Explore the methane detection and quantification technology filtering tool

Welcome to the methane detection and quantification technology - combustion efficiency and flaring destruction filtering tool – your comprehensive resource for mitigating methane emissions. Developed by the Energy Institute, this online technology filtering tool features detailed technology data sheets covering 7 technologies, and decision trees to guide technology deployment.

We have released this database tool, and a recommended practices guide, to help operators select and deploy methane combustion efficiency and flaring destruction technologies.

Recommended practices for methane emissions detection and quantification technologies – combustion efficiency and flaring destruction explains the criteria that oil and gas operating companies should consider in selecting combustion efficiency and flaring destruction technology, guidance on technology deployment, and examples of operators’ experiences with different technology combinations.

How to use the methane detection and quantification technology filtering tool

  1. Select preliminary preferences
    The goal of step 1 is to filter technologies based on preliminary aspects, crucial for the operator to consider while filtering suitable technologies
  2. Select area characteristics
    In step 2, it is crucial to understand the facilities area and location – such as usual cloud coverage, precipitation and so on. The technologies will be filtered based on their suitability in different weather conditions.
  3. Finalising technology aspects. In step 3, operators can refine the technology characteristics and select the level of some criteria selected in step 3.
  4. Access the detailed technology datasheets For the final step, choose a technology from the list of detailed technology datasheets

Download the Report

Recommended practices for methane emissions detection and quantification technologies – combustion efficiency and flaring destruction is available to download from our publication site.