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.
To decrease the cost of hydroelectric power and increase the demand for service, Kiewit completed this bid-build contract to expand the Healey Falls Generating Station. Located about 15 kilometers north of Campbellford, the generating station includes a new unit in a spare bay inside the existing hydroelectric power plant once complete.
Kiewit completed this design-build contract to engineer, procure, construct and commission the new 600 MW simple cycle power plant at Haynes Generating Station with six GE LMS100s. The project eliminated the use of ocean water for cooling.
Kiewit was awarded the contract to engineer, procure and construct a nominal 300 MW 1x1 combined cycle plant and a nominal 200 MW 2x0 simple cycle plant to replace the existing steam boiler Unit 3, which will be decommissioned after the new units are in service. Equipment includes a GE 7FA.05 CTG, GE A14 STG, Vogt triple pressure HRSG, air-cooled condenser and two GE LMS 100 CTGs. The combined cycle plant will utilize the GE Rapid Response power train capability.
Ontario Power Generation (OPG) awarded Kiewit-Alarie, a Partnership (KAP), the design-build contract for the redevelopment of the Wawaitin, Sandy Falls and Lower Sturgeon hydroelectric Generating Stations (GS) on the Upper Mattagami River and the Hound Chute GS on the Montreal River.
Kiewit teamed with the owner early in the Langley Gulch Power Plant development to create a baseline, self-build proposal that was evaluated against outside competitors. Kiewit worked closely with the owner to develop a cost-competitive project.
Using an innovative approach, the project team chose to reuse existing ESP steel for the J.T. Deely Unit 2 SCR Retrofit Project instead of opting for demolition. This decision reduced the project construction schedule while minimizing disruption to plant operations.
The Kiewit team engineered, procured and constructed the 800 MW natural gas-fired facility with four 200 MW Siemens 5000F(4) simple cycle units and selective catalytic reduction (SCR), oxidation catalysts, exhaust gas-tempering air fan systems and three fuel gas compressors.
The Woodbridge Energy Center (WEC) is a 700-megawatt gas-fired power plant located on the site of an abandoned chemical plant. It will generate enough electricity to power more than 600,000 homes while increasing grid reliability. In an effort to stay eco-friendly, as well as cutting edge, the facility will use the most advanced generation technology today and, when complete, WEC will be one of the nation’s cleanest and most efficient generation stations.
Working in a limited space with a five-week outage duration, the Kiewit team engineered, procured, constructed and performed startup of the air quality control system to tie it into Brayton Point’s Unit 3 at New England’s largest fossil fuel-fired power station.