Description

Scientific laboratories have high equipment densities, oversized air handling systems, augmented water consumptions, and a multitude of additional energy-intensive systems necessary for the functioning of these specialized facilities. Consequently, they consistently rank among the highest energy-consuming structures per square foot. This paper describes the design criteria, challenges, and methodologies, as well as the cost and benefit analysis of the successful development of a Leadership in Energy and Environmental Design (LEED)-certified Platinum research and development center.