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Supporting Affordable and Resilient U.S. Energy Systems

Analyzing the impacts of energy systems

Life Cycle & Technoeconomic Modeling

Analyzing the impacts of energy systems

Indoor Environment

Industrial Energy Analysis

Evaluating emerging industrial sector technology opportunities

Air Quality Modeling

Identifying the most effective air pollution mitigation strategies

Indoor Airflow & Pollutant Transport

Using whole-building airflow models to predict and guide

Greenhouse Gas Measurements & Modeling

Air Pollution Science & Technology

Cutting-edge clean air technologies

Waste-to-Energy Systems

Analyzing scale-up of waste and anaerobic digestion and electricity generation

Energy & Behavioral Data Analytics

Understanding energy customers to improve the grid

Our Research

We use a multidisciplinary approach to study problems of diverse topics and applications. All energy systems have some sort of environmental impact. By understanding these impacts and their interactions with systems, we can provide thorough, unbiased data and inform policies that improve the economy, the environment and human health.

Hydrogen

Energy Storage

Negative Emissions Technologies

Life-Cycle & Technoeconomic Modeling

Climate Change Strategies & Policies

Advancing Industrial Energy Efficiency

Air Quality Modeling

Air Pollution Science & Technology

Indoor Airflow & Pollutant Transport

Sustainable Transportation Initiative

Waste-to-Energy Systems

Energy & Behavioral Data Analytics

Recent Publications

Shah, Nihar, Nina Khanna, Nihan Karali, Akshay Sharma, Chao Ding, and Won Young Park."An Assessment of the Global Cooling Supply Chain and Implications for Critical Minerals." (2025).
Jin, Ling, Joseph H Eto, Ji Yoon Lee, and Alex Hoffman."Distribution Feeder Characteristics and Their Resiliency to Natural Hazards ." (2025).
Dai, Tao, and Corinne D Scown."A novel approach for large-scale wind energy potential assessment."Renewable and Sustainable Energy Reviews 211 (2025) 115333. DOI
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