Permeable Pavement Maintenance: Designing to Reduce Maintenance, Planning for Maintenance Frequency, and Effective Techniques to Restore Pavement Hydraulics
Permeable pavement is an alternative to traditional asphalt or concrete and provides runoff reduction and water quality improvements provided it is properly maintained. The biggest challenge with this stormwater control measure is that it clogs over time. There is uncertainty around how to plan for maintenance, its associated costs, and what techniques to use to ensure long-term hydraulic function of these systems. This presentation will bring together nearly 10 years of field collected data on permeable pavement maintenance to determine: (1) how the engineering design of permeable pavements affects the rate at which they clog, (2) if a pavement is clogged, (3) maintenance scheduling, and (4) techniques for routine and restorative maintenance.
Ryan Winston, PhD, P.E. is an Assistant Professor at Ohio State University in the Department of Food, Agricultural, and Biological Engineering, the Department of Civil, Environmental, and Geodetic Engineering, and a core faculty of the Sustainability Institute. Ryan's research group conducts applied research at the practice, site, and small watershed scale to help understand the cost, benefits, and ecosystem services provided by stormwater control measures.