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Keurig

Core and shell and interiors engineering for a 600,000 sq. ft. corporate headquarters

SMMA

This project has all of the elements of a great one – a fantastic consulting team, lots of interesting design features, and a client whose product we really appreciate (we are dedicated coffee drinkers). This project is the new corporate headquarters of Keurig/Green Mountain Coffee Roasters.

In the first phase of the project, we developed the core MEP systems for the new building and the expansion of the existing building. The new building is six stories, with six levels of below grade parking. We are now working with the team on the interior fit-out phase of both buildings. Some of the spaces in the building include R&D labs, high-bay manufacturing, offices, and corporate/executive areas.

The schedule for the project is moving very quickly, given its size. This is only able to happen because of a great working relationship among the consulting team, which includes SMMA, Visnick & Caulfield, AEC Solutions and Gutierrez Construction.

Project Type
Interiors,
New Construction
Client
Location
Burlington, MA
Architect
Visnick & Caulfield
Square Footage
600,000

Project Services

Electrical (Infrastructure)

Designed of all or some of the following systems: incoming electrical service including switch, switchboards and main distribution, electrical riser, infrastructure for emergency generator, lighting and power drawings, exit signs and emergency lighting.

Electrical (Interiors)

Prepared electrical lighting drawings for fixture circuiting, specification and switching. Prepared power drawings with circuiting, panels, transformers, exit signs and emergency lighting.

Fire Protection (Infrastructure)

Designed of all or some of the following systems: roof mounted storage tank, sprinkler and drain risers with new rigs and tamper switches, and fire booster pump.

Fire Protection (Interiors)

Prepared drawings showing distribution piping and locations of sprinkler heads, preaction and/or FM 200 systems.

Mechanical (Infrastructure)

Designed of all or some of the following: mechanical systems: HVAC system, chiller plant, air handling units, exhaust, boiler, steam risers, control valves and steam traps, life safety generator and BMS.

Mechanical (Interiors)

Designed HVAC systems including transfer fans, environmental requirements, controls and management systems.

Plumbing (Infrastructure)

Designed of all or some of the following systems: domestic water mains, sanitary and domestic water risers, duplex pump set, house trap, and gas service.

Plumbing (Interiors)

Designed plumbing fixture locations and rough-in requirements.