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Catch Basin & Grate

A catch basin, also known as a storm drain or curb inlet, is a structure designed to collect and manage stormwater runoff. It typically consists of a concrete or metal box placed below ground level and connected to a network of pipes and channels that lead the water to a nearby stream, river, or other body of water.

The grate is a metal or plastic cover placed over the top of the catch basin to prevent large debris, such as leaves, twigs, and trash, from entering the drainage system. The grate may also have small holes or slots to allow water to flow into the catch basin while keeping out debris.

The purpose of a catch basin and grate is to prevent flooding and reduce the amount of pollution that enters our waterways. When it rains, water runs off roofs, streets, and other impervious surfaces and collects pollutants such as oil, chemicals, and sediment. Without proper management, this polluted water can harm aquatic life and contaminate drinking water supplies. The catch basin and grate are designed to capture and filter out debris and pollutants before the water enters the drainage system, improving water quality and protecting the environment.

Flowell

A Flowell is a type of drainage system used to manage stormwater runoff and groundwater. It is typically made of precast concrete and consists of a cylindrical or rectangular structure with holes or perforations on the sides to allow water to enter.

The purpose of a Flowell is to collect and manage excess water underground. It is installed below ground level, typically in areas where groundwater accumulates, such as low-lying areas or places with poor drainage. The water enters the Flowell through the perforations in the sides, which are covered with geotextile fabric to prevent soil and sediment from entering.

Once inside the Flowell, the water is stored until it can be released back into the ground or directed to a nearby drainage system. The Flowell allows the water to slowly infiltrate into the soil, recharging groundwater reserves, and reducing the risk of flooding.

Flowells are commonly used in residential, commercial, and industrial settings to manage stormwater runoff and reduce the risk of property damage and erosion. They can be installed in a variety of sizes and shapes to fit specific site requirements, and can be connected to other drainage systems such as catch basins, pipes, or channels to manage larger volumes of water.

Channel Drain

A channel drain, also known as a trench drain, is a linear drainage system designed to collect and manage surface water runoff. It typically consists of a long, narrow trench, usually made of concrete or polymer material, with a removable metal or plastic grate cover that spans the width of the trench.

The purpose of a channel drain is to collect and channel water away from an area to prevent flooding, erosion, or damage to infrastructure. They are commonly used in outdoor spaces, such as driveways, patios, and pool decks, where water runoff can cause damage or safety hazards.

The water is collected in the trench, which is sloped towards an outlet where the water can be directed to a drainage pipe or other drainage system. The grate cover prevents debris from entering the drain and can be removed for easy cleaning and maintenance.

Channel drains are an effective solution for managing large volumes of water and can be customized to fit specific design needs. They can be installed in straight lines, curves, or even in circular patterns to accommodate various landscape features. Channel drains can also be made with different materials and sizes to fit specific load-bearing requirements and aesthetic preferences.

Spec-D Basin & Atrium Grate

A Spec-D Basin & Atrium grate is a type of drainage system that is designed to manage stormwater runoff and protect against flooding in areas with high volumes of water flow. The Spec-D Basin is a pre-cast concrete structure that is designed to collect water and send it through a series of interconnected pipes for drainage or treatment.

The Atrium grate is a metal or plastic cover that sits on top of the Spec-D Basin, allowing water to flow into the basin while preventing debris from entering. The Atrium grate features a unique design that allows for a high flow rate of water, even during heavy rainfall or flood conditions.

The purpose of the Spec-D Basin & Atrium grate is to provide a high-capacity drainage system that can manage large volumes of stormwater runoff. The Spec-D Basin collects the water, while the Atrium grate prevents debris from entering the system. The water is then directed through a series of interconnected pipes for drainage or treatment.

This drainage system is commonly used in commercial, industrial, and municipal applications, such as parking lots, airports, and sports fields, where there is a high volume of water flow. The Spec-D Basin & Atrium grate system provides an effective solution for managing stormwater runoff, reducing the risk of flooding, and protecting infrastructure from water damage.

Pop-up Emitter

A pop-up emitter is a type of drainage system component that is designed to release stormwater runoff from underground drainage pipes to the surface. It consists of a cylindrical or rectangular-shaped structure with a hinged lid or cap that pops up when water pressure builds up inside the pipe.

The purpose of a pop-up emitter is to discharge excess stormwater runoff from underground drainage pipes to the surface, preventing flooding and property damage. It is typically installed in low-lying areas where water tends to accumulate, such as along sidewalks, driveways, or at the bottom of a slope.

When there is enough water pressure in the drainage pipe, the pop-up emitter lid or cap pops up, allowing water to flow out of the pipe and onto the surface. The water then flows away from the area, reducing the risk of flooding and erosion.

Pop-up emitters are commonly used in residential, commercial, and industrial settings to manage stormwater runoff and prevent property damage. They can be installed in various sizes and shapes to fit specific site requirements and are typically made of durable materials that can withstand outdoor conditions.