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Bio-Safety Lab Contaminant Control
A careful approach is required to design the ventilation of laboratories and Bio-safety...
Velocity Vectors in 3D
Contaminant diffusion space
Velocity Vectors in section view
Velocity Vectors in section view
Case Study
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http://www.deinde.in
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Bio Safety Lab Contaminant Control Slide 1 Bio Safety Lab Contaminant Control Slide 2 Bio Safety Lab Contaminant Control Slide 3 Bio Safety Lab Contaminant Control Slide 4 Bio Safety Lab Contaminant Control Slide 5 Bio Safety Lab Contaminant Control Slide 6
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Bio Safety Lab Contaminant Control

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To control the contaminant propagation, as well as the operation of the equipment such as the Bio safety cabinets, fume hoods etc.

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Bio Safety Lab Contaminant Control

  1. 1. Bio-Safety Lab Contaminant Control A careful approach is required to design the ventilation of laboratories and Bio-safety labs to maintain safety and protection to life and property. Major challenge is to control the contaminant propagation, as well as the operation of the equipment such as the Bio safety cabinets, fume hoods etc. At DEINDE we ensure the desired performance of the ventilation system in such labs. We use CFD analysis to validate the effectiveness of ventilation systems and compliance to the applicable standards and codes (ASHRAE, NFPA, OSHA) at design stage. During a typical study of contaminant behaviour, following parameters for indoor air quality are analysed:  Local Air Quality Index (LAQI), Local Mean Age of Air (LMA)  Contaminant Travel Path, Relative Humidity, Temperature
  2. 2. Velocity Vectors in 3D
  3. 3. Contaminant diffusion space
  4. 4. Velocity Vectors in section view
  5. 5. Velocity Vectors in section view
  6. 6. Case Study by http://www.deinde.in

To control the contaminant propagation, as well as the operation of the equipment such as the Bio safety cabinets, fume hoods etc.

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