Lisa Colosi Peterson

Professor, Civil and Environmental Engineering (CEE) Associate Chair for Research & Strategic Initiatives (CEE) Professor, Systems & Information Engineering (SIE) (by courtesy)

Contact

lmc6b@virginia.edu

Location

Olsson Hall 111D 151 Engineers Way

Research Group Webpage Google Scholar Researchgate

About

Lisa leads the UVA LCA Lab, which applies systems-based approaches to evaluating new technologies and policies meant to deliver clean water, low-carbon energy, climate change mitigation, and/or other environmental benefits. Her group conducts life cycle assessment (LCA), techno-economic analysis (TEA), and related systems analyses. She has produced more than 60 peer-reviewed publications (h-index = 29). Active research grants include awards from the US National Science Foundation, US Department of Energy (EERE), US Department of Transportation, and others. She serves on UVA's Faculty Senate and its Committee on Sustainability. She is also CEE's Associate Chair for Research and Strategy. She has directed three GAANN doctoral traineeship programs from the US Department of Education. She holds an MS and PhD in Environmental Engineering from the University of Michigan and a BS in Biological Engineering from Cornell University.

Education

B.S. Biological Engineering, Cornell University, 2003

M.S. Environmental Engineering, University of Michigan, 2004

Ph.D. Environmental Engineering, University of Michigan, 2007

"Decision-makers need the best possible data and tools to navigate the interlinked challenges of water, energy, and climate change."

LISA COLOSI PETERSON, PROFESSOR

Research Interests

Climate Change

Energy Sustainability

Life Cycle Assessment

Water and Wastewater Treatment

Selected Publications

Geospatially explicit technoeconomic assessment of sustainable aviation fuel production: A regional case study in Virginia C DAVIS, S SREEKUMAR, R ALTMAN, AF CLARENS, JH LAMBERT, LM COLOSI (2024)

ABS

Building-level wastewater surveillance for SARS-CoV-2 in occupied university dormitories as an outbreak forecasting tool: one year case study SM KOTAY, et al. (2022)

ABS

Is hydrothermal treatment coupled with carbon capture and storage an energy-producing negative emissions technology? Energy Conversion and Management 203, 112252; F CHENG, M PORTER, LM COLOSI (2020)

ABS

Evaluating the efficacy of an algae-based treatment to mitigate elicitation of antibiotic resistance. Chemosphere 237, 124421; K GRIMES, LJ DUNPHY, EM LOUDERMILK, AJ MELARA, GL KOLLING, JA PAPIN, LM COLOSI (2019)

ABS

Capture or curtail: The potential and performance of direct air capture powered through excess renewable electricity U SINGH, LM COLOSI (2018)

ABS

Courses Taught

CE 4160/6260, Environmental Microbiology & Biological Waste Treatment

CE 6030, Green Engineering

CE 2001, Sustainability Science

News

Advancement in 3D-Printed Concrete Promises Strength, Durability and Lower Carbon Emissions

UVA researchers have created a graphene-enhanced, 3D-printable concrete that improves strength and reduces carbon emissions by 31%, advancing sustainable construction.

Read Now
Caring About Catalysis: Can UVA Make Wastewater Gas Fully Renewable?

Wastewater may be gross, but it has the beautiful potential to be reused as industrial methane. UVA Engineering is collaborating on a fully renewable natural gas feasibility study.

Read Now
Virginia’s Carbon Capture Potential: A Roadmap to Climate Restoration

Two innovative technologies could help pull the carbon dioxide we’ve already emitted out of the atmosphere and bring it underground, effectively running climate change in reverse.

Read Now
Celebrating UVA Women Engineers at the Forefront of Health Care Advancements

We take pride in the many innovative researchers among our faculty. Join us in celebrating some of the women who contribute to our school and community, shaping the future of engineering.

Read Now