Energy and Atmospheric Systems Catalyzer

Graphic of the research areas included in the JISEA Energy and Atmospheric Systems Catalyzer. The graphic shows a triangle with air quality, energy systems, and climate at each point. Between the points are more connections like changing winds and precipitation to show the many multidirectional relationships between air quality, energy systems, and climate.

The Energy and Atmospheric Systems Catalyzer models and quantifies multidirectional relationships among climate, air quality, and energy systems.

Climate and air quality drive global transitions in power, transportation, industry, buildings, and product design. Clean energy technologies will be affected by a changing atmosphere and will impact atmospheric systems in more ways than reduced CO2 emissions.

Through the Energy and Atmospheric Systems Catalyzer, JISEA/NREL analysts will help identify emerging questions, establish new research capabilities, and provide thought leadership in climate change and atmospheric sciences.

This work supports the National Renewable Energy Laboratory’s integrated energy pathways critical objective.

Please reach out if you are interested in collaborating with the Energy and Atmospheric Systems Catalyzer.

Related Work

Life Cycle Assessment Harmonization

Analysis of Air Pollutant Emissions from the Biofuel Supply Chain

The Los Angeles 100% Renewable Energy Study (LA100)

Life Cycle Greenhouse Gas Emissions from Electricity Generation: Update

Contact

Garvin Heath
Distinguished Member of the Research Staff, NREL
Chair, Colorado Air Quality Enterprise Board

Michael Martin
Senior Researcher, High Performance Computing, NREL