Contributor: Ebrahim Khalili, CHMM

Business Title: Regional Environmental Manager

Contact Information:

Ebrahim KhaliliRegional Environnemental Manager
Pharmacia Corporation/Searle R&D Facility
4901 Searle Parkway
Skokie, IL 60077
Phone: 847 982 7661
E-mail: ebrahim.k.khalili@pharmacia.com
Steven Schultz
Sustainability and Energy Manager,
Pharmacia Corporation/Searle R&D Facility
4901 Searle Parkway
Skokie, IL 60077
Phone: 847 982 7564

Affiliation: G. D. Searle, LLC, is a pharmaceutical research and development (R&D) facility, a wholly owned subsidiary of Pharmacia Corporation. Pharmacia is a leading pharmaceutical company in the world.

Biographies:
Steve Schultz: Is Pharmacia's Sustainability and Energy manager for the Chicago region. He is specialized in facility operation, DDC design, sustainable development and energy management.

Ebrahim Khalili: Is Pharmacia's Regional Environmental Manager for the Chicago area. He has a Ph.D. degree in environmental engineering and is a Qualified Environmental Professional.

Title of Presentation: Sustainable Design Principles in Construction and operation of a Research Laboratory Building

Authors: Steven Schultz and Ebrahim Khalili

Key Words: sustainable design, green building, energy efficiency, life cycle

Abstract: In September of year 2000, the construction of a world-class laboratory facility (building Q) was completed at the G. D. Searle, one of Pharmacia's R &D centers in the United States. This project was successfully completed due to the efforts of the "Green Team." Early in the design process of the building, the Green Team realized the need for a multidisciplinary approach, in order to identify all the opportunities and strategies that could be considered for implementation throughout the construction of the facility. Numerous sustainable design principles were incorporated into the project to accomplish the integration of sustainable concept, and conform to the requirements of the US Green Building Council's Sustainable Building.

Examples of the energy conservation strategy for the building include: air change setback, chillers and cooling tower selection, day lighting and lighting controls, fume hood sash configuration, heat recovery, premium efficiency motors, smart lab control, variable volume fume hoods and supply, water saving fixtures, and high performance windows. As a result, the energy consumption and operation cost of the new research building is reduced by 40%, as compared to the base model.