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An Optimized Approach to Dust Control in Grain Elevators and Terminals

Over 18 billion bushels of grain are produced and moved through grain handling systems in the US each year. The ability of the United States to feed its populace and livestock, support the biofuels movement, and export excess grain to emerging markets is a point of national pride and strength. The infrastructure for moving grain from one point to another includes small country elevators, larger elevators, large grain terminals, trucks, trains, barges, and ocean going shipping vessels. And every time grain is moved from one of these points to another, dust is generated. Dust which must be controlled, captured, and contained. Read the full article.


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OSHA - Occupational Safety and Health Administration

OSHA Regional & Area Offices

ASHRAE - American Society of Heating, Refrigerating and Air-Conditioning Engineers

EPA - Environmental Protection Agency

EPA National Emission Standards for Hazardous Air Pollutants (NESHAP)

US EPA Emission factors & AP42, Compilation of Air Pollutant Emmision Factors

EPA State and Territorial Agencies

NFPA - National Fire Protection Association and National Electrical Code (NEC)

NIOSH Pocket Guide to Chemical Hazards

Databases Combustible and explosion characteristics of dusts

Technical Information




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Six Things to Consider When Purchasing a Dust Collector

Best Practices in Dust Collector Hood Design

Insufficient Airflow at the Hoods

Carbon Dioxide Fire Suppression Product Brochure

Cost-Effective Dust Collector Placement Strategies


Ensuring Effective Dust Collection in Challenging Environments

Optimizing Dust Collection in Food Manufacturing

Cost Advantages of Point-of-Use Dust Collection in Dump Pit Applications

Optimized Approach to Grain Dust Control

Thermal Cutting Dust Collection - Balancing the Variables

Thermal Cutting Dust Collection - Balancing the Variables

Laser and Plasma Applications: Selecting a Dust Collection System

Efficient Control of Thermal Spray Dust Collectors

Cutting Costs - the Most Efficent Upgrade of a Cement Storage Warehouse

Cullet Return Systems: Reducing Costs of Dust Collection with Efficiency

Innovative Glass Ceramic Solutions

Innovative Glass Containers Solutions

Welding Terms

Dust Collectors

Understanding Conveying Velocities to Save Money on Dust Collection

Troubleshooting Dust Collector On-Demand Cleaning Systems

Thermal Spray Dust Collection Hood Design

Reducing Bridging in Dust Collector Hoppers

Three Reasons Why Not to Ignore Your Dust Collector’s Exhaust Air

Eight Tips for Planning and Executing Dust Collection Projects

Minimizing Downtime and Lost Production in Baghouse Operations

Six Things to Consider Before You Purchase Ambient Weld Fume Collection

My Dust Collector is Leaking - What Can I Do?

A Case for Downflow Cartridge Collection

Combustible Dust Roadmap

Applying a New Test Standard to Compare Industrial Dust Collectors

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Adjusting Dust Collector Fan Dampers to Save Time and Money

Cost-Effective Dust Collector Placement Strategies

Think Smaller and Smarter about Baghouse Dust Collection

Cleaner Air with Advances in Baghhouse Technology

Differential Pressure: What it is and why you should care

Regulating Compressed Air Pressure - Essential to Longer Filter Life

Sizing Ducting for Dust Collectors

Optimizing Dust Collector Filter Cleaning Technology

Understanding RF Baghouse Inlet Differences

Filter Cartridges

Think Twice Before Cleaning Your Dust Collection Filters

Filters and Filter Media

Advantages & Disadvantages of Pre-Coating Pleated Cartridge Filters

Pleated Bag Filters: Problem Solvers in the Grain, Feed & Seed Industries

Pleated Bags: A Baghouse Dust Collection Problem Solver

Five Reasons to Consider Hydroentangled Bags for Enhanced Baghouse Performance

Five Things You Should Know About Dust Collection Filter Media

How Donaldson Torit Filters Save Energy

Ordinary Nanofiber Proven Inferior to Ultra-Web

Top Five Reasons a Nanofiber Layer is Worth It


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Collecting Pharma Dust: Technology Advancements for Improved Safety & Efficiency

Managing Compressed Air for Industrial Dust Collectors

Optimize Airflow on Dust, Mist and Fume Collection Systems

Filtration Mechanisms: How Particles Behave

Four Simple Ways to Evaluate the Characteristics of Dust

Clean Up with Three C's - Capture, Carry, Contain

Cleaner Air Comes From Within- Your Cartridge Dust Collector is Only as Good as Your Filters

FanTastic: Cutting Energy Costs Out of Thin Air

How To Get Cleaner Air: Your Bottom Line For Dust Collection

Mist Collectors

Wet Machining: Control Air Quality by Effective Smoke Collection

Best Practices for Cleaning Mist Collectors

Mist Collection: Fundamentals and Applications

Mitigating Mist


NIOSH Recommendations for Hexavalent Chromium - 2013 Update

Dust Collectors and Combustible Dust Strategies - Brochure

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Dusting Problems: Potential Causes and How to Eliminate Them

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