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2018 IECA State of the Industry

The 2018 IECA State of the Industry webinar will provide insight into the state of the International Erosion Control Association (IECA), a perspective on the industry shift to reducing environmental impact with biodegradable and reusable BMPs. This event will be moderated by Joanna Fetherolf, IECA’s Director of Education. With a membership of over 2,000 professionals, IECA is the foremost professional organization for the field of erosion and sediment control and stormwater management. IECA’s mission is to provide education, networking, and research for industry professionals. Samantha Roe, IOM, will provide an update from Thomas Schneider, CPESC, 2016 - 2019 IECA Board of Directors President, on the International Erosion Control Association’s key accomplishments and the direction IECA has been moving over the past few years. She will also provide an update from IECA Board of Directors President-Elect, Adam Dibble, CPESC-IT, CESSWI on key initiatives of the Board of Directors as we move into 2019. Roe will provide an update on areas of focus for the growth and support of membership and our industry. Dave Jenkins, Erosion Control/Stormwater Engineer, Port of Seattle. Dave will give a perspective on the environmental impact of your project. Silt fence fabric sent to the landfill; erosion products shipped thousands of miles to your project; products used once and thrown away. While trying to reduce the environmental impact of your project are you creating other, possibly greater impacts? The erosion control industry has evolved such that it’s possible to design and construct projects that utilize 100% biodegradable, recyclable, pre-cycled and reusable best management practices, reducing project impacts and increasing project sustainability. Greg Schaner, EPA, has worked as an attorney for EPA’s Office of Water since 2003. He has focused primarily on the NPDES stormwater program, including work on EPA’s CGP, MSGP, and the MS4 program. Prior to EPA, Greg worked for the State of Maryland, the National Association of Clean Water Agencies, and as an EPA contractor for SAIC. Greg received a BA from Colgate University, a graduate degree in environmental management from Duke University, and a JD at the Univ. of Maryland’s night law school. Greg has 3 children, ages 15, 9, and 3. Emily Halter, EPA, is an economist with the U.S. Environmental Protection Agency in the Office of Wastewater Management. Emily leads the construction and industrial stormwater programs at EPA Headquarters in Washington, DC. She holds an MA in environmental policy from the George Washington University and a BA in economics from Virginia Tech. The presentation will be followed by a question/answer session so you will have an opportunity to engage with the panel of experts to get your questions answered.
Date:
December 06, 2018
Member Price:
$0.00
Nonmember Price:
$65.00
Available for Immediate Download
↑/↓ Full Details


2019 Auburn University Field Day

http://www.ieca.org/images/IECA%20Images/Regional%20Events/Auburn/Auburn%20Web%20Banner%20200x200.Field.jpg
Description: This field day hosted by Auburn University and the International Erosion Control Association will provide industry participants exposure to innovative research being performed on commonly employed construction site erosion and sediment control practices with hands-on field demonstrations. The field instructional session will be held at the Auburn University • Erosion and Sediment Control Testing Facility (AU-ESCTF) and provide attendees with an opportunity to learn proper design and installation techniques on various erosion and sediment controls to achieve improved performance, and observe full-scale, channelized flow demonstrations. *If you purchase an exhibit booth or a sponsorship after November 7th, 2019, you will not be included in the Event Materials.
Start Date:
Friday, November 22, 2019
End Date:
Friday, November 22, 2019
Location:
Auburn University - ESCTF
1600 Lee Rd. 151
Opelika, AL 36804
UNITED STATES


2019 Auburn University Field Day - Attendee

http://www.ieca.org/images/IECA%20Images/Regional%20Events/Auburn/Auburn%20Web%20Banner%20200x200.Field.jpg
Description: This field day hosted by Auburn University and the International Erosion Control Association will provide industry participants exposure to innovative research being performed on commonly employed construction site erosion and sediment control practices with hands-on field demonstrations. The field instructional session will be held at the Auburn University • Erosion and Sediment Control Testing Facility (AU-ESCTF) and provide attendees with an opportunity to learn proper design and installation techniques on various erosion and sediment controls to achieve improved performance, and observe full-scale, channelized flow demonstrations.
Date:
Friday, November 22, 2019
Time:
8:00 AM - 5:00 PM Central Standard Time
Location:
Auburn University - ESCTF
1600 Lee Rd. 151
Opelika, AL 36804
UNITED STATES


