Public Projects

In general, the project consists of demolition and remodeling of 5500sf of existing kitchen and bathrooms into new offices, conference rooms, and bathrooms. This includes finish upgrades and related work to mechanical, electrical, and plumbing.

In general, the work consists of: Interior renovation to 9,100 square feet. Demolition of drywall partitions with doors and hollow metal frames. Other work includes plywood monitor mounts, removal and reinstallation of plastic laminate casework with modifications, acoustic ceiling system modifications to accommodate new layout and access work above ceiling. Partitions are metal stud and drywall with wood doors in hollow metal frames with glass lites. Finish work includes wall base, carpet tiles, corner guards, casework modifications, and ceiling tiles. Electrical removal and installation of power and data sensors to accommodate renovation layout. Ceiling work includes removal and reinstallation or new light fixtures, exit lights, occupancy sensors, fire alarms, smoke detectors. Mechanical work includes duct and piping modifications, new VAVs equipment, relocation or new supply diffusers and return grilles. Fire protection work is piping modifications, removal and relocation of sprinkler heads, new sprinkler heads to accommodate renovation layout.

In general, the work consists of: replacing approximately 1000 lineal feet of underground steam and pumped condensate lines and four new steam pits. Steam and pumped condensate laterals to Champions Hall, Science Building, and CPS will be upgraded. Install approximately 1200 lineal feet of primary and signal duct bank along side existing duct bank distribution system. Extend existing underground chilled water distribution system for approximately 900 lineal feet, upgrade chilled water lateral to CPS.

In general, the work consists of Contractor to procure, install and commission equipment, piping and instruments as outlined in the Contract Documents to provide new utility services to support existing aseptic dairy line equipment within Room 280 of the CDR. The new aseptic equipment is existing within Room 280 of CDR but will require final placement and alignment by the Contractor within the room based upon the Contract Documents. Utility systems to be provided will include a new Reverse Osmosis System, new Culinary Steam System including feedwater tank with pumps, electric boiler, blowdown system and Culinary Steam Filter Station. Culinary Steam will be distributed through both a low pressure and high-pressure culinary steam header to the aseptic equipment. Also included is a 10ºC closed loop chilled water system with a new plate and frame heat exchanger and pump, and a hot water distribution system including a steam shell and tube heater and distribution piping. Campus steam is used as the heating source for the hot water system and the campus ice water system is used as the cooling source for the 10ºC chilled water loop. All new utility equipment will be located in the 3rd floor penthouse area, directly above Room 280 and an interstitial space in between the two areas.

The proposed CTE Center at the Roosevelt High School will host the automotive repair, small engine repair, welding, machining, construction, and automotive collision programs. The project also includes the CTE district administration, a learning commons, secure entry, and incubator classroom. Per Minnesota law, a storm shelter will be built to serve the CTE students and staff and will utilize the administration and incubator spaces. The project includes a 17,600 SF addition and 13,200 SF of renovated space located on the corners of East 40th Street and 30th Avenue South on the Roosevelt High School campus. The existing Roosevelt High School that the CTE center is attached to is 324,700 square feet.

In general, the work consists of: installation of (2) new 1400 ton electrical water cooled chillers within Central Plant along with associated cooling towers, pumps, controls, piping and miscellaneous mechanical, electrical and plumbing equipment.

In general, the work consists of: fire protection renovation in the Animal Science Building on the UW Madison campus. Work includes installing new sprinkler distribution piping and heads thoughout the building (12 floors) to provide complete building coverage. See the drawings for special sequencing requirements of this project. The GPC is responsible for plumbing work required by the project.

In general, the work consists of: renovating the existing food service dishroom, expanding food service seating area, relocating a coffee venue, and relocating a building entry vestibule. Dishroom upgrades include the installation of a high-capacity soiled dish accumulator, flight-type dish machine, and dedicated pot-and-pan washing station. Mechanical, electrical, plumbing, and fire protection work supports the dishroom upgrades, expanded seating, and relocated coffee venue and entry vestibule.

In general, the work consists of: removing two AHUs and associated exhaust fans serving the vivarium and cage wash area. Both units will be replaced with one unit that will have energy recovery coils, steam preheat coil with face and bypass dampers, chilled water cooling coil, and a HEPA final filter bank. Work to include ceiling removal and replacement, construction of an area well to the basement. Existing area well will be removed and larger area well with door and stairs down to the mechanical room will be installed.

The project consists of construction of a new elementary school building for La Crosse School District.