Airports Design & Construction Ebinder
22 May 2026
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GEOWEB Geocells - Design & Build Highly Resistant Roadside Ditches & Channels
Controlling the stormwater runoff from roadways and minimizing the amount of maintenance required for ditches and channels are fundamental considerations in road design.
The flexible GEOWEB® Geocell 3D channel system gives you the precise tool to design roadside channels that can resist any hydraulic condition—from low-flow grassed drainage ditches that resist higher velocities and shear stresses—to high-volume, high-flow stormwater conveyance.
With our design support, we’ll make it easy to tailor a solution for your site challenges.
How can we help you with your next roadside project?
GEOWEB Geocells - Designing & Building Long-Lasting Roads
Building longer-lasting roads is all about keeping subgrade and subbase materials stable even in challenging site conditions.
Under pavements, designing a strong, stable base that resists movement has a powerful effect on reducing maintenance and stopping the deterioration that ultimately causes pavements to fail.
The best way to do this is with the GEOWEB® (Geocells) soil stabilization system, especially when dealing with soft subgrades.
The 3D confinement delivers higher performance and offers adaptability with varying fill materials, subgrades and loading stresses—fill and base materials are safely contained in the geocellular structure—and highly resistant to movement.
How can we help you with your next road challenge?
Versatile Solutions for Stabilizing Slopes and Channels
Looking for a reliable solution to stabilize slopes and channels? The GEOWEB® Slope & Channel Protection System offers a durable, cost-effective way to prevent erosion and washout, even on challenging terrain.
Engineered Solutions for Designing & Constructing Transmission Line Roads & Substation Pavements
The GEOWEB® 3D soil stabilization system offers economical solutions for stabilizing transmission line access roads and substation pavements.
The GEOWEB system allows the construction of access roads across soft ground and through environmentally sensitive areas such as wetlands, floodplains, and streams.
Build roads with 50% less aggregate for support of heavy vehicles while minimizing environmental impact. Many times low-quality, local fill can be utilized.
How can we help you with your next energy project?
Flood Impact Reduction & Streambank Repair Using the GEOWEB Vegetated Channel System
Spy Run Creek in Fort Wayne, Indiana, is a 10-mile watercourse that drains several square miles on the northwest side of Fort Wayne. Spy Run Creek empties into the St. Mary’s River in downtown Fort Wayne, just upstream from its confluence with the St. Joseph River. The St. Mary’s and the St. Joseph rivers join to create the Maumee River, which flows northeasterly into northwestern Ohio and Lake Erie.
The main focus of the project was to reduce flooding in the Upper Spy Run Watershed and, more specifically, the Interstate Business Park located between Interstate 69 and Coliseum Boulevard.
Read case study: https://www.prestogeo.com/case_studies/flood-impact-reduction-and-streambank-repair-along-spy-run-creek/
Dresbach Slope Bridge Abutment Stabilization Using GEOWEB® Geocells
Stabilize a highway interchange bridge abutment using GEOWEB® 3D Geocell Technology.
Read case study: https://www.prestogeo.com/case_studies/structurally-sound-bridge-embankments/
Best Practices for Installing the GEOWEB® Geocell System Presented by JP George
In this webinar, we will review installation techniques for the four major applications of the GEOWEB® geocells: Load Support, Slope Protection, Channel Armoring, and Earth Retention. We will offer professional tips and best practices to streamline your installation process, saving you both time and money. This intermediate-level webinar is designed for those who already have some experience with the GEOWEB system and are looking to enhance their knowledge of the installation process; however, all are welcome to attend.
Learning Objectives:
- Understand the benefits of geocellular confinement for the major applications of the GEOWEB® geocells, including Load Support, Slope Protection, Channel Armoring, and Earth Retention.
- Gain valuable insights into the most effective installation techniques for the GEOWEB System utilizing our integral ATRA® accessories.
- Learn how to how to properly train contractors prior to installation, setting them up for success and ensuring the best possible outcome for your project.
Request a free project evaluation: https://www.prestogeo.com/free-project-evaluation/
I attest to having viewed the on-demand webinar and wish to proceed to my PDH certificate.
Introduction to the GEOWEB MSE Wall Design Software For Vegetated and Non-Vegetated Retaining Walls Presented by Bryan Wedin, P.E.
Presto Geosystems provides its GEOWEB® MSE Wall Design Software free of charge for designing both gravity and reinforced wall applications. This tool enables the creation of vegetated and non-vegetated MSE structures, drawing on the GEOWEB System inputs for reinforced slopes, gravity walls, and geogrid-reinforced walls. The software employs industry-standard design methods and includes specific algorithms that account for the unique interaction between the GEOWEB System, retained soil, foundation, and reinforced soil, incorporating particular safety factors and, where necessary, geogrid reinforcement.
This webinar will provide an in-depth tour of the MSE Wall Design Software. You will learn how to navigate the software and input simple data to create a full-graphic design analysis and cross-sectional drawing.
In this webinar, you will learn:
- About the different types of retaining wall systems possible with the GEOWEB system.
- How the MSE Wall Design Software functions and the supporting design theory.
- How the software performs an analysis with simple data input screens for both gravity and reinforced systems.
- About real-world applications through an overview of case studies.
I attest to having viewed the on-demand webinar and wish to proceed to my PDH certificate.
