Flaring, often used in the oil and gas industry to dispose of gases not processed and sold as part of normal operations, has been a common practice for nearly 160 years but is a source of greenhouse gas emissions — most notably methane. A new comprehensive evaluation of gas flare technologies, conducted by NETL, suggests that significant emissions reduction will depend largely upon low-cost improvements to existing technologies backed by strategic federal investment.
About
News and Events
Research and Programs
Carbon Management Point Source Carbon Capture Carbon Dioxide Removal Carbon Dioxide Conversion Carbon Transport & Storage Hydrogen with Carbon Management
Resource Sustainability Methane Mitigation Technologies Minerals Sustainability Natural Gas Decarbonization and Hydrogen Technologies Advanced Remediation Technologies Energy Asset Transformation
Key Lab Initiatives Advanced Alloys Signature Center (AASC) Science-based Artificial Intelligence and Machine Learning Institute (SAMI) Center for Microwave Chemistry (CMC) Center for Sustainable Fuels and Chemicals (CSFC)
Energy Technology Development Office of Energy Efficiency and Renewable Energy Battery Workforce Initiative Cybersecurity, Energy Security, and Emergency Response Office of ElectricityGrid Resilience
Business
Library
Explore our Library
Approved Categorical Exclusions Environmental Assessments Environmental Impact Statements Oil and Gas Projects Summaries NETL Fact Sheets NETL Newsletters Publication Search Energy Data Exchange (EDX) FECM External R&D Final Technical Reports Summary Information for External R&D Awards Technical Reports Series (TRS) Peer Review Reports Interagency Working Group Initial Report
- Research and Programs
- Carbon Management
- Core Competencies
- Resource Sustainability
- University Training & Research
- Key Lab Initiatives
- Energy Technology Development
- Featured Infrastructure
- Methane Emissions Reduction Program
-
- Business
- Technology Transfer
-
- Library
- Energy Analysis
-
- About
- News and Events
- Education