Team
We strive for a CRISP environment:
C reativity
R espect
I nvestment
S afety
P artnership
PI
Lea R. Winter
Assistant Professor of Chemical and Environmental Engineering
lea.winter@yale.edu
PhD Students
Claire Butler
claire.butler@yale.edu
NSF Graduate Research Fellow
Transition metal oxynitride catalysts for nitrate reduction and non-thermal plasma activation of per-and polyfluoroalkyl substances
Julia Simon
julia.simon@yale.edu
NSF Graduate Research Fellow
Dean’s Emerging Scholars Fellow
Electrified upgrading of waste carbon
Kelby Anderson
kelby.anderson@yale.edu
NDSEG Fellow
Plasma-activated CO2 and N2 reduction to value-added chemicals
Postdocs
Ji-Yong Kim
ji-yong.kim@yale.edu
Plasma-activated CO2 reduction to value-added chemicals
Junyue (Holden) Wang
junyue.wang@yale.edu
Advanced oxidation, greenhouse gas conversion, bacterial and viral inactivation
Yingzheng Fan
yingzheng.fan@yale.edu
Highly-efficient and highly-selective nitrogen reduction using novel electrified membranes; Integrating water quality monitoring, electrochemistry, and systems engineering to address the grand challenges at the water-energy-environment nexus
Undergraduates
Anna Oehlerking
anna.oehlerking@yale.edu
Electrified membranes for nitrate reduction and ammonia recovery
Eric Chen
eric.chen.ec2226@yale.edu
Electrified processes for carbon dioxide sequestration and conversion to useful hydrocarbons
Reid Hightower
reid.hightower@yale.edu
Electrified membranes for CO2 reduction in surface waters
Yana Eber
reid.hightower@yale.edu
Plasma-activated electrochemical CO2 reduction
Visiting Scholars
Alumni
Andy Park
Undergraduate researcher, 2023-2024
Plasma-activated CO2 reduction
Max Saffer-Meng
Undergraduate researcher, 2022-2024
Electrified membranes for organic matter degradation
Saachi Grewal
Undergraduate researcher, 2022-2023
Plasma for CO2 activation and upgrading; Plasma for nitrogen reduction
Current: Scientist at Air Company