2. Nano-Scaled Interdisciplinary Research: No Small Task – Environmental Requirements for Nanotechnology

Paul Lemestre, PE, LEED AP, Research Facilities Design

University research cleanrooms may be the largest energy consuming facilities on a campus. Design of the state-of-the-art nanotechnology cleanroom in the Physics and Nanotechnology building at the University of Minnesota presents unique challenges to provide the stringent environmental conditions required for the research activities while trying to reduce the energy use to the maximum extent possible. This discussion will outline the stringent environmental requirements for a nanotechnology cleanroom facility including temperature, humidity, vibration, EMI, and other parameters. Design strategies will be presented to help achieve energy savings for ventilation, process exhaust, and process piping systems while providing the Owner with stable high performance environments and operational flexibility.

Biography:

Mr. Lemestre is the Director of Engineering and a Mechanical Engineer for Research Facilities Design, a 25+ person laboratory consulting firm specializing exclusively in the programming and design of science facilities. He has more than 20 years of experience as a Mechanical Engineer in design, construction, and operation of facilities. His experience with laboratory design includes design of cleanrooms, process piping systems, process exhaust systems, laboratory piping systems, and HVAC design for laboratory ventilation systems. Mr. Lemestre holds a BS in Aeronautical Science & Engineering from the University of California at Davis and a Masters in Business Administration from San Diego State University. He is a licensed Professional Mechanical Engineer in 28 states and is a certified LEED Accredited Professional. Mr. Lemestre is a former United States Naval Nuclear Submarine Officer.

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