification Technologies for Flares

Category
Decarbonization of the oil and gas sector
Themes
Methane
Service provided
Technology review
Time period
2023
Clients
Energy Institute
Partners
Region
Global
Country
United Kingdom
Location
Methane Detection and Quantification Technologies for Flares
Photo by Logan Lambert by Unsplash

Project description

The Recommended Practices for Methane Detection and Quantification Technologies for Flares is a project conducted on behalf of the Energy Institute, and pertains to technologies for the measurement and quantification of flare combustion efficiency and destruction removal efficiency. The recommended practices provided an overview of available technologies, technology datasheets, and a technology filtering tool. The project was conducted using data collection, literature reviews and interviews with technology providers to better understand capabilities and deployment to monitor and quantify flare emissions.

This project is an extension of the OGCI, IOGP and Ipieca Recommended Practices for methane emissions detection and quantification technologies, which provides a framework for the implementation of methane detection and quantification technologies for the upstream oil and gas sector at both onshore and offshore assets. 

The Report is published on the Energy Institute website here: https://publishing.energyinst.org/topics/environment/emission-control/recommended-practices-for-ch4-emissions-detection-and-quantification-combustion-efficiency-and-flaring-destruction

The Technology Filtering tool is available here: https://publishing.energyinst.org/topics/environment/emission-control/recommended-practices-for-ch4-emissions-detection-and-quantification-combustion-efficiency-and-flaring-destruction/tool

Clients
Partners

The team

Stephanie Saunier
Stephanie Saunier
Managing Director
View profile
Damon Burtt
Damon Burtt
Senior Consultant
View profile

By clicking "Accept" you consent to our use of cookies for analysing website traffic (read more)

Page Not Found

The page you are looking for doesn't exist or has been moved
Go to the homepage