If your plant is operating from ambient to 275 degrees Fahrenheit, there are a few low temp filter media bag options you can choose to use in your dust collection system. To guide you to the right one, we’ve gathered information on the three commonly used medias in low temperature dust collection applications. The following filter medias are generally for dry dust applications with very little moisture and no issue heats or acids.
Polyester is one of the most economical low temp filter bag medias used in the dust collection industry because of its reliable performance in a broad range of applications and availability. This media is used in industries including food manufacturing, woodworking, metalworking, building products, and energy. Polyester is one option if you are continuously operating between ambient – 275 degrees Fahrenheit, and have less than 10% moisture.
Polyester Filter Bag Media
Max Continuous Operating Temperature
275 Degrees F.
Low cost and widely available filter media.
Does not perform well with moist heat.
Polypropylene is another relatively low-cost, low temp filter bag media. The big difference between polyester and polypropylene is that polypropylene can withstand some moisture. If your continuous operating temperatures are between ambient – 170 degrees Fahrenheit, and you have more than 10% moisture in your application, then Polypropylene could be the right fit for your baghouse.
Polypropylene Filter Bag Media
Max Continuous Operating Temperature
170 Degrees F.
Another option for applications with more than 10% moisture is Acrylic. This is similar to polypropylene but more expensive. Acrylic can handle moisture better than polyester and has a higher temperature rating. If you need to run between 200-265 degrees Fahrenheit, but you have moisture, you could use acrylic.
Acrylic Filter Bag Media
Max Continuous Operating Temperature
265 Degrees F.
Assistance with Low Temp Filter Bag Media
If you have a unique application we can help get some answers to your questions. Reach a dedicated account manager at 888-221-0312 or email [email protected]
Are you looking for high temperature media options? Then check out our guide here.
Disclaimer: The contents of this industrial dust blog are intended to be general safety guidelines. All businesses will still need to refer to OSHA, NFPA, and local ordinances required for their business.
Industrial Dust Guide
Dust builds up in your home may simply be a nuisance you take care of while spring cleaning. But in the workplace, dust can become a serious hazard if not properly handled. To get a better understanding of the negative effects of dust in the workplace we will provide a brief overview what industrial dust is, how industrial dust is created , potential dangers you should plan for, and the benefits of a properly engineered dust collection system.
What is Industrial Dust & How is it Created?
Dust consists of small particles of dry matter that build-up on hard surfaces such as floors, tools, industrial equipment, ducts, etc. Industrial dust can generate more frequently than household dust. This is because it generates from the daily from the manufacturing or production process. For example, a small woodworking shop could generate dust from activities like sawing, grinding, or cutting. Industrial dust can even break out during processing. Another example, in an agricultural facility process dust can come from sugar, flour, grains, etc.
Common Types of Industrial Dust
Wood – Activities like sanding, high speed cutting, low speed cutting, paning etc. can create dust which is both explosive and fire prone.
Food Particulate– Certain food particulate can be explosive, abrasive and fire prone. This can encompass a wide variety of particulate such as flour, grains (corn, rice), soybeans, and more.
Cement & Concrete – This dust is abrasive but considered to be less explosive and prone to fire.
Paper Products – Dust created from paper products can be both explosive and fire prone.
Paint Powder – Paint pigments can be highly explosive
Pharmaceuticals – Pharmaceutical dust like dry powder and coating are both explosive and fire prone.
Plastic, Chemicals, Stone, Minerals , Metal etc.
Is Industrial Dust Dangerous?
The build-up of combustible dust is serious hazard in the workplace. Airborne dust presents a safety hazard to employees. Many types of industrial dust may contain carcinogenic properties that would require removal to keep employees safe, healthy, and to comply with government regulations.
Airborne dust may also be highly flammable, and safeguards must be implemented to prevent the risk of a dust explosion.
Conditions for a Dust Explosion
Combustible dust at the right concentration level
When you are working in an industry that operates with combustible dust, explosions and fires are a constant threat. If you are taking the right steps to ensure a safe working environment you are more likely to avoid a fire or explosion that would cost you the safety of your employees, thousands of dollars in lost production, and regulatory fines. Combustible dust can present itself in a variety of applications. Below are just some of the types of industries that work with combustible dust.
