Increasing Infiltration in Clay Soils

Recorded On: 2020/02/25

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Infiltration practices are generally considered to be nearly impossible in clay soils. This Case Study will review the installation of a new technology to increase infiltration and its effectiveness on solving a problem with standing water at a residential development. it will include information on the design of the system, the goals for the installation, the monitoring of the installation for over 18 months and determination of the stated goals were met.


Learning Objectives:

  1. learn that infiltration is possible, even in clay soil conditions where infiltration is typically considered infeasible.
  2. understand the general concepts behind the Parjana EGRP system and how it increases infiltration, even in clay soil conditions
  3. identify situations or projects where increased infiltration could be an effective solution to remove standing water, improve water quality and/or reduce stormwater runoff

Course Level: Intermediate


Jamie McCutchen, PE

Principal, RYMAR Waterworks Innovations

Jamie McCutchen is Principal & Founder of Rymar Waterworks, formerly SW Products. Jamie also founded CCAD Engineering in 1999 to provide land development related civil engineering services. CCAD was acquired by Davis & Floyd in 2018 and Jamie currently serves as a Senior Project Manager, as well as assisting in Business Development. Jamie graduated from Clemson University in 1992 with a BS in Civil Engineering. He is a licensed Professional Engineer in SC, NC, & GA. He is also a member of IECA, SESWA, and ASTM. His expertise is in site planning and development with an emphasis on stormwater management.

To receive credit for this class you must listen to the entire presentation, complete the course quiz with a passing grade of 70% of better and complete the course evaluation. After all course components are complete - you will receive 1 Professional Development Hour of credit. 



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