In an industrial environment, having extraction systems in place will help a lot in ensuring the employees work under favorable conditions. In some situations, it might also help reduce operation costs for the company. For instance, by getting lower rates from health and liability insurance providers, the company will end up with a lower bill. The system will also make it possible to comply with regulations. The only problem you will encounter is deciding which system is perfect for you because you cannot just pick any from the market. To get the best, you have to consider a number of issues.
Among other considerations, deciding the kind of extractor needed is the main thing. Although there is a lot of variety in the market, the systems can be divided into three main categories. You can choose an engineered system, a personal-air powered respirator or a source capture device. It is also possible to get a combination of some of these options if you want more effectiveness.
As the name suggests, the engineered system require a bit of engineering. You will need to install ducts and fans, which help remove fumes from an area. Although these units are effective, they do little to protect the person at the source of the fumes. That is where source capture devices work well. You can combine the two to benefit from their capabilities.
When protection only the person working at the fume source, a personal air-powered respirator will be the best. This one is incorporated into the technician's headgear. Although it offers great protection to the technician, the rest of the room is not protected. It might therefore be useful only in especially conditions especially where the technician is working alone.
Once you know the best category for your needs, you must consider the filter that will do the job best. Depending on what conditions are prevalent in the workplace, it should be possible to select the right filter. In some cases like welding, you might not find a filter to deal with the submicron particles in the fumes in the original filters. In such a case, you might need to buy special ones.
Another factor to consider is the airflow. These systems are normally rated by the amount of air in cubic feet circulated every minute. The situation is complicated a bit by the fact that manufacturers measure and advertise the effectiveness of their machines differently. You must therefore get the opinion of an expert to understand which system is best for you.
Another consideration is whether to opt for self cleaning or disposable filters. With the disposable ones, you have to discard them after they reach their capacity. With the self cleaning filters on the other hand, you will be able to clean and reuse them even after they reach their capacity.
A factor that might be affected by others is the cost of the entire system. A good example is choosing one with disposable filters which will mean more cost with time. Some of the options like the engineered extractions systems might also be very costly. Therefore, evaluating how much you would like to spend for the extraction systems is important.
Among other considerations, deciding the kind of extractor needed is the main thing. Although there is a lot of variety in the market, the systems can be divided into three main categories. You can choose an engineered system, a personal-air powered respirator or a source capture device. It is also possible to get a combination of some of these options if you want more effectiveness.
As the name suggests, the engineered system require a bit of engineering. You will need to install ducts and fans, which help remove fumes from an area. Although these units are effective, they do little to protect the person at the source of the fumes. That is where source capture devices work well. You can combine the two to benefit from their capabilities.
When protection only the person working at the fume source, a personal air-powered respirator will be the best. This one is incorporated into the technician's headgear. Although it offers great protection to the technician, the rest of the room is not protected. It might therefore be useful only in especially conditions especially where the technician is working alone.
Once you know the best category for your needs, you must consider the filter that will do the job best. Depending on what conditions are prevalent in the workplace, it should be possible to select the right filter. In some cases like welding, you might not find a filter to deal with the submicron particles in the fumes in the original filters. In such a case, you might need to buy special ones.
Another factor to consider is the airflow. These systems are normally rated by the amount of air in cubic feet circulated every minute. The situation is complicated a bit by the fact that manufacturers measure and advertise the effectiveness of their machines differently. You must therefore get the opinion of an expert to understand which system is best for you.
Another consideration is whether to opt for self cleaning or disposable filters. With the disposable ones, you have to discard them after they reach their capacity. With the self cleaning filters on the other hand, you will be able to clean and reuse them even after they reach their capacity.
A factor that might be affected by others is the cost of the entire system. A good example is choosing one with disposable filters which will mean more cost with time. Some of the options like the engineered extractions systems might also be very costly. Therefore, evaluating how much you would like to spend for the extraction systems is important.
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