Services

Land Development and Stormwater Management Design

United Engineering Services Inc (UENGS) specializes in Stormwater Management Design, a crucial practice aimed at reducing runoff and promoting the establishment of permanent vegetation. This design approach is applied to post-construction soil surfaces and Low Impact Development (LID) projects, offering numerous benefits.

Stormwater blankets play a pivotal role in this process, particularly in situations where certain conditions must be met:

• Reduction of Pollutant Loading: When there is a requirement to minimize the amount of pollutants carried by storm runoff.

• Ceased Land Disturbing Activities: Stormwater blankets are suitable for application once land-disturbing activities have come to an end.

• Permanent Vegetation Requirement: Areas where the establishment of permanent vegetation is necessary can benefit from the use of stormwater blankets.

• Runoff Volume Reduction: In cases where there is a need to reduce the volume of runoff originating from the landscape or drainage area.

• Size Reduction of Stormwater Collection Features: Stormwater blankets can assist in decreasing the size of stormwater collection systems, bioretention ponds, and rain gardens.

• Compliance with Low Impact Development Guidelines: Stormwater blankets are employed to meet the requirements set forth by Low Impact Development ordinances and guidelines.

Stormwater blankets act as natural sponges, effectively absorbing rainwater and non-concentrated storm runoff. By retaining large volumes of rainwater at the soil surface, these blankets enhance infiltration, evapotranspiration, and the availability of water for plants. Consequently, they contribute to restoring the natural hydrology of the site by promoting groundwater recharge and atmospheric water vapor.

Through its Stormwater Management Design expertise, United Engineering Services Inc is dedicated to implementing sustainable solutions that mitigate the impacts of stormwater runoff while fostering ecological balance and water resource conservation.

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