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We'll publish them on our site once we've reviewed them. Workers must know how to turn the monitor on and verify that the instrument they are carrying is capable of detecting all of the hazards that they may encounter. Next, if workers want to ensure they are protected, they must ensure that the monitor will actually detect the gases it is supposed to detect. The simple truth is that the only way to be certain that a gas detector will actually detect the gases that it is supposed to detect is to test it with gas. This should be done each and every time the monitor is used.
The more hazards that a monitor is intended to protect against, the more understanding there must be of how the sensors in the monitor interact.
Mitigating safety hazards for biological wastewater treatment plant workers | Water Technology
For instance, a user with a monitor having both hydrogen sulfide and chlorine sensors installed must understand that the presence of H 2 S in the atmosphere may negatively affect the reading from the chlorine sensor and mask the presence of a dangerous level of chlorine gas in the atmosphere. Alarm action messages provide helpful instructions to the user based on the gas level. As much as understanding the sensors themselves, the worker has to understand what the proper response is when the monitor does detect gas and go into alarm.
Often, when a gas detector alarms, an untrained user may panic and do something that creates a further danger, or they may simply ignore the situation because they do not know what to do next. Realistically speaking, there may be instances when the monitor is simply not capable of providing the necessary protection quickly enough and a worker may be overcome by a gas hazard or incapacitated in some other way.
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