Sustainable Retention Ponds offer many environmental advantages in both the residential and commercial setting. Used as an excellent source for the treatment and gathering of storm water on a larger scale, this installation provides a sustainable and high-quality background for aquatic vegetation that survives both submerged and on the surface of the water. A sustainable retention pond functions by collecting runoff from rain and the surrounding environment into a pool for further treatment. The extended time of retention for the water in the pool conducts the treatment process itself through natural processes. Any contaminants and pollutants are naturally cleansed through biological means. In essence, sedimentation and organic uptake processes reduce the nutrient concentrations of the water, purifying it at many levels.
These retention pools are highly-suited for residential areas, safely and cheaply removing environmental pollutants very effectively. Additionally, they can be still be constructed in areas where the soil is vulnerable to contamination when a liner is incorporated into the installation process. Another advantage is that communities welcome these installations much more readily than any chemical-treatment facility. It has been shown that retention pools add value to any property where they are installed on top of offering the universal benefits of ecological stability, aesthetic integrity, and concerns of amenity.
The design of the pool can be used as a useful measure for controlling water levels on nearly any site. For instance, flow rates of water in the area can be manipulated by allowing it to store floodwater, releasing it slowly to control floods waters that may present risks. Also referred to as a balancing pond, retention ponds can control the amount of water released into the ground when there is no risk of soil contamination. This feature allows these ponds to remain functional in both wet and dry conditions. The vast majority of the water treatment is carried out through the natural filtration process of the vegetation that is allowed to thrive in the waters. In addition to keeping water conditions continually calm, the living presence also minimizes the amount of required maintenance.
Landscape designers, wildlife reserves, water storage sites, and public spaces often use these ponds to their advantage. The added beauty and ecological benefits require minimal effort to maintain as well. Keeping these installations in top condition generally requires no more than vegetation management, occasional debris removal, and the monitoring of sediment levels. Additionally, the types of vegetation that thrive in this environment vary greatly, opening the door to many different aesthetic possibilities.