There are no short cuts to minimizing dust hazards and ensuring the safety of your employees. But understanding if you are working with combustible dust is the first step in prevention.
Regulation of Air Pollution Control
Many industrial industries in the U.S. must comply with strict air pollution control standards. These standards are set by the Environmental Protection Agency (EPA), National Fire Protection Agency (NFPA), OSHA, or local governing entities like the AQMD in California.
OSHA regulates industries that are susceptible to combustible dust. When implementing OSHA’s set of standards, you are creating a safe working environment, avoiding property and economic loss from an explosion, avoiding regulatory fines. To learn more about OSHA’s safety standards for combustible dust, visit their guide here.
The NFPA (National Fire Protection Agency) is another agency that publishes a list of guidelines to help minimize injury or death from combustible dust. The following codes are related to the most combustible types of dust (e.g., sugar, wood, fine aluminum):
664, Standard for the Prevention of Fires and Explosions in Wood Processing and Woodworking Facilities
484, Standard for Combustible Metals
61, Standard for the Prevention of Fires and Dust Explosions in Agricultural and Food Processing Facilities
How a Properly Engineered Dust Collection System Supports Air Pollution Control
Meet Compliance Regulations and Standards – All agencies require industrial facilities to maintain and meet air quality standards to ensure a safe and clean environment for their plant, employees, and the surrounding community.
Boost Productivity – An accumulation of dust particles and debris on industrial equipment can interfere with overall plant performance. A dust collection system can collect these dust particles before they can interfere and compromise the health and performance of your manufacturing equipment.
Improve Product Quality – Dust can settle and accumulate on products during the manufacturing process. This has a negative impact on the quality and consistency of finished goods. A dust collector will reduce and effectively capture these dust particles, allowing for product quality to improve and maintain consistency.
Enhance Health and Safety Standards – Inhalation of hazardous dust affects human health and a dust collection system is vital to removing these hazards and to keep employees safe.
Preserve the Quality of Equipment – As dust particles and debris are created inside a manufacturing facility, the contaminated dust will settle onto other surfaces such as computer systems and manufacturing equipment. This dust buildup can be harmful and result in malfunctioning equipment. It can also create unnecessary, frequent, and costly maintenance to keep dust and debris from accumulating. With a dust collector system purifying and collecting dust particles, the chances of excessive dust build-up is minimal.
Enclosed Box – A simple pipe system funneling dust into an enclosed box, placed underneath your hopper, is one dust removal option.
Drum or Bag – A removable drum or bag can be a simple and easy solution to collecting and disposing dust.
Rotary Valve – Rotary valves (also known as airlocks, rotary feeders, or airlock feeders) help transition material from a dust collector to a drum or bin.
Screw Conveyor for Baghouse Dust Collectors – Large baghouses with heavy dust loads typically use screw conveyors. The screw conveyer would transport dust away from the collector, then send it to a designated disposal area.
The best method of dust removal from your hopper is dependent on some of the following components:
•Preventative Maintenance Plan: In conjunction with a protection strategy, every facility should implement a well-designed and operated preventative maintenance plan. Perform regular checks on the health of your dust collection system to prevent more serious issues.
•Explosion Vent or Panels: Explosion vents or panels are designed to rupture at a set pressure (PStat). When a source of ignition meets a fuel source with sufficient oxygen present, an ignition will occur. As the ignition begins, the pressure inside of the vessel will increase rapidly. Depending on the material’s Kst value, the pressure rise may be slow or extremely rapid. As the ignition progresses, the internal pressure will meet the PStat rating of the explosion panel. The explosion panel will rupture, venting the ignition gasses. The explosion vent provides a relief avenue for the expanding gasses, but the pressure in the vessel will continue to rise until it reaches the Pred pressure. This is the maximum pressure of the ignition event when explosion vents are functioning, so this is usually the pressure rating the vessel is designed to withstand.
