Concrete Catch Basins

Concrete Catch Basins: A Critical Component in Effective Stormwater Management

Catch basins are an essential part of any surface water drainage system. They are designed to collect and manage runoff from rain, snowmelt, or other sources before it enters the underground stormwater network. Typically installed in low-lying areas, such as roadways, parking lots, landscaped areas, or around building perimeters, these structures prevent water pooling. They also protect surrounding infrastructure from erosion or water damage.

Constructed from durable precast concrete, catch basins are engineered to withstand heavy loads and harsh weather conditions. The interior design includes a sump area below the outlet pipe. This area plays a crucial role in stormwater quality control. As water enters the basin, heavier debris, sediment, and pollutants naturally settle to the bottom. This reduces the risk of pipe blockages and minimizes the transport of contaminants downstream.

OPSS COMPLIANT

We supply a complete range of Ontario Provincial Standard (OPS) single catch basins. They are available in various sizes to suit different project specifications and site conditions. To ensure seamless installation and long-term functionality, we also provide matching risers and tops. These include municipal castings, curb inlets, and frame assemblies designed to meet local load ratings and accessibility requirements.

Our concrete catch basins are a reliable choice for municipalities, developers, and contractors. They provide compliant, long-lasting stormwater infrastructure. Whether you’re working on a new development, a road reconstruction project, or replacing aging infrastructure, our products are manufactured to meet industry standards. They offer superior durability, ease of installation, and long service life.

By integrating high-quality catch basins into your stormwater management plan, you ensure proper drainage. You also extend the life of surrounding infrastructure and contribute to a cleaner, more sustainable environment.