Everything You Need to Know About Calibration Gas

If your employees are working with gases or in confined spaces containing harmful gases in the atmosphere, having the right gas detector is crucial for the safety of your workforce. Without a proper gas detector, the employers would be at great risk of being penalised for failing to adhere to the employee safety standards. On the other hand, workers might be at risk of illness and injury without even realising it. However, you need to have the right gas detectors and to do its job, the detector must be well-calibrated.

Gas detectors help to save lives, but when they are incorrectly calibrated, it can become a serious risk. Calibration gas plays a significant role in helping the detectors to find the harmful gases present in the atmosphere.

What is calibration gas, and where it is used?

Calibration gas is used to calibrate gas detectors and ensure they are working properly. One of the efficient methods to confirm whether a gas detector is accurate or not is to test them with a concentrated gas, called calibration gas. By exposing the detectors to calibration gas Australia, you can easily determine whether the sensors work properly or provide an erroneous reading. In addition to it, they are also used to find out whether or not device alarms are working as they should.

Calibration gas is used in various industries, including petrochemical, manufacturing, food and beverage, oil and gas, chemical, water treatment, pharmaceutical, refineries, pulp and paper mills, petrochemical plants, and any confined space work.

When to use calibration gas?

Calibration gases are crucial when a calibration test is done or complete calibration is being performed. While there are no rules as such when to use this gas to calibrate a device, Occupational Safety and Health Administration (OSHA) has some best practices that should be followed by all the industries to help businesses protect their workers and reduce the number of workplace incidents, injuries, death, and illness.

According to OSHA,

• A functional test, also called bump test, or complete calibration should be done every day before using a direct reading gas detector.
• Calibration should be conducted frequently if environmental conditions affect device performance
• A full calibration must be performed when the instrument fails the functional test

Employers that fail to perform the test regularly and document instrument performance are susceptible to fines and the occurrence of preventable and serious workplace accidents, even deaths.

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