Franco Montalto, PhD

Professor of Environmental Engineering

Montalto directs the Sustainable Water Resource Engineering Laboratory in Drexel's College of Engineering and he also serves as the director for the Northeast hub of the Urban Climate Change Research Network. He is an civil/environmental engineer and hydrologist with a background in applied and theoretical approaches to solving complex environmental problems. His research focuses on the development of ecologically, economically and socially sensible solutions to urban environmental problems with a focus on sustainable water resource engineering.

He has more than 20 years of experience in eco-hydrological research, planning and design projects. Some of them include the restoration of wetlands, the use of constructed wetlands for wastewater and stormwater treatment, construction of green infrastructure and creating low-impact development technologies. 

Related from the Drexel News Blog

 

In The News

Sewage in N.J. City Streets? Sea Level Rise Could Bring Worse Problems Than Flooding.
Franco Montalto, PhD, a professor in the College of Engineering, and Haseeb Payab, PhD, a research scientist in the College, were quoted in a Dec. 2 NJ.com story about the effects of climate change on Camden's water management strategies.
As Sea Levels Rise, Philly and Camden Are at Risk of Being Inundated With Raw Sewage, Study Finds
Franco Montalto, PhD, a professor in the College of Engineering, was quoted in a July 7 WHYY story about his recent research on modeling the effect of climate change and sea level rise on cities with combined sewer systems, like Camden and Philadelphia.
NYC, Philadelphia Among US Cities That May Get ‘Inundated’ With Raw Sewage
Franco Montalto, PhD, a professor in the College of Engineering, was quoted in a July 3 Newsweek story about his research on the effects of climate change and sea level rise on cities with combined sewer systems.
Philadelphia Neighborhood Faces Floods, Tough Choices as Climate Crisis Hits “Planet Streets”
Franco Montalto, PhD, a professor in the College of Engineering, was quoted in a Dec. 4 CBS Philadelphia story about persistent flooding in Philadelphia’s Eastwick community and efforts to help the community build its climate resiliency.

Related Articles

Camden, New Jersey Climate Change and Sea Level Rise Pose an Acute Challenge for Cities with Combined Sewer Systems
College of Engineering researchers recently published research that modeled the potential extent of that the dual problems of sea level rise and climate change pose for a section of Camden, New Jersey, and the effectiveness of one proposed intervention to help protect Camden and other coastal communities with combined sewer systems.
Cop28 Students, Faculty Represent Drexel University at COP28 Through Dialogue and Research
Over two weeks, 11 community members traveled to Dubai to engage in talk of climate solutions.
Schuylkill River Drexel-Led Consortium Releases Research Strategy for Building Philadelphia Region’s Climate Resilience
In hopes of preparing the city for these changes, Drexel University, the Delaware Valley Regional Planning Commission, the Academy of Natural Sciences, and CCRUN convened more than 100 experts, community members and stakeholders to produce a research agenda that, if pursued, could help to fortify Philadelphia, and its most vulnerable populations, against the extreme effects of climate change.
Supported by William Penn Foundation, Drexel, Penn and Villanova Join Forces to Help Philadelphia Communities Address Water Management Effects of Climate Change
In hopes of helping communities throughout the city that are facing water management problems due to the effects of climate change, Drexel University, the University of Pennsylvania and Villanova University are forming a community-focused research network with support from the William Penn Foundation. The Academic Network to Support Urban Water Resilience will direct water management research centers at each of the schools in service of community-based organizations that are developing strategies to bolster their climate resilience.