Utilizing a Geosynthetic Cementitious Composite Mat as an Effective Erosion Control Solution for Department of Transportation and Public Works Projects

Richard Goodrum & Joe Royer, Ph.D., PE

Protecting Department of Transportation (DOT) and public works infrastructure is an increasingly expensive challenge, and higher costs can accumulate for many reasons. These costs can influence some cities and municipalities to look for alternative repair or design solutions. One alternative design solution to consider is a geosynthetic cementitious composite mat, or GCCM—a flexible, three-dimensional fabric that hardens on hydration to form a thin, durable, waterproof and fire-resistant concrete layer. This technical paper (and presentation) will detail how considering a GCCM for common maintenance concerns can help asset owners find an easily-installed, cost-effective solution. Additionally, it will explore the ASTM D8173-18 Standard Guide for Site Preparation, Layout, Installation and Hydration of Geosynthetic Cementitious Composite Mats.

Richard Goodrum

Joe Royer

Co-Presented by Richard Goodrum

Milliken Infrastructure Solutions

Richard Goodrum is currently the South Region Manager for Milliken Infrastructure Solutions and responsible for the sales and business development for GeoSpray® geopolymer mortars and Concrete Cloth™ geosynthetic cementitious composite mats (GCCMs).
Richard has a BS in Civil Engineering from UNC Charlotte and more than 30 years of progressive experience in the civil engineering, construction and geosynthetics markets. He has held roles in technical sales/marketing, product development and management with NCDOT, Mirafi Inc., Hoechst Celanese Corp. and Low & Bonar Inc.
Richard has participated as an industry representative and a member of various committees within ASTM, ASCE, IECA, IFAI, GMA and GSI.

Co-Presented by Joe Royer, Ph.D., PE

Milliken Infrastructure Solutions

Joe Royer is currently the Research & Development Manager for all of Milliken Infrastructure Solutions Product lines. Joe has been with Milliken for 16 years in various technical and leadership roles. Joe holds degrees a B.S. in Chemical Engineering from the University of Notre Dame (’95) and a Ph. D. in Chemical Engineering from North Carolina State University (’00). He has written numerous papers and presented design details for structural pipe rehabilitation systems using geopolymer mortars. In addition to this structural knowledge, he has supervised installations in the U.S., Hong Kong, Bolivia, Canada and Eastern Europe.