Would an infiltration facility be considered a good co-located practice if it utilizes infiltration for pollution removal?

Would an infiltration facility be considered a good co-located practice if it utilizes infiltration for pollution removal?

• A. Yes, it is effective
• B. No, it may clog with sediment
• C. Yes, it enhances performance
• D. No, it complicates management

Answer: (A)

An infiltration facility is considered a good co-located practice for pollution removal because it effectively captures and treats stormwater runoff by allowing it to percolate through the soil. This process not only reduces the volume of runoff that enters surface waters but also removes various pollutants through natural filtration and biological processes that occur within the soil. The infiltration method promotes groundwater recharge and can enhance the overall quality of the water being released back into the environment. By utilizing infiltration for pollution removal, these facilities can significantly contribute to achieving water quality goals set forth in stormwater management plans. This effectiveness stems from their ability to mimic natural hydrology by managing stormwater at its source, which also supports the sustainability of water resources. Therefore, when used correctly, infiltration facilities provide a successful means of addressing both runoff quantity and quality, solidifying their role in integrated stormwater management practices.

An infiltration facility is considered a good co-located practice for pollution removal because it effectively captures and treats stormwater runoff by allowing it to percolate through the soil. This process not only reduces the volume of runoff that enters surface waters but also removes various pollutants through natural filtration and biological processes that occur within the soil. The infiltration method promotes groundwater recharge and can enhance the overall quality of the water being released back into the environment.

By utilizing infiltration for pollution removal, these facilities can significantly contribute to achieving water quality goals set forth in stormwater management plans. This effectiveness stems from their ability to mimic natural hydrology by managing stormwater at its source, which also supports the sustainability of water resources. Therefore, when used correctly, infiltration facilities provide a successful means of addressing both runoff quantity and quality, solidifying their role in integrated stormwater management practices.