Cleaning Science implies that all measurements should be connected to particular outcomes. It is no
t enough to measure to ascertain whether the surface is dirty, but for cleaning workers to understand exactly what they are really measuring. This is because these can then be used for identifying any potential gaps in the training of workers. In short, what is being measured is whether or not the surface is dirty, but to find out if the workers know what they are in fact doing, as also whether they are doing it correctly or not.
Risk of False Readings
Measurements can also be used for comparing the effectiveness of the equipment or processes. However, the measurements might run the risk of false readings. This can be due to product incompatibility as also certain other factors that can activate false readings. Once this is ascertained, such factors should be taken into consideration while analyzing data.
Benefits of Measurement
It is necessary to test the surfaces to be cleaned both before as well as after the cleaning is done. Once this is completed, such tests can identify equipment and processes that clean efficiently in less time. This can improve productivity as also bring down the cost of labor.
There are indirect benefits to be gained too. For example, a program that measures potential allergens present in the environment can be linked to the prevalence of less allergy rates among the occupants of the building.
However, in all these matters it is necessary to proceed with some caution. If the building is not clean even after a cleaning operation, it creates the problem of how to resolve it. And answer is effective custodial training and quality assurance. And to achieve this it is necessary to employ the practices that cleaning science recommends. in this way, there is no room for any kind of uncertainty.