Walk In Fume Hood

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Features:

• Modules are for standing & sitting postures
• High durability
• All drawers run on smooth & durable telescopic

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Dry ice is a cryogenic solid. Always use protective gloves and eye protection when handling dry ice. It is extremely cold and can burn theskin on contact. It also generates CO2 gas as it warms and in an enclosed space can produce an oxygen deficient environment. Persons working with dry ice must read the SDS and be aware of the hazards before handling it. If there are concerns about the chemicals/equipment or contamination in a hood, do not do testing and contact the Laboratory Ventilation Specialist with the hood ID and contact information for that laboratory.

The laboratory should be notified in advance so they can plan for the hood testing or schedule an appropriate time. Laboratories need to perform a contamination survey of the entire hood prior to testing and clean surfaces that the survey identifies as being contaminated. Upon arriving at the laboratory, the tester should verify with the PI, lab manager, or hood users that a survey was done and the hood is free of contamination. If this cannot be verified, reschedule testing for another time when the laboratory can have the hood prepared.

Fume hood inspections are done annually and upon renovation. In facilities maintained by Maintenance Management, the schedule for testing of fume hoods is coordinated by assignment of Job Plans via the Maximo database system. Facilities not under the Maintenance Management program, but who have contracted with the Controls Shop to perform annual testing, the scheduling of fume hood inspections is accomplished in the same manner except there must be a standing service request associated with the job to allow for payment. Hood inspectors should notify building coordinators at least 2 business days before testing.

Laboratories should be under negative pressure relative to hallways and offices. This means that the ventilation being supplied to the lab is slightly less than that which is being exhausted. This can be verified either with the Shortridge Meter or visually using dry ice. In order to balance the energy conservation efforts of the University and the safety of laboratory workers there is no numerical value recommended to accomplish this pressure differential.

When a fume hood is not actively being used, the sash of a fume hood should be closed. This conserves energy in a Variable Air Volume system (VAV) and maintains safety by providing a smaller opening area. Initial sash height is recorded so that both EHS and FS Energy Management can evaluate how consistently laboratory staff are adhering to these recommendations.

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