Overview

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Concrete

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General Trades

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Construction Services Overview

Granger employs an average of 135 union tradespeople, including laborers, carpenters, ironworkers, operators and finishers.

Concrete

Granger Construction has a track record of success and is well-known throughout the industry for our concrete capabilities, including 30 foot structural walls, supported decks, floors, site paving, curbs and gutter.

General Trades

Granger has a long history of performing a wide variety of general trade work, including rough carpentry, doors, cabinets and millwork and specialties.

Dairy Production Facility

  • Contract Value: $15.2 Million
  • Concrete: 26,500 Cubic Yards
  • Reinforcing Steel: 875 Tons
  • Flatwork: 15 Acres

Granger was selected to perform the structural concrete package for this large-scale cheese and whey production facility in Michigan. Among the unique quality standards required were the USDA food grade, no crack floors – FF-50 and FL-35. To achieve these quality standards, Granger provided an innovative strategy for maintaining slopes for drainage on large floor pours using BoMetal materials in place of traditional Bulk Head methods.

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Dairy Production Facility / Concrete Package

D.K. Shine Water Treatment Facility

  • Contract Value: $12 Million
  • Concrete: 26,000 Cubic Yards
  • Reinforcing Steel: 2,905 Tons

Granger self-performed all concrete work on a major expansion and renovation project to increase capacity for the City of Wyoming Water Plant, allowing them to reach a planned water output of 120 million gallons of water per day for between 200,000 and 210,000 Michigan residents.

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D.K. Shine Water Treatment Facility / Concrete Package

MSU Broad Art Museum

  • Contract Value: $3.3 Million
  • Scope: Self-Consolidating Concrete

Granger produced one of the first examples of self-consolidating concrete in
an architectural application in the United States when assisting Michigan State University in constructing its Broad Art Museum in East Lansing, Michigan. The project required three months of testing
and experimentation to develop the perfect material composition.

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MSU Broad Art Museum / Architectural Concrete

ProMedica Tower

  • Contract Value: $15 Million
  • Scope: 604,000 Square Feet
  • Concrete: 24,000 Cubic Yards
  • Reinforcing Steel: 1,800 Tons

Granger was selected as the concrete subcontractor for ProMedica’s high-profile, Generations of Care Tower in Toledo, Ohio. The concrete work on this project included foundations, slab on grade, slab on metal deck and eight cores for elevator and stairway shafts for a new 13-story patient tower. The eight concrete cores reached 240 feet tall, with eight foot thick mat foundations to support them. Granger utilized an innovative method involving self-climbing formwork to help construct these cores.

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ProMedica Tower / Concrete Package

Soaring Eagle Casino and Resort

  • Contract Value: $7.5 Million
  • Scope: 516 Rooms / 270,000 Square Feet

Granger was selected by Soaring Eagle Casino and Resort to complete a General Trades Package including doors, frames, hardware, casework, running trim, rough blocking and specialties. All work needed to be completed while the building maintained operations without negatively impacting the guest experience.

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Soaring Eagle Casino and Resort / General Trades Package

WMU Student Services and Dining

  • Contract Value: $14 Million
  • Scope: 165,000 Square Feet
  • Concrete: 10,000 Cubic Yards
  • Rebar: 1,400 Tons

Granger was selected by Wallbridge (CM) and Western Michigan University to perform both the structural and site concrete packages for the new Student Services and Dining Facility. The structural concrete package included foundation walls (some over 30 foot tall), three levels of supported concrete deck, retaining walls and all of the flatwork. This was also the first facility in the State of Michigan to utilize innovative bubbledeck construction for the elevated concrete decks. This method consisted of the implementation of 12 inch plastic balls in a grid formation within the 16 inch slab. Each deck consists of lightweight concrete, creating less pressure on the slab and increasing column spacing to allow more flexible design parameters.

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WMU Student Services and Dining / Structural Concrete Form