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FXB Engineering MEP www.fxbinc.com

NEW HUDSON FACADES

NEW HUDSON FACADES
LINWOOD, PA

MEP engineering & FA performance design for the new construction of a 172,000 SF manufacturing & office building. 146,000 SF manufacturing/warehouse space. Two story, 26,000 SF oce space. 2,500 amp, 480/277 volt service. 400kW backup generator. New Hudson Facades specializes in the design, manufacturing, & installation of facades on world class buildings.

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FXB Engineering MEP www.fxbinc.com

LARGE BROADCASTING COMPANY

Critical Power Systems Upgrade
Purpose: To replace end of life Critical Power Infrastructure and to improve overall reliability and maintainability of critical power systems.

Highlights: Replace 800kW Rotary UPS with two (2) new redundant 1100kW UPS systems. Replace (3) 750kW generators with (3) 1500 kW generators and paralleling switchgear. Phased project to allow for one complete UPS system to be installed, tested and fully commissioned prior to removing the existing system.

Time frame & Budget:
Phase I was completed in 2012; Phase II finished in 2015. Project stayed on budget at $9.9 million.

 


 

Purpose: To replace end of life mechanical equipment for critical facility and improve overall reliability and control.Highlights: Replace air cooled chillers, pumps & complete piping systems. Three (3) new 275 ton chillers. Three (3) new wet cell cooling towers. Phased project to allow for the new chiller plant to be installed, tested and fully commissioned while the existing mechanical equipment remained in place.

Project: Completed in 2014.
Project budget: $11 million

FXB Engineering MEP www.fxbinc.com

HYATT PLACE AT DEWEY BEACH

Coming Soon

FXB Engineering MEP www.fxbinc.com

SOLAR GENERATING PLANT ST. THOMAS, USVI

FXB Engineering Announces Implementation of a Solar Generating Plant for St. Thomas, USVI that will provide up to 5% of the Islands Energy Source

FXB Engineering provides high level of reliability on VIWAPA’s transmission systems for generation resources.

FXB Engineering, a leading provider of Mechanical, Electrical, Plumbing and Fire Protection engineering services, promotes our continued engineering services provided to The Virgin Islands Water and Power Authority. “FXB implemented a new 34.5kV Gas Insulated Switchgear (GIS) substation located in the Power Distribution Center (PDC) to tie in the 5 MW of solar power into the utility companies transmission system. We are excited to be a part of this project. The newly installed solar farm will provide 4-5% of St Thomas’s current base load capacity during daylight hours. FXB provided a robust double bus 34.5kV GIS design with primary and backup protection for the transmission lines in order to maintain a high level of reliability on VIWAPA’s transmission system,” states Peter J. Bonnes, President at FXB Engineering.

The Virgin Islands Water and Power Authority and Main Street Power Company hosted the dedication ceremonies last month for the new solar power generation plant in Estate Donoe on St. Thomas. The new facility was tested and peaked at 4.2MW. WAPA chief executive officer and executive director Hugo V. Hodge, Jr. said the addition of the solar farm and a similar installation on St. Croix, which was dedicated in 2014, continues the authority’s effort to diversify its generation resources. For more information see article: Electrical Construction and Maintenance, March 12, 2015, WAPA, Main Street Power and Morgan Stanley Commission Solar Photovoltaic Project.
http://ecmweb.com/green-building/wapa-main-street-power-and-morgan-stanley-commission-solar-photovoltaic-project

FXB Engineering MEP www.fxbinc.com

BASE STATION HOTEL, TRANSIT WIRELESS

Client: Base Station Hotels, Transit Wireless, Manhattan, NY
Purpose: MEP improvements to mission critical data center.  
Highlights: Transit Wireless recently completed the build out of its wireless and Wi-Fi network in all 30 of the MTA’s underground subway stations in the borough. FXB provided MEP for 5,000 – 6,000 s.f  fit-outs for communication equipment and A&E documentation.

Project: Completed in 2012, 2014 and 2015.
Project budget: $7.4 million