You can use explosion panels with a short length of ducting to allow for interior use without flameless venting. They do require replacement once a rupture occurs, but they are simple, cost-efficient, and easy to install. Explosion vents are typically useful on baghouses and cartridge dust collectors.
• Explosion Latch: Explosion latches work under the same principle as the explosion panels, but they are not single use. This is a more cost-effective option (versus explosion panels) when you have a large baghouse or large quantity of vent area.
Additional Venting Strategies
• Flameless Venting: Flameless venting can consist of a flame arrestor element, vent panel, and flanged housing. This combines the techniques of explosion venting and flame arresting. You can also install a flame arrestor element over a standard explosion vent. When the vent ruptures, the burnt dust and flames enter the flame arrestor element. The element helps to contain the hazardous dust and flames and prevents it from exiting, where it could potentially ignite a secondary explosion or endanger employees. While flameless venting does stop flames from exiting the vessel, there will be extremely hot gasses exiting the flameless vent. When using flameless venting, make sure to pay close attention to the vents proximity to personnel areas. If possible, always aim flameless vents away from regularly occupied areas.
• No Return Valve: Protecting the dust collector from over-pressure is essential, but it is equally important to stop a deflagration propagation back to the operator space. To prevent this, a No Return Valve is needed in the inlet duct. This valve is a weighted damper that is held open by the air flow during normal operation, allowing air and dust to pass through to the dust collector. In the event that deflagration occurs in the dust collector, the pressure propagation through the duct work will close the No Return Valve. This prevents the deflagration from reaching any process equipment and also limits the risk of secondary explosions.
• Abort Gate: Abort gates are high speed dampers that contain a spring assisted blade and is typically held in place by an electromagnet. Their purpose is to minimize the risk of an explosion by diverting flame, spark, or debris from entering a facility through a return air system.
• Spark Detection & Extinguishing System: This method uses infrared sensors, typically located on the ductwork, to detect sparks or burning material in the ductwork upstream.
Secondary Event Protection
All the methods described previously are excellent options for managing primary explosions, but one of the most catastrophic outcomes of a combustible dust explosion is an un-controlled secondary explosion.
When a primary explosion happens, there may be a pressure wave that propagates through the plant. This will “kick up” the layer of ambient dust. If the explosion is not contained in the dust collection system using the methods previously outlined, this ambient dust in the air could come in contact with the primary explosion flame front. This results in an uncontrolled explosion in an occupied space.
To minimize the risk of secondary explosions, the first step should always be to expect perfect performance from your dust collection system. It is not acceptable to have a dust collection system that does not function properly. Another suggestion is to limit the amount of horizontal surfaces in your plant that cannot be regularly cleaned. Drop ceilings and in-accessible equipment are great examples of this.
There are many strategies that may fit your unique application or facility. We recommend to consult your local or state building codes and regulations before choosing your explosion venting strategy. Some areas will have specific regulations for fire safety and environmental safety, and you want to ensure you are meeting those guidelines. Here are some questions to consider before implementing an explosion venting strategy.
What is the distance of the dust collector from the roof or walls?
Is the dust collector or vent close to any other structures?
What’s the cost?
At U.S. Air Filtration, we have been eliminating the hazards of industrial dust for 35 years.
To learn more about how you can manage industrial dust at your facility contact us at 888-221-0312 or [email protected] to speak with an engineer
The right baghouse dust removal method can help minimize problems that arise due to dust build up in your hopper.
A hopper is designed to be temporary storage for your discharge. What happens if you have excessive dust build up in your hopper? This can result in your air flow being blocked off and would cause a loss of suction throughout the dust collection system. This can also become a hazard because it’s more opportunity for combustible dusts to create a dangerous explosion. The right dust removal method for your application can help you avoid these issues.
The best method of dust removal from your hopper is dependent on some of the following components:
What are the characteristics of your dust? For example, hazardous or non-hazardous?
What are the loading rates of your dust?
Baghouse Dust Removal Methods
A simple pipe system funneling dust into an enclosed box, placed underneath your hopper, is one dust removal option. Your maintenance team would be required to monitor and empty the box once capacity has been reached. Prompt removal of dust build up in your enclosed box helps prevent backup or an overflow of the box itself. Non hazardous dust and light dust loads typically use enclosed boxes.
