Stantec (NYSE: STN) wins US$150M role in US$1.2B Charleston coastal program
Rhea-AI Filing Summary
Stantec Inc. reports that a joint venture with Johnson, Mirmiran and Thompson has been awarded a US$150 million contract by the U.S. Army Corps of Engineers, Charleston District, to design coastal storm risk management infrastructure on Charleston’s peninsula.
The team will design more than eight miles of integrated coastal infrastructure, including storm surge barriers, floodwalls, levees, pump stations, gate structures, and nature-based features such as living shorelines and oyster reefs, within a program totaling US$1.2 billion. The work is intended to enhance public safety and preserve Charleston’s historic character for over 40,000 residents. The company notes that statements about this and other initiatives are forward-looking and subject to risks and uncertainties.
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Key Figures
Joint venture contract value: US$150 million
Total program value: US$1.2 billion
Coastal infrastructure length: more than eight miles
+2 more
5 metrics
Joint venture contract value
US$150 million
Contract from U.S. Army Corps of Engineers, Charleston District, for design work
Total program value
US$1.2 billion
Overall value of the Charleston coastal storm risk management program
Coastal infrastructure length
more than eight miles
Integrated coastal infrastructure across Charleston’s waterfront
Charleston residents
more than 40,000
Full-time residents on Charleston’s peninsula benefiting from the project
Texas levee system length
26.7 miles
Length of coastal levee and floodwall system Stantec worked on near Galveston
Key Terms
coastal storm risk management, living shorelines, forward-looking statements, nature-based features, +1 more
5 terms
coastal storm risk management technical
"to design critical infrastructure supporting coastal storm risk management on the Charleston peninsula"
living shorelines technical
"Nature-based features, including living shorelines and oyster reefs, are also incorporated"
A living shoreline is a coastal erosion and flood-management approach that uses plants, natural materials, and sometimes engineered structures (like oyster reefs or coir logs) to stabilize shorelines while preserving or restoring habitat. Like a living fence made of marshes and reefs instead of concrete, it reduces wave energy and erosion and can influence permitting, government funding, and the long-term value or resilience of coastal assets — factors investors monitor around coastal development and environmental projects.
forward-looking statements regulatory
"This news release contains forward-looking statements regarding the initiatives and projects described"
Forward-looking statements are predictions or plans that companies share about what they expect to happen in the future, like estimating sales or profits. They matter because they help investors understand a company's outlook, but since they are based on guesses and assumptions, they can sometimes be wrong.
nature-based features technical
"Nature-based features, including living shorelines and oyster reefs, are also incorporated"
storm surge barriers technical
"The designs will include storm surge barriers, floodwalls and levees, pump stations"
Large, movable coastal defenses—often gates, walls, or sluices—designed to close off waterways and protect low-lying land from unusually high tides and storm-driven waves. They matter to investors because they reduce flood risk for ports, industrial sites, real estate and infrastructure, which affects asset values, operating continuity, insurance costs and public spending priorities; think of them as giant shutters a coastline can pull closed during a storm.
AI-generated analysis. How Rhea-AI works. Not financial advice.
FAQ
What contract did Stantec (STN) announce in this Form 6-K?
Stantec announced a US$150 million joint venture contract from the U.S. Army Corps of Engineers, Charleston District. The work covers design of coastal storm risk management infrastructure on Charleston’s peninsula as part of a broader US$1.2 billion program.
What is the total program value of the Charleston project for Stantec (STN)?
The Charleston coastal storm risk management program has a total value of US$1.2 billion. Within this program, Stantec’s joint venture will design more than eight miles of integrated coastal infrastructure along the city’s waterfront, including surge barriers, levees, and pump stations.
What type of infrastructure will Stantec (STN) design for Charleston’s coastal project?
Stantec’s joint venture will design over eight miles of coastal infrastructure, including storm surge barriers, floodwalls and levees, pump stations, and multiple gate structures. Nature-based elements like living shorelines and oyster reefs are also included to support long-term performance and environmental function.
Who is partnering with Stantec (STN) on the USACE Charleston project?
Stantec is partnering with Johnson, Mirmiran and Thompson (JMT) in a joint venture. Together, they will lead design of coastal storm risk management infrastructure for the Charleston peninsula under a US$150 million contract awarded by the U.S. Army Corps of Engineers, Charleston District.
How does the Charleston project relate to Stantec’s (STN) past coastal work?
Stantec cites experience on major U.S. coastal storm risk management programs, including New Orleans’ Permanent Canal Closures and Pumps, adaptive designs for New York City’s Battery waterfront, and a 26.7-mile coastal levee and floodwall system near Galveston, Texas, after Hurricane Harvey.
What forward-looking risks does Stantec (STN) highlight about this coastal project?
Stantec states that descriptions of the Charleston initiative are forward-looking statements, based on assumptions and subject to risks and uncertainties. It notes that initiatives and projects may be delayed, cancelled, suspended, or terminated, which could cause future results to differ materially.