Beyond Pipe and Pond:
A Research Based Approach to Stormwater Treatment System
Selection
University of
New Hampshire Stormwater Center with Instructor
James Houle, C.P.S.W.Q.
When: Tuesday October 26, 2010: 9
am to 5 pm
(Arrive by 8:45
for refreshments and check-in)
Where: Norrie Point
Environmental Center Staatsburg NY 12580
845-889-4745 x 112
Fees: $20 Registration includes light breakfast,
snacks, lunch, and workshop materials
$25 Professional Development
Hours (Paid separately at door)
Register: https://www.neiwpcc.org/conference/base.asp?CID=94
by October
19th.
Host:
NYSDEC
Hudson River National Estuarine Research Reserve, Estuary Training Program
Partner: NYSDEC
Hudson River Estuary Program
Information: Emilie
Hauser eehauser@gw.dec.state.ny.us
845-889-4745 x 112
For
registration information: Jaclyn Harrison, JHarrison@neiwpcc.org 978-323-7929 x 228
For PDHs: Kendall Stormwater Services, LLC 845-471-7383 x 104 kendallstormwaterservices@gmail.com
Goal: Participants will learn how to use University of New
Hampshire Stormwater Center performance and design data as a means to improve
their ability to choose the stormwater system or combination of systems that
can achieve water quality targets in compliance with current and impending
regulations, while effectively matching peak flows and reducing runoff volume.
The Stormwater Center
The University of New Hampshire
Stormwater Center (UNHSC) is dedicated to the protection of water resources
through effective stormwater management. Center researchers evaluate and
enhance the ability of stormwater treatment systems to treat the pollution in
stormwater runoff and reduce the flooding that it can cause. The Center
provides independent, science-based information on performance, cost,
design, and maintenance to people who select, review, permit, design, install,
and maintain stormwater management systems. The research is integrated with an
evolving outreach program that supports a wide range of stormwater managers and
professionals who seek to build programs that protect water quality, preserve environmental
values, and reduce the impact of stormwater runoff.