Building Architectural Features
-
Architectural
precast stone & glass exterior
-
Extensive
exterior window line
-
First
Class Lobby design and construction
-
Extensive
internal skylit atrium
-
Flexible
tenant layout allowing individual tenant identity entry points.
Structure
and Dimensions
Floor
Area
-
1st
floor 146,419 rentable square feet
-
2nd
floor 131,266 rentable square feet
-
3rd
floor 128,030 rentable square feet
-
Penthouse
11,850 rentable square feet
-
Total
Area - 417,565 rentable square feet
-
Three-story
steel frame structure with an exterior of architectural precast
stone, metal panels and glass.
-
Roof
mounted equipment, such as air conditioning, satellite dishes
and antennas are supported on an additional level of structural
steel dunnage to carry these loads independent of the deck
and membrane.
-
1st
floor 30 ft. x 34 ft.
-
2nd
floor 30 ft. x 34 ft.
-
3rd
floor 30 ft. x 34 ft.
Structural
Load Carrying Capacity
-
1st
floor 200 lbs. Per square foot live load
-
2nd
floor 150 lbs. Per square foot live load
-
3rd
floor 150 lbs. Per square foot live load
-
Penthouse
150-250 lbs. Per square foot live load
-
44,200
SF of rooftop structural steel dunnage
-
Accessible
by 10,000 lb freight elevator
-
Acoustic
enclosure surrounding entire dunnage area
Parking/Transportation/Logistics
Parking
& Transportation
-
Minimum 2.2 spaces per 1,000 RSF of building in surface and
underground structured parking will be provided by landlord.
- Internal
building access to the garage will be provided by elevator
- Shuttle
bus transport can be operated between the building and major
transit access points the nearby MBTA Green Line and Red Line
at Harvard Square.
Shipping/Receiving/Loading Dock
-
Building features two (2) enclosed loading docks with a waste
compactor
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Building
Mechanical Services and Utilities
Elevator
Service
-
One (1) 10,000 lb. capacity hydraulic service elevator provides
service to all three floors and will reach the roof.
- Four
(4) 3,500 lb. capacity passenger elevators provide service
to all three occupied floors.
Power
- Main Building Services
- Boston
Technology Center will receive power from Nstar Electric via
2 - Primary 15kV Customer Station / Switchgear Units.
- Each
Customer Station will accommodate 2 - 13.8kV DSS {Distribution
System Supply} lines capable of supporting 10 MVA per circuit.
Power-Base
Building/Tenant Distribution
- Three
(3) 3000 KVA unitized Substations with transformation and 4,000
amp secondary distribution switchboard will be provided.
- Three
(3) 1000 A and one (1) 2,000 A vertical bus risers or similar
distribution capacity to be determined by landlord to serve
lab/R&D users.
- A
Rooftop substation will be provided to service roof top mounted
air handling units and other equipment
Emergency
Power Back-Up
-
Building will be provided with 500 kW life safety generator.
Riser
Capacity
- Multiple
base building risers are available to support HVAC, plumbing,
power and data distribution.
Plumbing
- Core
toilet and janitor closet areas
- Domestic
water service to building with main backflow prevention
- Cold
water risers for future tenant usage
- Waste
and vent stacks for future tenant usage
- Master
planned acid waste receptors
Gas service to building with risers up to penthouse
HVAC
- The
system that has been anticipated will support r cooling by eight
(8) 500 ton evaporative cooled roofing (RTU'S) units. Each unit
will have 100,000 CFM capacity with a minimum of 65% outdoor
air capacity. Hot water heated by (3) 500 hp gas fired boilers
distributed to RTU's and capped and valved at each heater for
tenant connection.
- Gas
fired heating and electrical DX cooling package rooftop units
to heat and cool the toilet core, common areas and lobby. Toilet
exhaust system.
Disaster
Compliance
-
The entire structure will be served with a wet sprinkler system.
System may be modified with a dry preaction system supplemented
with a FM200 system.
- The
finished structure will be in compliance with local seismic,
weather and natural disaster codes.
Fiber
Connectivity
-
Situated on major fiber optic local and long haul loops.
- Multiple
providers and points of connection located in the building.
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