Brice installed 14 new GFE (Government Furnished Equipment) USA Coil Air-cooled Heat Exchanger (ACHE) systems and associated piping, control valves, wiring and sensors that will eventually replace the legacy ACHES at Eareckson Air Station (EAS). The ACHEs are installed as part of the radar cooling system. Brice designed the plumbing and electrical systems for the Read More
Construction
Load Bank Purchase and Installation, Eareckson Air Station, Alaska
Brice purchased and installed a 5 MW load bank to be used in the proof loading of the power plant’s engine/generators at Eareckson Air Station (EAS) after a major repair or engine overhaul. We connected the load bank to the active power plant located in Building 3049. Brice purchased a load bank from ASCO that Read More
NEXION System Installation at Eareckson Air Station, Alaska
In support of Northrop Grumman (NG) Mission Systems (NGMS), Brice installed a new Next Generation Ionosonde (NEXION) system at Eareckson Air Station (EAS), in Shemya, Alaska. The NEXION system monitors the ionosphere and its effect on radar communication systems. We installed the system consisting of a 101’ transmit antenna tower, an array of four receive Read More
Water Distribution System, Wake Island Airfield
Brice is performing the design-build construction of the Water Distribution System on Wake Island. The water distribution had been deteriorating after years of use and from the salt corrosion typical of island environments. Our design work consisted of the review of a 100% design provided by the client. Working with our engineer of record, we Read More
Missile Defense Agency Facilities, Wake Island Airfield
Brice performed the construction and renovation of five MDA buildings located on Wake Island including construction of a 2,000 square-foot Flight Test Communications Facility and the Peacock Point Communications Terminal Facility, and the modernization/upgrade of Building 1607 (Storage Building), 1615 and 1654 (Missile Storage Buildings). The new Flight Test Communications Facility will house flight test Read More
Solar Array Site/Civil Services, Wake Island Airfield
Brice is performing site civil work in support of Wood PLC’s prime contract to upgrade electrical infrastructure and install a 750-kilowatt solar array on Wake Island Airfield. Specifically, Brice is installing 2-3 miles of new primary conduit, up to ½ mile of secondary conduit, and 208 vaults and pads. We will also establish a 39-person Read More
Design-Build Construction, Wake Island Airfield
Brice is performing the design build reconstruction of the Building 1503 Emergency Generator Building, and repair of two buildings (Buildings 1502 Terminal Building and 1104 Dining Facility) located on Wake Island. The buildings were deteriorating after years of use and from salt corrosion typical of island environments. Our design work consisted of the review of Read More
Fuel Pier Facility Repair, Eareckson Air Station, Shemya Island, Alaska
Brice performed a design-build project at Eareckson Air Station (EAS) fuel pier to ensure that vital fuel and supplies could be safely offloaded on Shemya Island. EAS serves as an Air Force refueling station as well as an intercontinental emergency landing strip for commercial air traffic crossing the Pacific Ocean. The EAS fuel pier was Read More
Storm Damage Repairs, Eareckson Air Station, Shemya Island, Alaska
Brice performed the design-build of five storm damaged facilities at Eareckson Air Station (EAS) on the remote island of Shemya, located at the western end of the Aleutian Island chain, approximately 1,500 air miles southwest of Anchorage, Alaska. Our scope of work included: replacement of roofing systems on three buildings (POL, Communications, and Hangar 6), Read More
Repair Power Plant Siding, Eareckson Air Station, Shemya Island, Alaska
Brice performed construction and engineering at Eareckson Air Station (EAS) on Shemya Island, Alaska, to repair dilapidated siding on the Power Plant (Building 3049). Bldg. 3049 is the sole source of primary power for EAS. The siding on the power plant is comprised of two layers of corrugated steel with batt insulation in between. The Read More