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Hal Hays Construction, Inc. Earns 2013 Gold STEP Safety Award

FOR IMMEDIATE RELEASE: September 25, 2013

Hal Hays Construction, Inc. Earns 2013 Gold STEP Safety Award


Riverside, CA – September 25, 2013 – For the fifth consecutive year, HHCI earned the Gold Safety Training and Evaluation Process (STEP) Award from Associated Builders and Contractors, Inc.’s (ABC) Southern California Chapter. The STEP award program provides an organized approach to analyze and further develop safety and loss prevention programs and provides a vital, objective method to measure safety program improvements. STEP award certificates are given in five categories: bronze, silver, gold, diamond, and platinum.  HHCI is an elite recipient, being one of only ten companies to receive a STEP award from the Chapter.

step awardABC is the voice of the Merit Shop in the Construction Industry. ABC is the only national association devoted exclusively to this merit shop philosophy, which aims to provide the best management techniques, finest craftsmanship, and most competitive bidding and pricing strategies.

HHCI’s commitment to safety in the workplace dates back to more than 22years ago, when Hal Hays first founded the firm in 1991. For more on safety awards earned at HHCI, please visit www.halhays.com.

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Hal Hays Construction, Inc. Awarded $1.5M Navy Design Build Schoeffel Field Project

FOR IMMEDIATE RELEASE: September 16, 2013

Hal Hays Construction, Inc. Awarded $1.5M Navy Design Build Schoeffel Field Project


Riverside, CA – September 16, 2013 – Hal Hays Construction Inc. (HHCI) earned award of the Design Build Schoeffel Field Project at Naval Air Weapons Station China Lake, CA for the US Navy. This $1.5 million project includes design and construction for an athletic grade artificial turf and irrigation system.

naws sealThe 154,000 square foot multi-sport field provides softball, soccer, and football areas for NAWS China Lake. The overall project will include incorporation of Low Impact Development, improving the efficiency and sustainability of the existing field.

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