The new Central Utility Plant (CUP) at Los Angeles International Airport (LAX) reached a major construction milestone when construction workers placed the final structural steel beam atop the building’s frame on January 24, 2012. Currently on schedule for construction completion in summer 2014, the $438 million (development cost) design-build project is being built by Clark/McCarthy, A Joint Venture.
In just four weeks, construction workers from Schuff Steel used a Manitowoc 999 Lattice-boom crawler crane with a reach of 140 feet to erect 1,400 tons of structural steel, creating the frame for the new CUP. An audience of approximately 300 project stakeholders and construction workers celebrated the ‘topping out’ during a ceremony held near the construction site. As a part of the event, attendees signed the final I-beam adorned with an American flag and an evergreen tree. The beam was then lifted 75 feet high and attached to the top of the structure. he tree represents growth, life and good luck for the construction workers and the building’s future occupants. The flag is displayed as a patriotic symbol that signifies the united effort by the project team to achieve a common goal.
The 70,000-square-foot facility has a steel frame that weighs in excess of 1,400 tons, or 40 pounds per square foot—about 30% higher than an OSHPD hospital in California.
The new CUP is being built to replace the existing 50-year old facility with a modern; state-of-the-art, computer managed utility plant providing enhanced passenger comfort and reliability of utility service and safety within the newly renovated modernized terminals at LAX. The existing CUP will service the airport throughout construction. Upon project completion, the replacement will be brought on-line and the old CUP will be decommissioned and demolished.
Serving as general contractor for the project, Clark/McCarthy’s contract includes demolition of the existing 50-year-old CUP as well as construction of a new 64,000-square-foot, steel-framed replacement CUP with a 20,000-ton cooling capacity. The project also entails the installation of associated equipment, such as a stand-by boiler, primary and secondary chilled water pumps, cooling towers, electrical systems and switchgear.
A new maintenance shop and offices and an above-grade thermal energy storage tank with capacity for 1.6 million gallons of water and 15,500 ton-hours of cooling is also being built. Other work includes: replacement of approximately 18 miles of pipe and duct bank that service the entire Central Terminal Area (CTA) with utility distribution, electrical and communications systems as well as reclaimed water, fire water and potable water systems; installation of several miles of new distribution piping throughout the CTA and beneath existing main entrance roadways throughout the airport; and an upgrade of pump rooms and air handling equipment in 21 different locations within all terminals, administrative buildings and the LAX Theme Building.
Systems and their components for the new CUP were designed and constructed to achieve LEED Silver certification from the U.S. Green Building Council.
Clark/McCarthy, A Joint Venture is a joint venture between Clark Construction Group and McCarthy Building Companies. Additional project partners include: Gruen Associates, Los Angeles, architect; Arup, Los Angeles, mechanical, electrical, plumbing, structural, and commissioning engineer; Capital Engineering Consultants, Rancho Cordova, Calif., mechanical consultant; Greenform, Los Angeles, sustainability consultant; and PID Engineering, San Diego, cogeneration consultant. BD+C
Related Stories
| Sep 7, 2011
Administration, Maintenance and Operations Facility in South Bend achieves LEED Platinum
The facility achieved 52 LEED points, including those for site selection, energy, materials and resources and innovation.
| Sep 6, 2011
Construction on Beijing's tallest building starts next week
The 108 floor mixed-use skyscraper consists of offices, apartments, hotels and shopping malls on the lower floors.
| Aug 31, 2011
Sebastopol, Cailf., invites designers to submit ideas for renewing city center
The goal of The Core Project is to explore how the physical presence of Sebastopol can become a more economically thriving and aesthetically vibrant place, reflecting the naturally beauty of the region and the character of the community.
| Aug 31, 2011
Wythe Confectionary renovation in Brooklyn completed
Renovation retains architectural heritage while reflecting a modern urban lifestyle.
| Aug 24, 2011
Deadline Extended: 2012 "Best AEC Firms to Work For” Awards
We’re looking for firms that create truly positive workplaces for their AEC professionals and support staff. In other words, this awards program will recognize those AEC firms that nurture and develop their most valuable asset—their people.
| Aug 23, 2011
Acoustical design education model
Pass this exam and earn 1.0 AIA/CES Discovery learning units. You must go to www.BDCnetwork.com/EnhancedAcousticalDesign to take this exam.
| Aug 19, 2011
Thought Leader: Boyd R. Zoccola, chair and chief elected officer of BOMA International
Boyd R. Zoccola is Chair and Chief Elected Officer of BOMA International. A BOMA member since 1994, he has served on the Executive, Finance, Investment, and Medical/Healthcare Facilities Committees. An Indiana Real Estate Principal Broker and a board member of the Real Estate Round Table, he is Executive Vice President of Hokanson Companies, Inc., of Indianapolis, and has been involved in the development of $600 million worth of real estate. On a volunteer basis, Zoccola was president of Horizon House and a board member of Girls, Inc. He holds a BA in biology from Indiana University.
| Aug 19, 2011
How and why AEC professionals choose flooring systems
Design and construction professionals who completed our flooring survey had strong opinions about their preferred flooring type.
| Aug 19, 2011
Underfloor air distribution, how to get the details right
Our experts provide solid advice on the correct way to design and construct underfloor air distribution systems, to yield significant energy savings.