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 Drug Innovation Facility
 

The DI facility is the focal point of HMR's Drug Innovation and Approval concept, a new approach to R&D that employs an overlapping value chain and clusters key competencies to leverage synergies, stimulate collaboration, and foster quality decision making. The three-story, building supports 200 researchers with 70 laboratories, an atrium, and pedestrian bridges connecting to other buildings on the campus.

A modular laboratory design, supported by service corridors for distribution and access to the building's support systems, optimizes the building's flexibility, adaptability, and maintainability. The primary frameworks of safety and flexibility are part this facility's design.

The lab design includes extensive visibility for a safety-buddy system and methods and procedures to control spills and obtain emergency treatment, if needed. Labs also have appropriate contamination control and separate material and waste handling corridors for maintenance and service. Every laboratory contains two exits, eyewashes at every sink, safety showers, ventilated weighing stations, shields on rotovaps, and carefully managed wire and supply systems.

All piped services to laboratories (compressed air, nitrogen, vacuum, natural gas, specialty gasses, hot and cold water, and deionized water) are routed through a central service corridor shared by all labs. As a result, the labs are served without exposed piping to the lab below. To enhance safety and ease of operation, services, materials, gas cylinders, and chemical waste are separated from the offices and staff.

A high degree of flexibility allows for lab interchangeability among various functions including biotechnology, chemistry, robotics, and instrumentation. Movable benches supported by modular services are a direct response to the researchers' need for easy-to-rearrange work areas and equipment, easy-to-access services, as well as flexibility and adaptability for future changes. Abundant natural daylight and artificial (direct and indirect) lighting provide a glare-free environment.

The open floor plan provides a flexible team-based community environment. It also allows easy adaptation to changing technologies and processes. Identical lab modules of 11' x 29' 7" and office modules of 11' x 9' 4" facilitate flexibility for the interchanging of staff and functions.

The DI building is a two-wing configuration with scientist and administrative offices at the perimeter. A glazed, looped personnel corridor allows visual access into the lab modules that connect to a central service corridor. At the junction of the two wings is a central, skylighted interaction hub that houses an open stairwell, elevators, kitchenettes, copy centers, a break room, a conference center, and rest rooms. All built spaces and functional flows are designed to enhance interaction, efficiency, productivity, and creativity.

The new building is part of a larger $65-million project which includes an upgrade to the central utility plant and renovation of 80,000 sf in three existing DI laboratory buildings.




Project Information
Building Owner: Hoechst Marion Roussel
Building Location: Bridgewater, NJ UNITED STATES
Project Type: New Construction,Renovation
Principal Building Function: R&D (biotechnology, chemistry, robotics, and instrumentation)
Project Delivery Method: Fast Track
Project Timeline
Mar 1996Planning Start
Apr 1996Design Start
Sep 1996Construction Start
Jul 1998Target Completion
Project Cost: $40,200,000
Construction Cost: $37,800,000
Cost Per Sq. Ft: $288
About These Cost Figures
Building Information
Project Includes: Biotechnology
Conference Room
Education: Administration
Laboratory: Research
R&D
Robotics
Total GSF: 153,100
Total NSF: 91,860
Efficiency: 60%
Building Population: 200
Building Services: Compressed air, nitrogen, vacuum, natural gas, specialty gasses, hot and cold water, steam, process chilled water, and deionized water
Special Equip: NMR room, automated compound library, BL-3 lab, autoclaves
Office Size: 11' x 9' 4 NSF
Power Req: 22w/gsf Lighting: 3w/gsf Equipment: 19w/gsf
HVAC Req: 1.76 cfm/nsf
Structure/Foundation: Braced-frame steel with concrete spread footings
Laboratory Parameters
Lab Module: 11' x 29' 7
Casework Mat'l: Steel with epoxy tops, Fisher Hamilton Inc., Cherry Hill, N.J.
Fume Hoods: 130 eight-foot bench and eight eight-foot walk-in
Biosafety Cabinets: 15, NuAire, Class II
Project Team
Architect Kling
Construction Management Skanska USA Building Inc.
Consultant - Laboratory Planner Kling
Engineer Kling
Excavation Vollers Excavating & Construction Inc.
Interior Design Kling
Laboratory - Piping Binsky & Snyder
Landscape Architect Kling
Supplier - Building Automation Controls Siemens Building Technologies
Supplier - Concrete Consolidated Precast Inc.
Supplier - Concrete Macedos Construction Co.
Supplier - Curtainwall Harmon, Ltd.
Supplier - Electrical Michael Electric Inc.
Supplier - Electrical Schoonover Electric Co. Inc.
Supplier - Elevators Schindler Elevator Corporation
Supplier - Emergency Generators Cummins Metropower
Supplier - Fire Protection Meadowlands Fire Protection
Supplier - HVAC Buffalo Air Handling Division
Supplier - HVAC Allied Sheetmetal Inc.
Supplier - HVAC Bonland Industries
Supplier - HVAC Independent Sheetmetal Co. Inc.
Supplier - HVAC Midwest Mechanical Contractors of New Jersey Inc.
Supplier - Plumbing Midwest Mechanical Contractors of New Jersey Inc.
Supplier - Roofing J.P. Patti Co. Inc.
Supplier - Steel Interstate Iron Works Inc.
Supplier - Windows Harmon, Ltd.
Profile Created 09/01/1999
Last Updated 04/04/2006
About the Reported Cost Figures
The cost figures reported are supplied by the firms that submitted these projects for publication, which in most cases are the designers or builders. Whereas these sources are intimately familiar with their projects, they may not be fully aware of the owners' finally-realized and recorded costs. In some cases, costs are truly and completely accounted for, and in others they represent a near approximation of the final costs. Costs have not been adjusted for year of construction, nor has any attempt been made to make regional cost adjustments.

Further, costs are not comparable on any kind of detailed standard costing model. Hence, it is possible for the cost of one building to include a steam boiler, while the cost of a comparable building might not include the boiler, if steam is being supplied from an already existing campus grid. Or, in another case, a building might include excess boiler capacity to supply steam to another building. Some submittals include fees or unusual site improvements as part of the construction costs, which others do not.
We welcome your Questions and Comments

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ISSN: 1096-4894
Fig. 1

Pedestrian Bridge

An enclosed pedestrian bridge connects the Drug Innovation Building with the Biology/Disease Groups and the Technical Information Center and Library. 

 
Fig. 2

Moveable Benches

Movable benches supported by modular services are a direct response to researchers' need for: easy-to-arrange work areas and equipment; easy-to-access services from behind equipment for setup and maintenance; and flexibility and adaptability to future changes.

 
Fig. 3

Labs

The design recognizes that awareness of the surroundings, inside as well as outside of the building, is part of the human need to feel secure and belong to a place. 

 

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