Importance of Calibration of Laboratory Fume Hoods

Different laboratory equipments are there and they feature different mechanism or functional aspects. Different equipments are used for crucial laboratory experiments. It is needless to say that these equipments are costly. So, it is important to take care of these tools so that they last longer and they perform accurately. Different laboratory equipments need different treatments for tuning or calibration. The fume hoods are such equipments which regularly need calibration from the users. Now, the question is why this tool should be calibrated? How it can be calibrated? Answers to these questions are discussed below.

Safety Is Your Priority                   

Safety is important when you are working in your laboratory. Safety is crucial, and that is why laboratory owners make investments in different safety gears or gadgets. From fire extinguisher to safety goggles, one can find different sorts of safety gadgets and equipment. For laboratory fume hoods, safety is essential. The exhaust monitor needs to be calibrated properly. If you are working with hazardous and volatile materials without sufficient airflow, it could result into a blast. Nevertheless, harmful gas may be released or discharged by the fume hoods. As a result, the consequence turns quite deadly for the laboratory workers. Hence, this is such a laboratory equipment which needs to be calibrated properly for maintain optimum safety level.

Fume hood calibration is also needed for maintaining proper pressure level. If pressure level becomes higher in a controlled environment, it could possibly result into a blast. Monitoring the pressure level is important and for the optimum safety it is imperative to calibrate the pressure level with perfection. Safety inside the laboratory is your priority. Not just your personal safety, it is equally important to maintain proper safety level for the other laboratory apparatus and furniture.

Fume Hood Safety Practices

For safety inside the laboratory, fume hood needs to be calibrated. Now, the question is how can you maintain the fume hood safety? What are the commonest safety practices? A guide has been provided in the following section in this regard.

  • You should keep your face at least 6 inches far from the fume hood. Harmful gas, if leaked, may cause facial skin damage, eye damage and many more issues.
  • The hood sash should be kept closed. The hood sash should also be free from any types of obstructions.
  • Chemicals should not be permanently stored inside the fume hoods. It needs to be cleaned properly after every experiment has been performed.
  • Fume hoods should not be used for waste disposal purpose. The solvent bottles of fume hoods should be stored carefully, when they are not in use.
  • Do not place any electrical equipment that creates sparks close to the fume hoods. This could possibly lead to fire hazards.

Due to all these reasons, it is important to calibrate the fume hoods properly before conducting laboratory experiments. Safety is utterly important. For ensuring the laboratory safety, it is essential to focus on the calibration process of the laboratory fume hoods.

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