AJ Bright Construction has experience building stormwater detention systems to help store and drain runoff in a way that benefits your commercial business around cities in South and North Carolina. We know that stormwater can cause havoc on communities. From flooding to debris, to disruption to the foundation of your business, stormwater must be managed to ensure businesses are safe, especially in urban areas. Learn more about stormwater detention below!
Stormwater detention is a crucial component of modern urban planning aimed at mitigating the effects of stormwater runoff. When rain falls on water-resistant surfaces like roads, parking lots, and rooftops, it can't naturally pass through into the ground. We call these surfaces impervious. Instead, it flows as runoff, potentially leading to flooding, erosion, and pollution of safe drinking water. Stormwater detention involves temporarily storing and controlling the flow of stormwater to prevent these negative consequences.
The purpose of stormwater detention is to manage the quantity and quality of stormwater runoff. Stormwater detention systems temporarily hold back stormwater during peak flow, which reduces the risk of flooding. This controlled release of water helps prevent erosion and minimizes the strain on infrastructure.
AJ Bright has experience in planning, designing, and helping build water basins or ponds to store stormwater runoff. These basins or ponds also serve as sedimentation areas, allowing pollutants carried by stormwater to settle out before the water is gradually released into the ground.
Stormwater detention systems refer to the temporary trapping of stormwater. Detention systems are used to hold water while gradually releasing it back into the ground. Stormwater retention systems also use ponds or culvert-type basins to store stormwater and reuse the water for things like flushing toilets or general non-drinking use (similar to a house with greywater).
A stormwater detention system is designed to temporarily hold and slowly release stormwater runoff to prevent flooding and manage water flow into drainage systems.
These systems capture and store excess stormwater during heavy rain events and gradually release it at a controlled rate to prevent overwhelming local drainage systems.
Benefits include reducing the risk of flooding, improving water quality by settling out pollutants, and minimizing erosion in downstream water bodies.
Detention systems temporarily store water and release it slowly, while retention systems are designed to permanently hold water until it either infiltrates the ground or evaporates.
They are commonly used in urban areas, commercial developments, and residential subdivisions where there is limited natural land to absorb rainwater.
Common materials include concrete, corrugated metal, plastic (HDPE), and stone. The choice of material depends on factors like site conditions, cost, and maintenance requirements.
Maintenance typically involves regular inspections, removing debris, ensuring proper drainage, and occasionally dredging sediment from the system.
With proper maintenance, these systems can last 20 to 50 years or more, depending on the materials used and environmental conditions.
Yes, many local, state, and federal regulations require the use of stormwater detention systems to manage runoff and protect water quality. Compliance with these regulations is essential during the design and installation process.
Yes, most systems can be designed as part of green infrastructure, incorporating elements like rain gardens, permeable pavers, and vegetated swales to enhance aesthetics and functionality.
Failure can lead to localized flooding, erosion, and damage to property or infrastructure. Regular maintenance and inspections help prevent system failures.
Some systems are designed to allow water to infiltrate into the ground, helping to recharge local groundwater supplies while also controlling runoff.