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Printer Square Apartments

Discipline:

Residential MEP Engineering

Baltimore, Maryland

Square Footage:

74,500 sq. ft.

Design of mechanical & electrical system and construction phase services for the renovation of a 60 unit residential apartment complex. Performed calculations for compliance with ASHRAE 90.1 Received the 2007 Historic Preservation Project Award from Baltimore Heritage Foundation.

Mechanical and electrical engineering services for the conversion of four existing historic buildings (a two-story fire station, three story car dealership and two, 4-story warehouses) into a 60 unit apartment building complex. Received The 2007 Historic Preservation Project Award from The Baltimore Heritage Foundation.


  • The HVAC system consisted of split gas fired air conditioning units.  The indoor upflow gas fired furnace was located in a mechanical closet  within the apartment unit and related outdoor condensing units were  located on the roof. The hallways were served by the packaged gas fired  roof top units. Common areas such as the lounge, washer/dryer rooms, elevator machine room, etc. were served by individual split air  conditioning units.


  • Some of the apartment units did not stack and careful planning and coordination took place in order to route the flue and condensate drain  piping from the gas fired furnaces through the floors and up through the   roof.


  • There were three gas meter rooms located in the basement or first floor of various buildings. The gas meters for the respective apartment  units within each building were located in the gas meter room. Individual  gas piping was routed from the gas meters to the gas fired furnace, water  heater, etc. for each apartment unit.


  • Indoor parking was provided on the first floor of the existing  four-story warehouse building. Adequate openings through the above ground  perimeter walls were provided in order to avoid the requirement to  ventilate the garage area. Floor drains were provided for the parking garage. The drain piping was extended from the floor drains into an  underground oil interceptor.


  • The plumbing design consisting of drain, vent and domestic cold and hot water piping was provided for all plumbing fixtures throughout the  apartment complex.


  • The electrical design consisted of calculations for sizing the new electrical service to the buildings and related power distribution design for individual apartment units and common areas. Designed the electrical  meter layout and coordinated the required space needed for all electrical  equipment inside the electrical rooms. Coordinated all work with the local  utility company.


  • Designed the lighting, power, communication, data and fire alarm system for each   apartment unit and all common areas.

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