Dust collectors are systems used to maintain the air quality of plants and other facilities. They help keep machinery and equipment clean, recirculate the clean air, and recover dusts that need to be kept after processes are complete. To properly operate these systems, permits must be acquired and the systems must be certified.
Dust collection system designs can be customized to suit a facility’s needs. They can collect the waste to be reused or recycled, extract residue for clear air, control air quality, provide safety aid, and make air waste disposal easier. All of these functions are essential for facility health and safety standards.
Not only is indoor air contaminated by particles dangerous, but the EPA requires that outdoor exhaust be in compliance with specific safety standards. The process to test and acquire permits can be lengthy and tedious. If the air is not channeled outside, then the company must adhere to OSHA standards, which are focused on indoor air quality.
Whatever the systems used or the type of particles your system filters, plant owners and engineers need to know the details of safety and operations in order to ensure inspections are passed, and systems are certified. They must test and monitor the filter, emissions, maintain the system to prevent incidents, and continue to meet required standards. They must also understand how recirculation and return air configuration processes function. All this requires a solid understanding of the dust collection system and its filtration control, particularly fire, explosions, and other safety hazards, as explosions are a very serious risk.
At BEP Engineering Services, we can help you get your system certified for dust collection and air quality control. We can also help you prepare help you get the permits you need to continue your work without hindrances. Just contact us with your needs and let us help you with your facility’s dust collection certification.
Whether you are building a new facility or revising the original, you need to make certain that your material handling equipment is equally up-to-date and suitable. If you are in the process of designing and constructing a plant or mill, and you find yourself in need of new material handling equipment, here are some things to consider.
Optimum Use of Space: Your instinct may be to figure out what you need and purchase the biggest and best. However, during design you and your engineer will determine how much space is required for each element of production, including storage, production, and material handling. The square footage reserved for material handling will be affected by whether it is open spacing, or consists of shelving and rack systems. All this affects what type of equipment you will be able to use. You should factor in your preferred material handling equipment in the very first stages of design. If your plans do not support the equipment you feel you require, or if you decide you simply must have a specific type, then you and your designer will have to reconsider those schematics.
Material Type: The materials to be handled at your mill will also determine the type of equipment you require. Choosing the optimum equipment for your materials will lead to more efficient production. An experienced mill engineer can help you choose the right equipment and they will usually be able to create the most practical material handling solutions for you to help you avoid bottlenecks.
It is important to put as much effort into selecting the best possible material handling equipment for your facility as you do any other detail. The best equipment improves plant and mill processes through efficiency, and is the safest option for material handlers. At BEP Engineering Services, we can help you select the right equipment during mill design. Because we do not sell the equipment, we are unbiased and able to get you sharp-pencil-pricing from vendors. Contact us to discover what we may do for you in design and modification of your plant, mill, or other facility.