Drum or Bag
A removable drum or bag can be a simple and easy solution to collecting and disposing dust. Once a drum or bag fills up, maintenance simply removes it by hand or forklift. Once empty, the drum or bag can then be put back into its place. This is ideal for non toxic dusts that you can easily handle.
Rotary valves (also known as airlocks, rotary feeders, or airlock feeders) help transition material from a dust collector to a drum or bin. It seals a pressurized system against loss of air and pressure. This minimizes product loss during processing. Dust collection, pneumatic conveying, mixing, weighing, feeding, and blending use rotary valves. Larger baghouse systems with over 10,000 CFM can also use rotary valves.
Screw Conveyor for Baghouse Dust Collectors
Large baghouses with heavy dust loads typically use screw conveyors. The screw conveyer would transport dust away from the collector, then send it to a designated disposal area. This is ideal for hazardous or reused materials. Agriculture, mining, foundries, wood production, and chemicals are applications that use screw conveyors.
When it comes down to finding the right dust collection system, there are a few different baghouse styles to choose from. So how do you know which one is best for you?
Before we dig into the differences between some of the baghouse styles, you need to consider your dust properties and air-to-cloth ratio. Baghouses are ideally suited for large volume applications with airflow exceeding 1,000 CFM or when high temperature applications are above 375 degrees. In these environments, a baghouse will handle and most efficiently filter your dust laden air.
There are three main baghouses styles (e.g. shaker, reverse, and pulse-jet) that are commonly used in most industrial processing and manufacturing applications. Here’s a brief overview on the pros and cons of each to help guide you in identifying the right option for your work environment.
Pulse Jet Baghouse
Constantly cleaned so there is minimal dust build up in the dust collector
Requires dry compressed air
Cannot be used when there is humidity of high moisture content present
Requires fewer bags
Cannot handle high temperatures (unless you use special filter media
Do you have a new dust collector project in the works and need help determining the volume? Our introduction to dust collector volume can help with that.
The Right Volume
The most important consideration to factor into a new dust collector is making sure the airflow or volume of the dust collector is efficient at capturing dust and is right for your application.
For instance, if the volume of your system is too low then your system will not filter dust as efficiently. As a result, your production, air quality and life of your collector can be shortened. Similarly, if it is too high then your energy consumption costs can be higher and you could disrupt the process of your application.
Measurement of Volume
You measure volume in cubic feet per minute or otherwise known as CFM. CFM is a measurement of airflow related to air conditioning, heating and ventilation environments. In dust collector applications CFM measures the amount of air per minute that can be moved from a space.
Work environments vary dramatically from one another based on several variables. Even very similar environments can require vastly different volumes. To determine the right capabilities for a new dust collector, here are some variables to consider carefully.
How are you collecting your dust?
What is the size of your duct being used to collect the dust?
What is the cubic feet of your work environment?
Calculating volume for new installations.
Do you need more detailed information? Download our full guide to dust collector volume below. In addition, it comes with a chart that can be helpful for your new dust collector project.
A well maintained dust collector ensures your system is performing at peak efficiency. It’s also critical to minimizing unscheduled plant downtime and the wear and tear of your dust collector parts. As part of a regular preventative maintenance program, customers can also request a visit from bonded and insured technicians to perform either a dust collector inspection. An inspection typically includes an analysis of your dust collector and its most vital parts, a written report, and recommended corrective actions to solve any issues. An inspection may also include an exam of the following:
Overall status of dust collector(s)
Compressed air system for leaks
Air Shut off valve is sealed and is properly working
Repair or replace damaged solenoids, valves, or diaphragm kits
Any other repairs or troubleshooting needed on a baghouse – for example, vibration issues with a system after a filter change
Dust Collector Inspection and Service Questions
If you are looking for an inspection or service from a supplier, here are some of the most common questions asked before receiving a formal proposal and costs.
What type of service or troubleshooting are you requesting?
Where will the service take place?
