Pluimer to Lead July 12 Geopipe Webinar for IGS North America

The next IGS North America webinar will tackle one of the most necessary elements of modern infrastructure: geopipe. Dr. Michael Pluimer (University of Minnesota – Duluth) will lead the session, which is broadly targeted as an Introduction to Geopipe. The webinar will open a longer-term series on applications, specifications, and test methods associated with geopipe. Commonly offered in corrugated and smooth varieties and in a wide range of diameters and thicknesses, these polymeric pipe materials are essential to the success of a range of applications: water, wastewater, sewer, landfills, mining, residential and commercial development, utilities, etc.

REGISTER ONLINE FOR THE JULY 12 WEBINAR
Learn more on IGS North America website 

July 12 Geopipe Webinar for IGS North America

INTRODUCTION TO GEOPIPE WEBINAR

Pluimer’s session will detail types of geopipe (e.g., dual-wall pipe, polyethylene corrugated pipe, numerous other materials), raw material properties and resulting pipe properties, long-term durability, common specification requirements, and more. Essential engineering parameters such as stress cracking, oxidation resistance, UV degradation, and creep will be discussed.

Key topics include:

  • Types of geopipe
  • Raw material properties and resulting pipe properties
  • Long-term durability
  • Common specification requirements
  • And more

This IGS North America-hosted webinar is ideal for environmental engineers, infrastructure-owning agencies, design engineers, municipal engineers, regulators, general contractors, and other stakeholders.

ABOUT MICHAEL PLUIMER

July 12 Geopipe Webinar for IGS North AmericaMichael Pluimer holds a PhD in Civil Engineering (2016) from Villanova University and a Master’s Degree in Mechanical Engineering (2002) from the University of Minnesota. His PhD research was on the performance of corrugated HDPE pipe manufactured with post-consumer recycled content in commuter railroad applications. Dr. Pluimer developed and validated a service life model for pipes in these applications relative to both the fatigue- and creep-related slow crack growth failure mechanisms. The service life model utilized ASTM F3181, the Un-notched Constant Ligament Stress (UCLS) test, a new test method developed for corrugated HDPE pipe materials containing recycled content.

REGISTER ONLINE

Learn more about IGS North America’s professional development opportunities, membership, and more at www.igs-na.org. Questions on the webinar? The chapter invites inquiries. Write info@IGS-NA.org or call +1 561 768 9487.

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