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L a b o r a t o r i e s f o r t h e 2 1 s t C e n t u r y : b e s t P r a C t i C e G u i d e M anifolding l aboratory E xhaust s ystEMs Introduction: Why Manifold? E ner g y E ffici en cy an d Ma ni fol ded Manifolding laboratory exhaust in laboratory build E xha u st ings provides substantial energy and first-cost savings A basic, manifolded exhaust system, with a primary opportunities when compared to separately ducted, mul fan and a backup unit in a common duct system, has tiple exhaust fans. A manifolded system also offers a num higher energy efficiency than multiple, dedicated fans ber of benefits, including: working independently. Manifolded exhaust systems Increased fume dilution save energy in four ways: Enhanced personnel safety 1. Reduces fan power, in part due to less pressure drop in duct work. Augmented redundancy 2. Provides an adjustable airflow system that can modu Improved design flexibility late energy needs in response to a varying requirement. Probable energy recovery 3.
2 L A B S F O R T H E 2 1 S T C E N T U R Y gy is used to move the exhaust air, due to consolidation of numerous small fans into a
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