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Gensco Logistics Center

Mar 31
2 min read

Location: Salem, Oregon

Award: Architectural


Project Team

Owner: Gensco

Contractor: Perlo Construction

Architect and Structural Engineer: McKenzie

Concrete: RiverBend Materials, CRH

Slag Cement: Ash Grove Cement



Located in Salem, Oregon, the Gensco Logistics Center is a 55 million dollar facility designed to support growing HVAC and manufacturing operations throughout the Pacific Northwest. This massive project required 22,000 cubic yards of ready-mix concrete to create a reliable and high-capacity distribution hub.

For the structural elements, including the tilt panels, columns, and exterior aprons, the team utilized a combination of limestone cement and a 20 percent slag cement replacement. Because much of the tilt panel and exterior work was performed during the warmer summer months, the slag cement played a vital role in managing the logistics of the build. It helped slow the set time, providing the crews with a more manageable window for placement and a smoother finishing process in the heat.

By integrating slag cement, RiverBend Materials was able to balance the practical needs of contractors and finishers with a clear focus on reducing the project’s carbon footprint. The result is a durable and sustainable logistics center that met every strength and aesthetic requirement, proving that slag cement is an essential tool for large-scale industrial projects in any season.


Application Type

Application Type


% Slag Cement Replacement

20%

% Portland Cement


% Portland Limestone Cement

8%

% Other SCM (if applicable)


Aggregate

Interior SOG – 1.5” Round; ¾” Round on all other applications

Water/cement ratio

Footings & Grade Beams – 0.50

COMD, Curb & Sidewalk – 0.48

Tilt Panels & Columns, Exterior Aprons, Dolly Pads – 0.46

Int SOG – 0.44

Retaining Walls – 0.42

7-day strengths

Footings & Grade Beams – 3300psi

COMD, Curb & Sidewalk – 3400psi

Tilt Panels & Columns, Exterior Aprons, Dolly Pads – 4300psi

Int SOG – 5000psi

Retaining Walls – 3800psi

28-day strengths

Footings & Grade Beams – 5500psi

COMD, Curb & Sidewalk – 5800psi

Tilt Panels & Columns, Exterior Aprons, Dolly Pads – 6700psi

Int SOG – 6600psi

Retaining Walls – 5800psi


4 Comments


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Sep 20

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Interesting case study, especially the 20% slag cement replacement and how it helped manage set time during the warmer months. The detailed strength and water-cement ratio data also makes the project easier to understand from a practical perspective. With more construction teams using technology for research and project planning, AI Product List can also be useful for discovering AI tools that help with documentation, research, and other business workflows.

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614tori
Sep 08

I’m curious how the slag cement mix handled Salem’s wet winters during construction—did it slow curing or cause any finishing challenges on a logistics floor? That practical trade-off is something I’d love to see discussed more in case studies like this.


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Wow, the Gensco Logistics Center sounds impressive—55 million dollars and 22,000 cubic yards of concrete! It’s amazing how big projects come together. Speaking of big transformations, I love using ai image editor to tweak my site photos quickly.

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