Power
Power
Paradise Combined-Cycle Plant
Drakesboro, Ky.
As part of its commitment to expand fuel diversity, Tennessee Valley Authority replaced its two oldest coal-fired units at the Paradise Fossil Plant with a natural gas-fired power plant. Kiewit was selected as the EPC contractor for the new 3x1 combined-cycle facility, which now generates 1,100 MW of power.
Antelope Station Grid Switching Expansion Project
Abernathy, Texas
The Antelope Station Grid Switching Expansion Project will allow an existing generating station to switch between the SPP and ERCOT grid systems. Kiewit Engineering and Design is designing the switch to a grid configuration consisting of a single-breaker, double-bus.
Lower Mattagami River
Kapuskasing, Ontario
The Lower Mattagami River Project is an investment into clean, renewable energy. It is the largest hydroelectric power generation initiative in nearly 40 years in Northern Ontario. Ontario Power Generation (OPG) selected Kiewit-Alarie, a Partnership (KAP) to administer the design-build project on the Mattagami River
PSEG- Northeast Grid Reliability Project: Kingsland- Hudson
Kearny, N.J.
The project included the design and construction of transmission structure foundations, including upgrading and converting existing 138kV to 230kV with new structures, power conductors and OPGW. The project also incorporated the demolition and reinforcement of existing 138kV structures.
Exergy Kauai Island Utility Cooperative Battery Storage Project
Kauai, Hawaii
Kiewit developed a1.6 MW battery energy storage system (BESS) located in Kauai, Hawaii. Project scope included site design and system interconnection. The Kiewit team worked with the battery and PCS OEMs to streamline integration efforts ensuring adequacy of the overall design and that safety requirements of the local codes were met. Factory Acceptance Testing of the battery was performed at the PCS OEMs facility prior to shipment to site.
Cartier Wind Energy
Matane, Qué.
A Kiewit-led partnership completed its last phase of a six year contract with Cartier Wind Energy by erecting the last of a total of 354 GE 1.5MW SLE windmills, scattered throughout 4 different wind farms in the Gaspésie region: Baie-des-Sables, Anse-Ã -Valleau, Carleton and Gros-Morne.
Homer City Units 1 & 2 AQCS Project
Homer City, Pa.
The Kiewit team consisting of partners from Eastern District, Kiewit Power Constructors, Kiewit Power Engineers, and Mass Electric was awarded the contract to engineer, procure, construct, and start up the Homer City AQCS Project Units 1&2.
Allen Combined-Cycle Plant
Memphis, Tenn.
Located 5 miles southwest of downtown Memphis, the Allen Combined-Cycle Plant is a 1,100 MW natural gas-fired power plant that replaces Tennessee Valley Authority’s (TVA) almost 60-year-old Allen Fossil Plant. Kiewit was the EPC contractor for the new 2x1 combined-cycle facility, which features two GE 7HA.02 combustion turbines and a Toshiba steam turbine.
Rutherford Creek Power Project
Pemberton, B.C.
This 50-megawatt (MW) hydroelectric plant produces a non-consumptive, non-polluting and renewable form of energy for some 7,000 households. Built under an engineer-procure-construct contract, Kiewit completed the project with minimal impacts to the surrounding landscape.
PSEG- Bergen- Linden Corridor Overhead Transmission
Ridgefield, N.J.
PSE&G selected KHMA, a joint venture comprised of Kiewit Power Constructors, Henkels & McCoy, and Aldridge Electric, to construct the Bergen-Linden Corridor Overhead project. Designed to replace the existing double circuit 138kV transmission system from Bergen to Linden with a double circuit 345kV transmission system, the project will eliminate electric system capacity issues in northern New Jersey and provide better power quality in the region. PJM Interconnection determined the new transmission system was necessary to ensure reliable electric service, eliminate anticipated transmission constraints, and respond to PJM/Federal Energy Regulatory Commission (FERC) mandated infrastructure expansion. The KHMA team is responsible for removing the existing transmission lines and lattice structures, clearing, temporary access roads and bridges, erosion and sedimentation controls, foundation installation (drilled piers and vibratory caissons), steel pole erection, hardware and insulator installation, conductor, shield wire stringing, and fiber optic splicing.
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