Kiewit, one of the largest transportation contractors in North America, constructs and upgrades interstate; highways and bridges; rail lines and rail yards; urban mass transit systems; and airport runways, taxiways and associated facilities. Kiewit’s capabilities are reinforced by one of the largest privately-owned fleets of construction equipment in North America, which enables the company to rapidly mobilize the necessary resources for any project. Engineering News-Record (ENR) consistently ranks Kiewit among the top transportation contractors in the United States. In 2015, Kiewit was ranked the No. 2 contractor in transportation, as well as No. 2 in bridges and mass rail, and No. 3 in highways. During the past 10 years, Kiewit constructed 1,000 transportation projects totaling nearly $30 billion in contract revenue. About 70 percent of these projects were delivered using negotiated procurement methods, including best value and A+B bids.
Due to the long history of rockslides and land slippage, Kiewit constructed tunnels to bypass the Devil's Slide portion of Route 1 so motorists can avoid these major slide areas. Using the New Austrian Tunneling Method, which relies on inherent rock strength for support, crews constructed the tunnels through granitic, sandstone and shale formations. The tunnels are approximately 4,100 feet long, 30 feet wide, 22 feet high and 60 feet apart.
The Union Station Transit Improvement Project is transforming Denver's historic Union Station into a regional multi-modal transportation hub. The 19.5 acre, $374 million project is located in downtown Denver and includes an underground bus terminal (23 FT below grade) containing 22 bus slips; 40,000-square-foot underground passenger concourse; eight-track commuter rail station; and the relocation of the existing light rail station.
The vivaNext - H3 Project is part of York Region Rapid Transit Corporation's plan for the next generation of rapid transit. The project includes the construction of rapidways — dedicated centre bus lanes — and 22 state-of-the-art station platforms. The 6.4-kilometre project will transform the Highway 7 corridor into a visually appealing and pedestrian-friendly environment.
This $28.4 million project to construct three new buildings at Hickman Air Force Base included a flight simulator facility, squadron operations facility and consolidated maintenance complex. The 14-month project included extensive environmental conservation measures to protect land, water, wildlife and air resources.
The Central Artery/Tunnel has the capacity to carry 250,000 daily vehicles. To ensure the safety of motorists, crews installed a system-wide security system that includes perimeter video surveillance, an access control system, an instruction detection system, a security operator console, motion detection and telephone communication.
This $6.2 million new berthing facility completed ahead of schedule was the first design-build pier completed in the U.S. Navy's history. Work included a temporary mooring, relocation of the Acoustic Testing Facility, and demolition of two timber piers and the fixed boathouse.
The U.S. Army Corps of Engineers awarded Kiewit an $20 million project to remove and rebuild the existing east and west breakwaters as well as dredge the navigational channel of Kikiaola Light Draft Harbor on the island of Kauai, Hawaii. A mining excavator with state-of-the art GPS technology is used to set stone for breakwater and excavate the existing jetty.
The passenger tunnel at Dulles International Airport allows travelers to move more efficiently through the fast-growing airport. Kiewit excavated the tunnel under a live taxiway using New Austrian Tunneling Method. The completed tunnel is lined with PVC waterproofing and reinforced cast-in-place concrete and is equipped with escalators and moving walkways.
Constructed for the U.S. Army Corps of Engineers, these aircraft weather shelters feature drive-through aircraft bays with mechanical/electrical support, tool storage, and administration areas. The 63-foot by 70-foot bays are separated by concrete “blast walls” containing all equipment needed for missile loading, fueling, and normal maintenance operations.