Beyond Riprap: A Low-Disturbance Streambank Stabilization Case Study
Jesse Dorais
Hunter Pates
SOX Erosion Solution
Philadelphia, PA
This presentation examines a streambank stabilization project where traditional hard-armoring approach were constrained by limited site access, disturbance thresholds, and long-term maintenance considerations. The case study documents the use of a soil confinement–based stabilization system to address active bank erosion while minimizing excavation, in-stream work, and alteration of existing channel geometry.
Project setting, design rationale, installation methodology, and post-construction performance are presented, with emphasis on constructability, sediment reduction, and compatibility with vegetated restoration objectives. Lessons learned from design development and field implementation are shared to assist practitioners in evaluating when low-disturbance stabilization approaches may serve as viable alternatives to riprap in constrained stream restoration contexts.
About Jesse Dorais
Jesse Dorais is a Regional Technical Expert serving the Mid-Atlantic, with a focus on helping contractors, golf courses, municipalities, and land developers implement effective erosion and sediment control solutions. Representing SOX Erosion Solutions, Jesse works closely with project teams to deliver scalable, environmentally responsible systems from jobsite stabilization to long-term stormwater management.
With hands-on experience supporting complex field applications, Jesse brings a practical, solutions-driven approach to every project, helping clients improve performance, reduce risk, and meet regulatory requirements. He works to advance sustainable construction practices and building strong partnerships across the industry.
About Hunter Pates
Hunter Pates is the Environmental Regulatory & Advocacy Manager at SOX Erosion Solutions, where he works with public agencies and restoration partners to advance hybrid nature‑based erosion control and shoreline stabilization systems. Drawing on his experience at the USEPA implementing Clean Water Act programs, he bridges technical teams and regulators to integrate bioengineered shoreline tools into policy and public projects. Hunter frequently collaborates with watershed groups, municipalities, and academic partners to develop pilot projects that improve water quality and community resilience.