What type of dust are you filtering? Is it hazardous? Is special safety equipment required?
Are there any current issues with your filters?
Is there any special training or background checks needed before entering a facility?
When would you like to have the service performed? What are the permitted service hours (evening or day work, weekends only, etc.)?
For more information on inspections or services for your dust collector, you can contact a USAF account manager at 888-221-0312 or also email [email protected] Also included below is a link to our comprehensive dust collector maintenance eBook that can be downloaded.
Which is better, Lower or Higher Air-to-Cloth Ratio?
Generally the lower your air-to-cloth ratio, the more effective your system is at removing dust from your work environment.
If you operate on a higher air-to-cloth ratio, one of the common issues you will encounter is a decrease in suction. This happens because there is too much dust to capture with an insufficient amount of filter media. The filter cake on your bag eventually builds up too quickly. As a result, your air velocity and suction decreases. From there it’s a domino effect and your plant air quality decreases, filters clog quicker, and valve life expectancy is impacted. So, you’ll be performing change-outs more frequently which will cost both time and money.
How to Calculate Air-to-Cloth Ratio
To calculate air-to-cloth ratio, take the amount of airflow (CFM) and divide that by the amount of filter area within your dust collector.
For example, if you’re calculating for a cartridge collector, a typical range would be a 4:1 air to cloth ratio. Keep in mind that environments with a large ventilation area and more pick up points require a system with a higher CFM to provide adequate suction. Would you like to know which air to cloth ratio may be right for your project? If so, download our air to cloth guide which provides the recommended ratio for a wide variety of applications.
Static pressure is the pressure created by a fan or other source to move air through a ventilation system and plays a critical role in the design and performance of pulse jet baghouse dust collection systems. Today we are discussing the importance of static pressure, what it is, how it’s measured, and how to calculate it.
What is Static Pressure?
Static pressure is used to determine the fan size you’ll need for your dust collection system. If the fan you choose for your system cannot handle the static pressure, air will not be able to move properly through the system and your dust collector will not be able to remove dust effectively.
How Static Pressure is Measured
Like differential pressure, static pressure is measured in inches of water and sometimes will be called water column. The abbreviation for this unit is usually seen as “w.c.” and can also be seen as “w.g.”
How to Calculate Static Pressure
To calculate required static pressure, sum the following components of a dust collector system.
To start add 0.5” Second
Add the filter resistance of the collector. This will be the maximum recommended differential pressure from a dirty set of filters.
Fourth, add the friction loss in the duct system coming to the dust collector. For simple runs of 100’ or less, you can use 6” as a rule of thumb.
Please keep in mind these are general guidelines and there are many other variables to consider to make sure your system is engineered safely for your unique work environment to achieve peak performance.
To get specific help for your application, contact one of our equipment specialists at 888-221-0312, email [email protected] or request a consultation below.
• Industrial Dust Collection buyers place high importance on customer experience when making purchasing decisions
• Customer experience is defined by the interactions a buyer has with a company before, during and after a sale.
• There are five things industrial buyers value most in their purchasing experience: Product knowledge, Responsiveness, Service, Relationship, and Educational Resources
If you were to ask most people what’s most important to them when making a purchase historically it’s come down to three things – price, quality, and service. But as buyers have become more savvy and have less time to spend on purchasing, customers now place equal if not more importance on customer experience when making dust collection purchasing decisions. In fact, 86% of buyers are willing to pay more for agreat customer experience. And a recent Walker study found that by the end of 2020, customer experience will overtake price and product as the key brand differentiator.
Customer experience is defined by the interactions a buyer has with a company before, during and after making a purchase.
What makes a good customer experience when purchasing dust collector parts
We recently sent a survey to our customers to understand what they currently value when making purchasing decisions and to learn where there may be gaps and opportunities for improvement.
By understanding our buyer’s perspective it helps us build an experience tailored to the different needs and wants of our customer.
