Zhe Huang

Zhe Huang is a Researcher at the National Renewable Energy Laboratory (NREL), affiliated with the Catalytic Carbon Transformation and Scale-Up Center within the domain of Chemical Engineering. Their work focuses on advancing technologies for CO2 conversion, bioenergy systems, and sustainable fuel production.

• Primary affiliation: National Renewable Energy Laboratory (NREL)
• Research center: Catalytic Carbon Transformation and Scale-Up Center
• Discipline: Chemical Engineering

Zhe Huang’s research spans carbon dioxide utilization, techno-economic analysis, and renewable energy systems. Key areas include electrochemical CO2 conversion to formic acid, scalable membrane electrode assembly architectures, and process integration for carbon management. Recent studies explore synergies between bio-methanation, electrification, and sustainable aviation fuels.

Over the past five years, Huang has contributed to 14 research outputs, including articles on membrane technologies, CO2 capture, and climate-focused techno-economic models. Their work emphasizes scalable solutions for carbon dioxide reduction and the carbon economy, with collaborations spanning national and international institutions.

• 2023: 3 publications (Nature Communications, Joule)
• 2022: 6 publications (Sustainable Energy and Fuels, Energy and Environmental Science)
• 2021: 3 publications (unspecified)
• 2020: 2 publications (unspecified)

While no explicit awards or student advisements are listed in the provided text, Huang’s research has garnered significant attention, with 86 Mendeley readers and citations in Scopus-indexed journals. Their work intersects chemical engineering, environmental science, and advanced manufacturing to address climate goals.