EEMDL will build models and tools to improve greenhouse gas emissions accounting across energy supply chains. These models and tools will be peer-reviewed, transparent, timely, measurement-based, and made publicly available for all stakeholders. EEMDL’s suite of models are classified into five categories, based on applications. As these models are built and made publicly available more details will be added to the webpage.
Energy emissions modeling and data lab
The EEMDL (Energy Emissions Modeling and Data Lab) is a collaborative initiative between the University of Texas at Austin, Colorado State University, and the Colorado School of Mines.


OGCI and its member companies do not assume any responsibility for the accuracy or reliability of any information offered by third-party websites linked though this site. The views expressed in the external content do not necessarily reflect those of OGCI or its member companies. See our Terms of Use.
Region
US
Published
2024
Resource Type
Tools
Category
Regulations, frameworks and voluntary initiatives
More info
Sub-Category
Frameworks
Segment
N/A
Equipment
N/A
Related resources
This resource outlines the work and research conducted by EQT’s Production and Environmental teams to target low-cost opportunities for abating methane emissions from natural gas-driven
MiQ has developed and launched the Gas Buyers Methane Emissions Calculator, a tool designed to help natural gas buyers assess the potential methane emissions reductions
The article from the Harvard Environmental & Energy Law Program examines the risks associated with using the Congressional Review Act (CRA) to reinstate EPA methane
Recently visited resources
The IEA’s gas flaring page reviews global flaring trends, environmental impacts, and reduction strategies. It discusses flaring’s role in greenhouse gas emissions and offers links
Brochure created by GasNaturally discussing methane emissions in Europe. It highlights the environmental impact of methane, O&G sources, and emission reduction strategies. The document also
This book highlights the business case for reducing gas flaring and methane emissions (FMR), offering a framework for policymakers to evaluate FMR project feasibility and