Water/Wastewater
Water/Wastewater
RM Clayton Headworks Improvement Project
Atlanta, Ga.
Kiewit received the 2018 Design-Build Institute of America (DBIA) National Award of Excellence in Water/ Wastewater. The project consisted of facility upgrades at the 240 MGD RM Clayton Water Reclamation Center—the City of Atlanta’s largest. The scope of work primarily consisted of the removal of the replacement of the coarse screening, installation of a new grit removal and dewatering systems and new flow-monitoring equipment. The project also included several upgrades and replacements to existing process equipment including the 4 bar screens, washer compactor and screenings conveyor equipment, 26 electric actuated sluice gates, various underground utilities, electrical and control upgrades and new DCS / Foxboro integration.
River Mountain Water Treatment Plant
Henderson, Nev.
Lake Mead Constructors was selected to construct this $146 million 150-mgd water treatment plant. The project later expanded to include an additional $31 million 150-mgd phase. During construction, the project team took steps to minimize impacts to the surrounding community by applying several aesthetic enhancements and establishing an on-site concrete batch plant to reduce truck traffic.
Rocky Point Pump Station
Newport Beach, Calif.
This $8 million project replaced the former Rocky Point Pump Station by constructing a new facility adjacent to its previous location. The new Rocky Point Pump Station is a wet/dry well configuration.
Robert Diemer Filtration Plant
Yorba Linda, Calif.
The $71 million Robert B. Diemer Filtration Plant project was to establish a seismically stable foundation for a new ozone generation facility. Before any production work could begin, a large amount of demolition work needed to be completed, including the existing maintenance building, fueling station, asphalt parking area and duct bank runs.
Sacramento River Water Treatment Plant
Sacramento, Calif.
The $87 million Sacramento River Water Treatment Plant expansion involves increasing the current facility's capacity by 60% to 160 million gallons per day. One of two plants that supply all of the drinking water for the City of Sacramento, the project will be finished in early 2005.
San Vicente Pump Station
San Diego, Calif.
This $70 million project called for construction of the San Vicente Pump Station with three sets of 7,000 hp pumps and motors, surge control facility, and pipelines connecting the San Vicente Pump Station, San Vicente Pipeline, Moreno Lakeside Pipeline, and the San Vicente Interconnect Pipeline. This project was part of the San Diego County Water Authority's Emergency Storage Project and received the American Society of Civil Engineers (ASCE) Outstanding Water, Wastewater & Reuse Project award in 2010.
South Bay Water Reclamation Plant
San Diego, Calif.
This $89 million project involved the construction of a 15-million-gallon-per-day water reclamation plant and process facilities for the 2.9 million people in the San Diego area. Just months after award, the client doubled the plant's capacity and selected the on-site Kiewit Pacific Co. team to handle the additional work.
Waterman Water Treatment Plant
Fairfield, Calif.
Kiewit Pacific Co. is constructing updates to the Waterman Treatment Plant originally constructed in 1974. The improvements will increase the plant's capacity from 15 million gallons per day to 30 million gallons per day. In an effort to modernize the plant, many of its facilities will be completely or partially torn down and replaced.
WPCP Reliability Improvement Project
San Jose, Calif.
Originally constructed in 1956, the Water Pollution Control Plant provides the primary treatment for 36 millions of gallons of wastewater. To improve its wet weather reliability and reduce the need to discharge untreated or under-treated wastewater into the San Francisco Bay, Kiewit Pacific Co. constructed upgrades to the plant.
Pembroke Pump Station
Hallandale, Fla.
Kiewit Southern Co. was awarded the $11 million project to design and construct the Pembroke Pump Station. The team constructed an at-grade precast panel pump station, four 40-cubic-feet-per-second pumps with 30-inch-diameter expansion joints, back-flow gates and butterfly valves that are connected to a 64-inch-diameter steel header pipe.
Quick Links
Featured Projects
