Medical Projects

Substantial Loading Capabilities

StormTrap systems mitigate the harmful effects of high water volumes and manage stormwater runoff to protect water quality for medical properties such as hospitals, doctor offices and nursing homes. StormTrap offers quick installation, a small footprint and impressive loading capabilities that make it ideal for healthcare facilities.

Close-up view of gentle ripples on the surface of water, captured in black and white.

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Aerial view of a construction site with building foundations, construction vehicles, equipment, and surrounding dirt areas.

Lovejoy Imaging Center

StormTrap provided a custom-engineered stormwater solution for the Lovejoy Imaging Center project in Woodstock, Georgia. The medical office and imaging…
Construction workers carefully lower a large concrete structure into a rectangular pit using blue straps and a crane at an active excavation site.

Children’s Psychiatric Center

Construction has begun on the Children’s Psychiatric Center at The University of New Mexico Hospital in Albuquerque.
Workers install large stormwater management structures at a construction site, surrounded by leafless trees and set against a clear blue sky.

Louisville Medical Facility

A large public medical facility is being constructed in a highly-visible area in Louisville, Kentucky.
Construction site with workers and a backhoe moving large concrete sections. Gravel bed being prepared, with a ladder leaning against the concrete. Trees and vehicles in the background.

Thrive – Lisle

THRIVE is a 52,000 SF, 68-bed Transitional Care/ Skilled Nursing Facility that is under construction in Lisle, Illinois, with projected…
Construction site with a crane lifting materials, workers in safety gear, and large concrete slabs in the foreground. Trees and buildings are visible in the background.

Asplundh Cancer Pavilion

Asplundh Cancer Pavilion is a new 86,000 square foot facility, constructed on the campus of the Abington Health Center in…
Construction workers in safety gear installing a large concrete structure at a building site. Scaffolding, a building with windows, and a vehicle are in the background.

St. Thomas Elgin General Hospital Redevelopment

A stormwater management plan and the construction of a three-story tower is part of the redevelopment and expansion of the…
Concrete stormwater detention vaults under construction at a site, surrounded by dirt and safety barriers.

University of Minnesota Ambulatory Care

Stormwater detention system was installed under the driveway of a new multi-story Ambulatory Care…
Construction site with large concrete sections being installed in a trench. A crane is lowering a piece. Trees and parked cars are visible in the background.

LabCorp of America

A Stormtrap detention system was installed underneath a parking lot replacing a broken corrugated metal pipe before used for water…

Medical Solutions

Cutaway illustration of a city street with buildings, trees, a car, and outdoor seating, showing a large underground water management system labeled "StormTrap.

Detention

Manages and controls the volume and discharge timing of stormwater runoff.
Cross-section diagram of a park with trees, a soccer field, pavilion, and underground stormwater management system labeled StormTrap.

Infiltration

Allows water to efficiently discharge into the native soil, preventing flooding.
Cross-section illustration of an urban street and building, showing an underground stormwater management system with water chambers beneath the surface.

Treatment

Removes pollutants from stormwater, targeting either one specific contaminant or a combination of pollutants for a complete stormwater pollution prevention plan.
Cross-sectional illustration showing a grassy park with trees and a swing set above an underground StormTrap water management system.

Stormwater LID

Meets low impact development goals with infiltration, stormwater harvesting and biofiltration systems.

Be the Future of Stormwater Management

Stay ahead of regulations and protect your community for decades to come. Building the future starts underground.

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Concrete I-beams are stacked in a row, arranged parallel to each other.