All over the world, governments are subjecting industrial emissions to increasing regulations for a variety of reasons including worker safety, air quality maintenance, and pollution reduction protocols. Because of this, monitoring pollutants in certain areas such as factory perimeters, rooflines, and pipelines has become crucial. Fence-line monitoring is necessary in industrial sites as well as other major sources of dust and dirt particles.

Airborne dust can come from conveyors, chutes, dumps, bins, loading points, stockpiles, discharge and transfer points, and moving vehicles and equipment. Dumping, blasting, feeding, screening, drilling, and crushing may also bring about airborne dust. The moving of the earth and the blowing of the wind may also contribute to this issue. Aside from ensuring worker safety, programs for dust monitoring should also be taken cared of.

Determining the origin of the dirt and dust particles can be very challenging, especially in industrial estates. Nonetheless, establishing an air sampler can supply information regarding the concentration at a certain location. This, however, will not supply information regarding the origin of the dirt and dust particles. A high volume air sampler that can connect a wind direction and speed sensor as well as monitor meteorological conditions is ideal.

Fence-line monitoring plans need to be developed and implemented so that industrial facilities will not be blamed for air pollution and other unpleasant atmospheric conditions. These plans are crucial and have to be implemented as soon as possible. However, they should not be developed hastily because doing so may result in poorly designed pans. So, instead of solving the problem, it might get worse.

When developing a fence-line monitoring plan, several factors have to be considered. Bigger systems, for instance, are not always necessary. It should be noted that not all huge systems are reliable. The facility should sample or monitor for one or two parameters only. Automation is also a key. It can reduce operational monitoring costs greatly. In addition, it can reduce data losses that are caused by equipment problems. Furthermore, meteorological data should be integrated into the monitoring system, and vector sampling for certain samplers should be considered.

Anyway, fence-line monitoring applications have several common characteristics. It includes a specific number of monitoring stations that are installed at a strategic location in or near a confined space; a data center that collects data from stations and provide timely information to the industrial hygiene department; and modular software that are configured as a single or multi-user application.

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