Transcription of Best Practices Guide: Manifolding Laboratory Exhaust …
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Best Practices Guide: Manifolding Laboratory Exhaust …
best Practices guide : Manifolding Laboratory Exhaust Systems MAY 2021. Introduction: Why Manifold? operation of safe, sustainable, high-performance laboratories. Manifolding Laboratory Exhaust in Laboratory buildings provides substantial energy and This guide has been updated to include further first-cost savings opportunities, compared technological advances, case studies, and changes with separately ducted systems with multiple in applicable codes and standards since the Exhaust fans. A manifolded system offers several original guide was published in 2007. additional benefits, including: Increased fume dilution. Energy Efficiency and Manifolded Exhaust Enhanced personnel safety. A basic, manifolded Exhaust system , with one or more primary fan(s) and a backup fan in Reduced cost of redundancy.
Manifolding Laboratory Exhaust Systems Fan Power Reduction Manifolded exhaust systems reduce the number of fans compared with individual fume hood exhaust systems, and larger fans and fan motors are inherently more efficient. For example, a small fan system might have a fan efficiency of 50% and a motor efficiency of 89%, while a larger fan system
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