Stormwater management continues to be a critical concern due to increasingly stringent regulations. Retaining stormwater on-site is the preferred method, but traditional solutions like retention or detention ponds can be expensive, require significant maintenance, and take up valuable land. An innovative alternative is reducing the amount of impermeable surface on the site.

One way to achieve this is through the use of hard-surface porous pavements made of asphalt and concrete, which can be expensive and time-consuming to install. However, rigid plastic porous pavement systems offer a low-cost and easy-to-install alternative that can handle demanding load requirements. For example, Presto Geosystems’ porous pavers can be filled with either vegetation or aggregate to meet your project needs.

In this webinar, we explore the benefits of using porous pavement systems for stormwater management. Our expert presenter will discuss how these systems work, their durability and cost-effectiveness, and the various infill options available. We will also provide examples of successful projects that have implemented this innovative solution.

Learning Objectives:

• Identify the key design principles and sustainability benefits of porous pavement systems for stormwater management.
• Evaluate the performance of rigid and flexible porous pavements under different infill materials and traffic-loading conditions and select the appropriate system for your project.
• Apply best practices for utilizing porous pavements for a variety of project conditions.
• Demonstrate a comprehensive understanding of how porous pavements detain stormwater runoff and their effectiveness in reducing runoff volume and pollutants.

As infrastructure demands grow and environmental pressures increase, preserving the stability of roadway shoulders, ditches, and embankment slopes is essential to maintaining safety, longevity, and environmental protection. These areas are often vulnerable to erosion, structural degradation, and persistent maintenance challenges driven by water runoff, traffic loads, and shifting environmental conditions. Presto Geosystems offers reliable, cost-effective solutions to address these issues through the GEOWEB® 3D Soil Stabilization System. In this webinar, we’ll demonstrate how the GEOWEB System effectively stabilizes and reinforces roadway shoulders, drainage ditches, and embankment slopes. 

Learning Objectives:

• Understand the benefits of using the GEOWEB Soil Stabilization System to stabilize roadway shoulders using various infill materials.
• Learn how 3D-confined base materials minimize shoulder depth and enhance shoulder stability, particularly in soft soil conditions.
• Understand the causes of erosion in roadway ditches and slopes, how they lead to failure, and how the GEOWEB system protects against erosive forces, supported by accredited research and testing from the Colorado State University Hydraulics Lab.
• Discover the versatility of the GEOWEB system, which adapts to various infill materials, construction conditions, and complex design requirements.
• Identify common applications of the GEOWEB systems for effective roadway shoulders, ditches and embankment slopes in diverse environments.
• Learn how to implement GEOWEB confinement solutions to manage various flow conditions and meet energy dissipation needs.

Trails and greenways play a vital role in communities by preserving and creating open spaces for low- or no-cost outdoor recreation. Trails designed with permeable surfaces rather than traditional concrete or asphalt allow for better environmental and stormwater management. Since recreational trails can be designed for a wide range of uses, including motorized and non-motorized traffic, it’s important to utilize a solution that is durable and flexible. In this webinar, we will explore a variety of soil stabilization and porous pavement products that can be tailored to the needs of individual projects—including those with hard-to-access areas and stormwater concerns. Multiple types of infill and anchoring methods allow for project customization, resulting in low-maintenance and attractive trails for years to come.

Trail embankment stabilization is another consideration when designing recreational trails. The embankments may be part of the existing natural terrain or result from cuts made to accommodate the construction of the new trails. Depending on embankment steepness, the GEOWEB® System can be used to stabilize slopes with single-layer protection or near-vertical, tiered retaining walls with a vegetated fascia. GEOWEB green slopes and living walls protect against erosion, reduce stormwater runoff, and create a natural environment for sustainable vegetation.

Learning Objectives:

• Understand the fundamentals of successful trail design and construction to reduce degradation caused by traffic and natural elements.
• Learn how different trail uses can affect the design and installation of a trail.
• Learn how trails can be built through wetlands and protected areas with minimal environmental impact. • Know what types of products are appropriate for projects with unique conditions. Learn how to ensure embankments along trails remain stable.
• Learn how the GEOWEB system can protect against erosive forces and reduce stormwater runoff.