Neal Elliott directed ACEEE’s research for many years prior to transitioning to emeritus status. He continues to contribute to ACEEE’s research and policy efforts as an internationally recognized expert and author on energy efficiency programs and policies, industrial energy efficiency and decarbonization, electric motor systems, and clean distributed energy and thermal storage. Neal is a frequent speaker at domestic and international conferences. He joined ACEEE in 1993.
Prior to joining ACEEE, Neal was an adjunct associate professor of civil and environmental engineering at Duke University and senior engineering project manager at the N.C. Alternative Energy Corp. (now Advanced Energy) where he was founding director of the Industrial Energy Laboratory. Prior to AEC he worked as N.C. Wood Assistance team leader for the Industrial Extension Service and Department of Wood and Paper Science at North Carolina State University. He is also a member of the U.S. Department of Energy Industrial Technology Innovation Advisory Committee (ITIAC).
Neal earned a bachelor of science and a master of science in mechanical engineering from North Carolina State University, and was a dean’s fellow and received a PhD from Duke University. He is a registered professional engineer in North Carolina and has six patents in the area of thermal storage and produce processing.
Expertise:
- Industrial energy efficiency and decarbonization technologies, programs, and policies
- Industrial heat pumps
- Distributed energy and thermal storage technologies and policies
- Energy markets and policies (including natural gas, oil, coal, and electricity)
Authored by Neal Elliott
Federal Buy Clean Rules Could Strategically Decarbonize Steel
Low-Carbon Cement Could Be Sped to Market with Climate Law Funds
Notice of Intent and Request for Information Regarding Establishment of a Program to Use Defense Production Act to Support Electric Heat Pump Manufacturing and Deployment
Heat pumps have the potential to significantly accelerate decarbonization of the industrial sector through the electrification of process heating and cooling. While heat pump technologies for resid…
ACEEE’s response to DOE’s RFI in the use of the Defense Production Act to support the manufacture and deployment of electric heat pumps.
ACEEE research has found that industrial heat pumps (IHPs) are a key technology for decarbonizing the industrial sector through the electrification of fossil-fuel generated process heat. However, t…
A Preliminary Assessment of Handprint Methodologies for Information and Communications Technology Grid Management Solutions
Greenhouse gas reporting protocols for companies are evolving to capture emissions downstream from the customer’s use of goods and services. The carbon handprint has emerged as an approach for asse…
“Carbon Handprint” Can Measure Companies’ Positive Climate Impacts and Spur Additional Action
The Road to Industrial Buy-in for Embodied Carbon Building Standards
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