Course Library

The Milwaukee Metropolitan Sewerage District (MMSD) is partnering with Milwaukee County Parks and others to make improvements along the Kinnickinnic River and within Jackson Park as part of the larger 2017 Kinnickinnic River Watershed Flood Management Plan. Goals include flood risk reduction; improved public safety; improved riparian and aquatic habitats; enhanced stream aesthetics; and robust community collaboration. The team, led by designer HNTB, will discuss the project steps taken from planning to preliminary engineering. Design completion is planned in 2022 with construction to follow.

In this session, learn how the Douglas County stormwater program staff are facing bandwidth and resource challenges head on with this additional responsibility, including the development of a Stormwater Master Plan.

This presentation will provide an overview of the City’s progress over the last 10 years, summarize the planning analyses completed in 2018 as part of the GI plan update, and highlight some of the current large-scale GI efforts that are underway.

This presentation reviews a series of projects where SAPL technology has been employed in pipes ranging from 30 inches to 78 inches in diameter.

The approach to evaluating HDOT’s stormwater programs will be described including tools and methods that were developed to assist in the audit process.

When completing Stormwater Master Plans and formulating stormwater infrastructure improvement projects, municipalities and their consultants frequently face the difficult decisions of selecting an appropriate technical approach, developing infrastructure projects, and establishing criteria for prioritization.

In Rhode Island, two state agencies are partnering with local non-profits and municipalities to put lots of green infrastructure on the ground quickly.

Explore the history and drivers of the program, the grant program structure, case studies of awarded projects, and the challenges and lessons learned.

This presentation will present the goals, objectives, and outcomes of the use of evolving technology for remote monitoring, weather tracking, project team communication, and virtual mobile trainings.

Discover how SFPUC started its partnership with the San Francisco Unified School District and how it scaled up over the last 13 years.

This course will explore the tools, techniques, and practices that offer hope for a future which promises both functional and sustainable shorelines.

0.1 CEU/1 PDH

This course discusses four different types of LID (bioretention, permeable pavement, green roofs, and impervious runoff dispersion).

0.2 CEU/2 PDH

This presentation provides an overview of the program, challenges encountered, and proposed solutions.

This session will cover how the Task Force has evolved since 1998, including updating its mission to include stormwater quality management approaches to address broader water quality and watershed issues; transitioning to RATES/RGV; and becoming a non-profit organization in 2022.

Runoff from storm water continues to be a major cause of water pollution in urban as well as suburban environments. This course will include case studies in both urban and suburban settings.

0.1 CEU/1 PDH    

This presentation will explore key benefits of drones, including the real-time, up-to-date, high-resolution data and the ability to fully integrate the imagery into a GIS system.

This course explains the value of the LinkedIn platform for water professionals and how to establish themselves as thought leaders.

May 17, 2022, 2:00 pm EST | 0.1 CEU/1 PDH

Deicing salts have been found to have a negative impact on the performance of manufactured filtration treatment devices (MFTDs); yet, testing protocols for MFTDs rarely consider the effects of deicing. As a guide to developing a test, this session will examine a standardized stormwater-filter deicing protocol developed by a leading European technical authority that used to test the HydroChain™ Vortex Filter.

Learn all there is about Mechanically Stabilized Earth Wall (MSE) design and construction in this online training webinar.

1 PDH / 0.1 CEU

This course presents the principles of LID design of undisturbed land in urban environments.

0.1 CEU/1.0 PDH

This presentation will cover the evaluation of hydraulic storage design determination and constructability and cost efficiencies that were implemented under CMGC project delivery.

In this presentation, a study focusing on the Cherry Hill community, a diverse community that is home to around 8,000 residents located along the southern shores of Baltimore City, will be explored.

0.05 CEU / 0.5 PDH

This course covers techniques for monitoring stormwater pipes, streams, and canals to predict and model annual loads to a waterbody.

0.1 CEU/1 PDH

This presentation will explore how the project remained during major storm events.

0.05 CEU / 0.5 PDH

This session will provide an overview of the legal and policy landscape in the stormwater sector at the national level.

0.05 CEU / 0.5 PDH

FREE WEBINAR | September 26, 2024 | 2:00 PM EST/1:00 PM CST | This presentation reviews various site planning and design techniques, approaches, principles, successes, pitfalls and roadblocks to designing, establishing and maintaining Green Infrastructure systems and how these landscapes can integrate with well designed environments. (1.0 PDH | 0.1 CEU)

This session will discuss how the hybrid LID/BMP treatment system introduced low impact design elements into an industrial setting.

1 PDH / 0.1 CEU

In California, two watersheds in Los Angeles are primed for new stormwater permitting regulations that will go into effect in December.

0.05 CEU/0.5 PDH

New York City is on the precipice of a major expansion in the amount of stormwater managed on its private properties.

An overview of the City’s stormwater management program with a focus on recent education and outreach efforts.

This presentation will review the methodology and results of Operation Sweep the Creek and compare the results with other similar studies in Texas and New Zealand. The presentation will further discuss management initiatives for plastic pellets as an emerging stormwater contaminant of concern.

0.05 CEU / 0.5 PDH