2019 Auburn University Installer Training

http://www.ieca.org/images/IECA%20Images/Regional%20Events/Auburn/Auburn%20Web%20Banner%20200x200.Installer.jpg
Description: This field day hosted by Auburn University and the International Erosion Control Association will provide industry participants exposure to innovative research being performed on commonly employed construction site erosion and sediment control practices with hands-on field demonstrations. The field instructional session will be held at the Auburn University • Erosion and Sediment Control Testing Facility (AU-ESCTF) and provide attendees with an opportunity to learn proper design and installation techniques on various erosion and sediment controls to achieve improved performance, and observe full-scale, channelized flow demonstrations.
Start Date:
Wednesday, November 20, 2019
End Date:
Thursday, November 21, 2019
Time:
12:00 PM - 5:00 PM Central Standard Time
Location:
Auburn University - ESCTF
1600 Lee Rd. 151
Opelika, AL 36804
UNITED STATES


A Different Way of Looking at Sediment Control

Has your BMP failed and you don't know why? Do you feel like you are checking off the BMP box without a full grasp of the science behind the BMP placement? This course discusses the effects of stormwater runoff volume and rates on the performance of temporary sediment control BMPs on construction site. Many times, it is determined that the BMP was the cause of a failure. In reality, the BMP failure was caused by stormwater runoff in excess of the BMPs capacity, this failure could have been identified during the design process. This course will look at topography, soil type and geographic location and how you can use this information to predict the effectiveness of design for your construction site.
Date:
July 01, 2017
Member Price:
$100.00
Nonmember Price:
$130.00
Available for Immediate Download
↑/↓ Full Details


Advanced Turbidity Treatment Systems

Advanced Treatment Systems or ATS has proven effective for turbidity control for several years. While all agencies are not in universal agreement on the elements of ATS or the regulations for the use of ATS this webinar introduces the required elements for successful monitoring and treatment of construction site runoff for both turbidity and pH control. ATS can involve chemical flocculation, electrocoagulation, filtration and gravity settling. This seminar will follow and build upon the flocculation presentations of Dr. Richard McLaughlin Ph.D. to incorporate the use of automated systems designed to monitor and treat Stormwater using automated chemical dosing and filtration systems to consistently treat construction site discharges to acceptable levels.
Date:
November 01, 2013
Member Price:
$50.00
Nonmember Price:
$65.00
Available for Immediate Download
↑/↓ Full Details




American Society of Civil Engineers Guideline Update

This two part free to IECA Members webinar will address the guideline published by the American Society of Civil Engineers. The first part will address the design, construction and maintenance of permeable pavement.
Date:
February 01, 2018
Member Price:
$0.00
Nonmember Price:
$50.00
Available for Immediate Download
↑/↓ Full Details


Basic Hydrology - Part 1

Knowledge of hydrology is essential for individuals interested in water quality and those involved with land use management activities including erosion and sediment control, designing and reviewing stormwater management plans, as well as local and state regulators and decision makers. This course will describe and discuss the factors that influence stormwater runoff and demonstrate the methodology and procedures to quantify runoff volumes. Precipitation, drainage areas, hydrologic soil groups, land use cover and hydrologic conditions will be explained, through a design example, to convert rainfall to runoff by using USDA-NRCS TR55 hydrologic analyses. Watershed runoff volumes will be calculated.
Date:
July 01, 2013
Member Price:
$50.00
Nonmember Price:
$65.00
Available for Immediate Download
↑/↓ Full Details


Basic Hydrology - Part 2

This course will take participants through the evaluation and determination of the parameters for the time of concentration for a watershed and its application in determining the peak rate of runoff for different storm frequencies in the watershed. The USDA-NRCS unit hydrograph use will be explained and its use to calculate the peak discharge will be demonstrated through a design example. Comparison of pre-developed and post-developed discharges will be made for estimating stormwater detention basin sizing. This course will take participants through the evaluation and determination of the parameters for the time of concentration for a watershed and its application in determining the peak rate of runoff for different storm frequencies in the watershed. The USDA-NRCS unit hydrograph use will be explained and its use to calculate the peak discharge will be demonstrated through a design example. Comparison of pre-developed and post-developed discharges will be made for estimating stormwater detention basin sizing.
Date:
August 01, 2013
Member Price:
$50.00
Nonmember Price:
$65.00
Available for Immediate Download
↑/↓ Full Details