Code Requirements and Proposed Changes for Laboratory Exhaust Manifolding and Heat Recovery Systems
Jon Eisenberg, P.E., Rolf Jensen & Associates, Inc.
In the past several years, there has been much discussion in the laboratory operations, design, and code compliance communities on the subject of combining laboratory exhaust from multiple fire or control areas. This presentation will discuss the latest developments in International Code Council interpretations of Section 510 of the International Mechanical Code, a proposed change to the code language for research laboratories, and the justifications that support a manifold approach for laboratory exhaust systems. The code requirements in question have significant cost implications on design, construction, and energy savings in laboratory buildings. The speakers will also cover the recent laboratory design practices for heat recovery from exhaust systems, via heat wheels and glycol loops. Lastly, the presentation will include an update on the emergency and standby power requirements for laboratory ventilation systems.
Biography:
Jon Eisenberg is vice president and market leader for industrial, chemical, and laboratory projects at Rolf Jensen & Associates, Inc (RJA). Mr. Eisenberg is located in the RJA Boston office. He is a licensed fire protection engineer, with 22 years of fire protection, code consulting, and chemical plant management experience. He is a member of the National Fire Protection Association (NFPA) 30 and NFPA 318 technical committees.