Environmental Engineering Research at UMBC, Part 2
Location
Technology Research Center (TRC) : 206
Date & Time
September 22, 2017, 2:00 pm – 3:00 pm
Description
UMBC
Center for Urban Environmental Research and Education
Fall 2017 Seminar Series
presents
Drs. Lee Blaney, Stuart Schwartz, and Brian Reed
Department of Chemical, Biochemical, and Environmental Engineering
and
Center for Urban Environmental Research and Education
UMBC
“Environmental Engineering Research at UMBC, Part 2"
Friday, September 22, 2017
2:00 PM
TRC 206, UMBC
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Parking policy
Parking passes for off-campus guests in the TRC lot are required at the cost of $4.00 per car. Parking passes may be picked up and paid for (cash only) before seminar by stopping by the CUERE office in TRC 102 /105 and seeing a staff member. Please contact us at 410-455-1763 with any questions regarding logistics.
View our web site at http://cuere.umbc.edu
2:00 PM
TRC 206, UMBC
This seminar series http://cuere.umbc.edu/seminar-series/ is free and open to the public.
**********************************************************************************
Parking policy
Parking passes for off-campus guests in the TRC lot are required at the cost of $4.00 per car. Parking passes may be picked up and paid for (cash only) before seminar by stopping by the CUERE office in TRC 102 /105 and seeing a staff member. Please contact us at 410-455-1763 with any questions regarding logistics.
View our web site at http://cuere.umbc.edu
Abstract
In this 2-week mini-series, environmental engineering faculty from UMBC’s Department of Chemical, Biochemical, and Environmental Engineering will present brief overviews of their research. This week we will hear from Profs. Lee Blaney and Brian Reed and Dr. Stuart Schwartz of CUERE.
Prof. Lee Blaney’s research addresses the fate and transport of emerging contaminants in natural and engineered systems. Many of his projects focus on environmental detection of pharmaceuticals or treatment processes aimed at removing pharmaceuticals from drinking water/wastewater matrices.
Prof. Brian Reed’s primary research focus has been on the removal of inorganic contaminants from the aqueous phase by activated carbons. Over the last several years he has investigated the efficacy of impregnated carbons for the removal of anionic contaminants such as As(III), As(V), and ClO4-.
Dr. Stuart Schwartz focuses on water resource systems analysis, urban hydrology and water policy. His recent work has included design and installation of permeable pavement for stormwater management and evaluating the efficacy of mechanical subsoiling as a means to enhance infiltration capacity of compacted soils.
