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SCA

SLAG CEMENT ASSOCIATION ANNOUNCES RECORD-BREAKING SHIPMENTS IN 2025 SCA HOSTS 2026 SLAG CEMENT SCHOOL IN WILMINGTON, DELAWARE SCA ANNOUNCES 2025 SLAG CEMENT IN SUSTAINABLE CONCRETE AWARD WINNERS Old Dominion Freight Facility Exterior Pavement Principio Meta AI-Designed Mix for Rosemount Data Center US 181 Harbor Bridge Replacement Project Sanford Dam Auxiliary Spillway Rogue Wind Farm NYS Thruway Authority I-90 Rehab Project State Road 249 / Port of Indiana Bridge Replacement Aquilla J. Morgan High School Gensco Logistics Center Project Heat Froedtert Hospital Blue Parking Structure McLean Boulevard REGISTRATION OPENS FOR 2026 SLAG CEMENT SCHOOL IN WILMINGTON, DE THE SLAG CEMENT ASSOCIATION ANNOUNCES NEXT BOARD PRESIDENT SCA HOSTS 2025 SLAG CEMENT SCHOOL IN HOUSTON, TEXAS Crossroads North Building 11 The Seattle Storm Center for Basketball Performance
Pasco Ready Mix – Spring Hill Concrete Production Facility
nickbrimley · 2026-04-04 · via SCA

Location: Spring Hill, Florida

Award: Lower Carbon Concrete

Project Team

Owner and Concrete: Pasco Ready Mix

Contractor: Green Construction & Development, Inc

Architect: Andreansky & Associates, Inc

Engineer: Environmental Engineering Consultants, Inc

Slag Cement: Quikrete Cement

Located in Spring Hill, Florida, the Pasco Ready Mix – Spring Hill Production Facility is a model of modern, environmentally friendly industrial design. Developed on a five-acre parcel, the project emphasizes sustainability through natural drainage systems and the preservation of existing landscape, all while showcasing the very products the facility was built to produce.

The facility was constructed using a 50/50 ratio of type 1L cement and slag cement, serving as a real-world billboard for the newest low-carbon concrete technologies. In addition to its environmental benefits, the slag-enhanced mix was chosen for its superior pumpability and workability, allowing the team to maintain high slumps for efficient placement.

The structural demands of this site were immense. The base pads had to support 225-ton silos and withstand the daily wear of heavy vehicles and equipment. Thanks to the early strength gain provided by the slag cement, the crew was able to begin setting equipment on the pads much sooner than expected. In fact, once the base pad was complete, the plant was positioned by driving four tractor-trailer loads directly over the slab, eliminating the need for expensive crane time.

The project also offers a unique aesthetic benefit. The slag-integrated pads illuminate beautifully under property lights, creating a bright, highly visible, and safe work surface. The Pasco facility proves that slag cement is not just a building material, but a high-performance tool that improves construction speed, durability, and site safety.

Application Type

Application Type

Concrete Plant Base Pad – 4000 PSI (410 yards)

% Slag Cement Replacement

50% - 305 lbs/yd

% Portland Cement

% Portland Limestone Cement

50% - 305 lbs/yd

% Other SCM (if applicable)

Aggregate

#57 Concrete Limestone – 1638 lbs/yd & Washed Sand – 1253 lbs/yd

Water/cement ratio

0.45

7-day strengths

4178 PSI

28-day strengths

5517 PSI