We’ve organized our findings into five core components that customers valued most:
Top 5 Key Components to a Customer Service Experience
Expertise and Product Knowledge
Educational Resources and Tools
Dust Collection Expertise and Product Knowledge
Expertise and product knowledge were voted as the most valued component in a dust collection customer service experience. Dust collection needs vary significantly even within the same industrial application. Today buyers value sales reps who function first as product experts who understand their specific dust collection challenges. Finding the right dust collection products that will optimize performance requires vast technical knowledge on a filters, valves, troubleshooting, dust collection engineering and more. When a sales rep delivers and establishes their expertise, this evokes trust and assurance to the customer that their buying journey and partnership will be successful.
“I had a very good conversation with internal sales, Mark. Sharing technical knowledge and information is always helpful!” – Customer Testimonial
Leveraging Technology to Improve Responsiveness
Responsiveness is critical to industrial dust collection customers in order to keep their system running at peak performance. A customer may need dust collector parts for an upcoming inspection, an unexpected explosion, or replacements for broken or underperforming parts. To help solve issues before they turn into more disruptive maintenance problems, it’s vital to get a response back to the customer promptly.
To improve response time, companies can leverage technology in innovative ways that cater to the customer.
For example, at USAF our sales reps can be reached through multiple channels including direct phone line, email, online quote request, online chat, email nurturing and marketing automation, or via the main line where a live person will answer and direct your call immediately. Investing in several channel options allows USAF to communicate with customers quickly, using their preferred communication method.
Further, as more of the buyers journey moves online, and as more buyers now prefer online communication over phone and face to face contact, particularly in response to COVID-19, companies need to adapt by investing in technology that will streamline the buyers journey by moving more customer interactions online. This could include any or all of the following solutions:
Chatbot Artificial Intelligence
Marketing Automation & Email/SMS nurturing
Content marketing – Includes videos, blogs, eBooks, case studies
“The products I purchase are specialized and by me contacting Patty and her quick response back to me works for our relationship and I wouldn’t change it. She does a fabulous job!” – Customer Testimonial
Customers face so many choices when it comes to where they purchase dust collector parts. One key component to the dust collection customer experience is service. Great service isn’t about being short-sighted and merely searching for the next opportunity, instead it’s about prioritizing solving customer problems and focusing on long term wins.
Today’s industrial buyers expect a service experience that combines one on one human connection with the efficiency that technology brings. An example of this could include the following touchpoints that combine technology with personal outreach:
Regular phone call check ins by sales rep before, during and after a sale to help the customer identify the right product and confirm successful delivery.
Email nurturing that includes how to advice and relevant educational information on dust collection.
E-Commerce product catalog for direct online sales
Post-sale shipping and tracking notifications by email or text
Post-sale customer satisfaction survey by email
While technology has changed the way we do business in critical ways, particularly through e-commerce, the need for human connection will never go away. Companies who can master this hybrid model by finding the right balance of human vs. technology touchpoints will be the most successful in the future.
“I think you’re already doing a great job. Bonnie is always fast to respond to my emails (always within an hour, often within minutes). On top of that she calls me periodically just to check up. She is a true professional and you should consider her a major asset to your company. Without her being my sales person I cannot guarantee that I would be even purchasing from you, there are local guys that I could buy from but I keep coming back to USAF because the service is so good.” – Jake Z.
The main goal of establishing a relationship between the customer and their sales rep is to create a consistent experience across all touchpoints in the dust collection journey. The sales rep is the direct connection from the company to the customer, and to ensure the process is as smooth and positive as possible the sales rep should be a customer’s first go-to contact for orders, questions, or issues.
Have you ever called a customer service line for a large retail or phone company? You often find yourself frustrated at being bounced around through several different departments before you even speak to the right person. A direct sales rep for a company keeps an eye on the customer’s entire journey to ensure their experience is positive and to also help mitigate any issues that may cause a bigger problem down the road.
“Bonnie was incredibly kind, helpful, and persistent (in a good way) with our last order” – Thomas J.
