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.
Indianapolis Power and Light Company (IPL) provides electric service to more than 470,000 users in the area and surrounding communities, with Petersburg and Harding Street Plants, the company’s two biggest plants, accounting for a majority of that generation. In order to meet EPA Mercury and Air Toxics Standards (MATS) compliance, IPL is retrofitting five units at these sites with new environmental control equipment.
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.
The Kiewit and Henkels & McCoy team (Kh&m) was selected to construct the New Jersey portion of the new Susquehanna to Roseland Electric Reliability Transmission Project.
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
Kiewit was awarded the contract for engineering and procurement for the Napanee Generating Station in Napanee, Ontario. The 970 MW gas-fueled facility will provide reliable on-demand power to local homes, schools and businesses as well as replace existing coal-fired power in the providence.
The Kiewit team was awarded the contract to design and install the Ghent Coal Combustion Residuals (CCR) Transport Project. Upon completion, it will condition, dewater and transport CCR from the four coal-fired boilers to a remote landfill storage. The project includes the installation of a pneumatic system for conveying fly ash, including fly ash storage silos, gypsum dewatering facility and bottom ash dewatering facility. The ash handling project incorporates a 1.8-mile overland pipe conveyor for transporting the dewatered CCR to a landfill.
Kiewit provided project development services, including: site plan drawings, heat balances, water balances, one line diagrams, and permitting support for a 200 MW simple cycle facility adjacent to a 1x1 450 MW combined cycle facility on the same site. The project aims to satisfy area demand for peaking power and variable load from renewable energy sources.
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.
A Kiewit-led joint venture completed the civil, mechanical and electrical design and construction of this $28.4 million 50-megawatt (MW) powerhouse. Throughout construction, the team emphasized the need to work toward a common goal by holding partnering sessions with project participants.