This event offers daily keynote webinars and several on-demand webinars covering current and innovative storm water and erosion control topics. Attendees can earn Professional Development Hours, as well as engage with industry experts in live Q&A sessions. It’s a one-of-a-kind industry event.
Dr. Andrew Earles, P.E., D.WRE,
Vice President of Water Resources, Wright Water Engineers Inc.
Anna Campbell, P.E.,
Water & Civil Engineer, Wright Water Engineers Inc.
Technical Manager, Water Quality, Michael Baker Intl.
Civil Engineer, Presto Geosystems
Robert Traver, Ph.D., Professor,
Villanova University; Founding Director, Villanova Center for Resilient Water Systems
Environmental Scientist, Temple University
Edwina Lam, P.E.,
Water Resource Practice Leader, Greater Pennsylvania Region, AECOM
Business Development Manager, Apex Companies LLC
Andrew Earles, Ph.D., P.E., D.WRE, Vice President of Water Resources, Wright Water Engineers Inc.
Anna Campbell, P.E., Water Resources Project Engineer, Wright Water Engineers Inc.
This webinar will include three case studies of streams in the Rocky Mountain Region and the ways that local governments, watershed groups, and others are planning and designing infrastructure to minimize the effects of urbanization on streams. Case studies will be presented of master planning efforts for the Big Thompson River through Loveland and portions of Larimer County, the Roaring Fork River through Aspen, and the Fountain Creek watershed from Colorado Springs to Pueblo. Case studies will speak to the unique conditions of each of these watersheds and streams including effects of hydrologic changes from diversions, urban runoff and other factors; water quality; fluvial geomorphology; and historic and future community uses of stream corridors. The goal of the webinar is for attendees to appreciate how differences in watersheds and stream types lead to different approaches in master planning and to understand that a first step in any master planning effort has to be understanding the unique characteristics of the coupled watershed-stream system.
Samantha Justice, Civil Engineer, Presto Geosystems
Storm water channels are an important factor in the design of both small-scale urban renovations and large-scale rural construction projects. Collecting the storm water and moving it efficiently offsite is required, while limiting lifetime maintenance costs is highly desired. Typical solutions such as large riprap, gabions and articulating concrete blocks (ACBs) are expensive to procure and install, can require significant maintenance, as well as be safety hazards, and are unattractive nuisances. The modern approach to channels uses 3D geocelluar confinement technology to protect the chosen infill materials and provide erosion control and resistance to hydraulic conditions. Using a geocell channel protection system, stormwater channels can be created with vegetation, stone or concrete infill, for virtually any size of channel. Flexible solutions for limited flow swales for flooding mitigation to continuous flow drainage channels are possible, including control of high flow situations through the use of energy dissipation.
Andrew Sidor, Technical Manager, Water Quality, Michael Baker Intl.
Originally developed to model erosion for cropland, RUSLE2 has expanded to be much more. However, its full potential has yet to be realized in construction storm water. This presentation will look at the capabilities of RUSLE2 in construction storm water, including more effective site design and greater success with final stabilization planning.
Robert Traver, Ph.D., Professor, Villanova University; Founding Director, Villanova Center for Resilient Water Systems
Josh Caplan, Ph.D., Environmental Scientist, Temple University
Edwina Lam, P.E., Water Resource Practice Leader, Greater Pennsylvania Region, AECOM
This presentation will target multiple site property owners, homeowner associations, facility managers, retail facility maintenance professionals, developer managed properties, municipalities, industrial facilities and more. The information provided will help the attendee understand the concepts and steps behind building a successful planned maintenance program for multiple sites. This information will include identifying the various types of systems, the need for storm water asset cataloging, how to asset catalog, how to determine the regular inspection and maintenance needs, costs of planned maintenance versus the cost of reactive repairs, the difference in costs varying by system type, and how to digitally manage all the data.
Anna Griggs, Business Development Manager, Apex Companies
SR 0095, Section GIR is a $1.1 billon roadway reconstruction project encompassing 3 miles of Interstate 95 within the city of Philadelphia. To meet the Philadelphia Water Department’s storm water management requirements, the Pennsylvania Department of Transportation (PennDOT) is building more than 70 storm water management practice (SMP) devices to manage runoff volume, peak flow rates and quality from the roadway. PennDOT has also established a University Research Monitoring Program by partnering with Villanova and Temple universities, with the goals of evaluating and understanding current SMP performance, building on this knowledge to improve SMP performance and reduce maintenance needs. This presentation will highlight findings, spanning the research on water quantity, water quality, and plant health. It will also address challenges of designing SMPs in the urban setting at a large scale.