Educational Dust Collection Resources and Tools
Expertise, product knowledge, responsiveness, service, and a relationship are all important to the dust collection customer service experience. Providing additional educational resources and tools throughout the purchasing journey is crucial to building trust and long term partnerships. Examples of successful educational resources can include:
eBooks that provide in depth analysis on a key topic such as dust collection design
Regular blog posts that answer common questions customers ask
3D animated product demo videos
Instructional maintenance videos – includes installation, assembly, how-to and troubleshooting advice
Engineering drawings of products
Detailed spec sheets
Project case studies
Here are the most popular dust collection resources USAF has complied over the years that are most valued by our customers.
Why you may need a new dust collection system for your application and how a new system can improve operations.
What is a Dust Collection System?
Dust collection systems are engineered and designed to filter airborne dust particles and debris that can cause damage to plant equipment, create a hazardous work environment, and negatively impact plant production.
Installation of a new dust collection system for your facility either by replacing an old unit or expanding your existing operation, can mean an improvement in plant maintenance, waste collection, an increase in product quality, and plant efficiency and production. A new dust collection project can be a long process. Let’s start by exploring the top 5 benefits of a dust collection system.
The Top 5 Benefits of a Dust Collection System
Meet Compliance Regulations and Standards
Improve Product Quality
Enhance Health and Safety Standards
Preserve Quality of Equipment
Meeting Compliance Regulations and Standards
Many industrial industries in the U.S. must comply with strict air pollution control standards . These standards can be set by the Environmental Protection Agency (EPA), National Fire Protection Agency (NFPA), OSHA, or local governing entities such as the AQMD in California.
All agencies require industrial facilities to maintain and meet air quality standards to ensure a safe and clean environment for their plant, employees, and the surrounding community. To get started on what air permits may be needed for your specific application and location, check out our guide on dust collector air permits.
An accumulation of dust particles and debris on industrial equipment can interfere with overall plant performance. A dust collection system can collect these dust particles before they can interfere and compromise the health and performance of your manufacturing equipment. When your dust collection system is not performing well either due to extended wear and tear, or because your dust collector is undersized and overextended, your entire operation is at risk. Maintenance issues that go unchecked can result in an unexpected plant shut down that can close down operations for days, weeks or more. It may be difficult to know if your unit is undersized, overextended, or too old. In these cases, consult with a dust collection engineering firm and request an engineering study. By doing so you’ll get recommendations that can minimize the risk of inefficient and poorly working equipment as well as frequent and costly maintenance.
Improve Product Quality
For many manufacturing facilities, dust in the air can mean dust on their products. Dust can settle and accumulate on products during the manufacturing process. This has a negative impact on the quality and consistency of finished goods. A dust collector will reduce and effectively capture these dust particles, allowing for product quality to improve and maintain consistency.
Enhance Health and Safety Standards
Inhalation of hazardous dust affects human health and a dust collection system is vital to removing these hazards and to keep employees safe. Industries like woodworking, chemicals, iron casting, asphalt, etc. operate facilities that continuously emit hazardous contaminants, debris, gasses, and chemicals. If the hazardous dust particles and debris aren’t removed, employees inhale this polluted air and are at risk for both short-term and long-term health issues. A dust collection system can minimize this hazard. To get a better understanding of the long and short term health risks check out this guide on the health impact of dust collection systems.
Another serious risk for the company is the possibility of a fire or explosion due to an accumulation of combustible dust. There are only four conditions needed for an explosion to occur:
4 Conditions That Create an Explosion
Combustible Dust at the Right Concentration Level
Do you work in an industry with combustible dust? Some of the industries that are susceptible are:
Preserve the Quality and Prolong the Life of Equipment
When dust particles and debris are created inside a manufacturing facility the contaminated dust settles onto other surfaces such as computer systems and manufacturing equipment. A buildup of dust can be harmful and result in malfunctioning equipment. This can also create unnecessary, frequent, and costly maintenance in order to keep harmful dust and debris from accumulating. With a dust collector system purifying and collecting dust particles, the chances of excessive dust build-up is minimized.
To find out if you may benefit from an engineering study at your facility, contact a US Air Filtration engineer today. If you’re looking for additional resources on dust collection systems and the buying journey, download our free Dust Collector Purchasing Guide that touches on key topics like dust properties, volume, air-to-cloth-ratio, dust collector styles, low maintenance design features, and more.