Browse the case studies listed below.
Explore real-life challenges faced by trade professionals and contractors across a range of industries, and learn how Ferguson Waterworks facilitated solutions to help them achieve success.
After discovering their parking lot's concrete stormwater system was failing, this client turns to Ferguson Waterworks for cost-efficient stormwater solutions
Discover how a cost-effective subsurface stormwater management system met HS25 loading requirements for a new home improvement store’s parking lot in Flushing, NY
Explore a range of enhanced urban green infrastructure projects in partnership with Pittsburgh Water and Sewer Authority and others that improved the Steel City’s natural resources.
Find out how a cost-effective retention wall was quickly installed to protect an existing water main between two water tanks.
In response to pervasive scouring and erosion, Prince William County took on the challenge of permanently protecting a stream bank in Virginia.
Discover how a budget-friendly permeable paving system reduced clogging and maintenance after stormwater repeatedly damaged a gravel parking lot.
When the Virginia Department of Transportation takes on its latest project, there are two big obstacles. Ferguson Waterworks works with them to stabilized pipe outfall from scouring.
Ferguson Waterworks customizes comprehensive stormwater solutions for the Lincoln Street Boat Launch. As a result, reducing erosion, preventing parking lot ponding, and improving accessibility, usability, and safety.
Learn how a micro-bioretention stormwater system qualified for a grant by serving as both stormwater management and an interactive educational tool.
During a utility expansion project, the city of Cape Coral, FL implements new stormwater biofiltration solutions in order to remove nitrogen and phosphorus from runoff.
Discover what steps were taken by the city of Norfolk, VA, to reduce flooding events impacting two historic neighborhoods in a watershed area.
Ferguson provides design assistance to reduce stone fill and enhance subgrade stabilization for the container yard
