County Administration North – Building 14
The County Administration North Building 14 in Santa Ana, CA, showcases advanced precast solutions that blend modern design with sustainability. With 63,000 square feet of Thinshell and Architectural Precast panels, this project, adjacent to Building 16, highlights Willis Construction’s expertise in creating durable and energy-efficient civic structures. The integral-colored precast concrete, designed to replicate historic sandstone, and innovative insulation methods contribute to both the building’s aesthetic appeal and environmental performance, setting a new standard for civic architecture in Orange County.
County Administration South – Building 16
The County Administration South Building 16 in Santa Ana, CA, is a prime example of innovative and sustainable design. Featuring 56,890 square feet of Thinshell and Architectural Precast panels, the building was completed five months ahead of schedule, showcasing Willis Construction’s commitment to efficiency and quality. The integral-colored precast panels emulate the rich red hue of historic sandstone, providing a timeless aesthetic while adhering to budget constraints. Enhanced energy efficiency was achieved through the application of spray foam insulation at the plant, contributing to the building’s LEED Silver rating and reducing energy use by 76%. This project won the 2021 PCI National Award for Sustainable Design, underscoring its excellence in design and execution.
One Hawthorne
One Hawthorne in San Francisco showcases the seamless integration of Architectural Precast and Limestone on Precast Back-Up. Designed by EHDD and constructed by Webcor, this project exemplifies the durability, aesthetic appeal, and efficiency of precast concrete solutions.
Omni Hotel
The Omni Hotel in San Francisco, CA, stands as a testament to the elegance and durability of Architectural Precast. Designed by Patri Merker Architects and built by Webcor Builders, this project highlights the benefits of using precast concrete to achieve a sophisticated and timeless design.
Fairmont Hotel Towers
The Fairmont Hotel Towers in San Jose, CA, exemplifies the cutting-edge application of Glass Fiber Reinforced Concrete (GFRC) in high-rise construction. This project, designed by Gensler and Moore Ruble Yudell Architects & Planners, and built by Devcon Construction, showcases the strength, versatility, and aesthetic benefits of GFRC.
USC Parkside International Residential College
USC Parkside International Residential College in Los Angeles, CA, showcases the innovative application of Glass Fiber Reinforced Concrete (GFRC) in modern educational facilities. Designed by Cannon Design and built by Benchmark Contractors, Inc., this project highlights the flexibility, durability, and aesthetic potential of GFRC.
360 South Market Residences
360 South Market Residences in San Jose, CA, exemplifies the superior application of Glass Fiber Reinforced Concrete (GFRC) in modern residential construction. Designed by Solomon Cordwell Buenz and built by Bovis Lend Lease, this project showcases the strength, flexibility, and aesthetic potential of GFRC.
Tamian Place
Tamian Place in San Jose, CA, showcases the innovative application of Glass Fiber Reinforced Concrete (GFRC) in modern construction. Designed and built by Barry Swenson Builders, this project highlights the versatility and durability of GFRC, setting a new standard for architectural excellence.
Central Place
Central Place in San Jose, CA, is a testament to the innovative use of Architectural Precast in modern construction. Designed by SB Architects and built by Webcor Builders, this project highlights the versatility and durability of precast concrete in creating visually stunning and structurally sound urban developments.
Park Terrace at Mission Bay
Park Terrace at Mission Bay in San Francisco, CA, exemplifies the superior application of Glass Fiber Reinforced Concrete (GFRC) in urban residential architecture. Designed by McLarand Vasquez Emsiek & Partners and Opus Architects and Engineers, and constructed by OWR Construction, Inc, this project showcases the versatility and efficiency of GFRC.