Combustible Dust in the Bioenergy Industry

Understanding the Risks and Solutions

Hazards of Combustible Dust in the Bioenergy Industry

What Types of Bioenergy Dust are Combustible? How Big of a Risk Is It?

Many types of bioenergy dust are highly combustible, posing serious fire and explosion risks. Wood dust, biomass pellets, agricultural waste, and other processed organic materials commonly found in bioenergy facilities can become hazardous when suspended in the air. The level of risk depends on factors such as particle size and type, concentration, and ignition sources within the facility.

Are There Any Examples of Combustion Events Stemming from Bioenergy Dust?

Combustible dust explosions in bioenergy facilities have resulted in significant property damage, injuries, and fatalities. Notable incidents include plant explosions caused by accumulated wood dust or finely powdered biomass igniting due to static discharge or overheating equipment. These tragedies highlight the importance of dust control measures in bioenergy processing plants.

What is the Best Way to Manage Combustible Dust?

How Does SonicAire Prevent Dust Accumulation?

SonicAire Uses High-Velocity Airflow to Disrupt Dust Accumulation

SonicAire industrial fans utilize high-velocity airflow to control and manage airborne dust before it can settle. By creating continuous movement, these fans prevent the accumulation of combustible dust on overhead structures, thereby reducing the likelihood of hazardous levels being reached.

Additionally, SonicAire Uses Thermal-Current Control Using BarrierAire™ Technology

SonicAire fans incorporate BarrierAire™ technology, disrupting rising thermal currents that can carry fugitive dust into dangerous, hard-to-reach areas. BarrierAire™ is a special kind of air control technology used in SonicAire dust control fans. Think of it like an invisible shield of air that stops dust from rising up into the rafters and overhead areas of your plant. As the fan moves the air, it causes agglomeration. That means tiny dust pieces stick together and form bigger clumps (called agglomerates).

As these dust clumps grow larger and heavier, they fall to the floor.

So instead of dust floating around in the air, or landing up on your pipes and beams where it’s hard to clean, it just ends up on the floor where it’s easy to sweep up.

How SonicAire Can Reduce Overtime and Maintain Compliance in a Bioenergy Industry Facility

Manual Cleaning is Slow and Stops Production, Costing More Than You Realize

Traditional cleaning methods require stopping operations for thorough dust removal, leading to costly downtime. Labor-intensive cleaning efforts can also be inefficient and fail to eliminate hazardous dust buildup entirely.

Professional Cleaning Costs Add Up Quickly

Hiring professional cleaning services is expensive and must be done regularly to comply with safety regulations. Over time, these costs add up, straining operational budgets without providing a long-term solution.

Case Study: A Facility That Benefited from SonicAire’s Proactive Approach

Facilities implementing SonicAire fan systems report significant cost savings, increased operational efficiency, and improved compliance with industry regulations. By preventing dust accumulation at the source, SonicAire eliminates the need for repeated deep-cleaning efforts and reduces workplace hazards.

Greene Team Pellet Fuel, a wood pellet manufacturer, installed SonicAire fans and had terrific results:

“We knew we wanted to get the entire plant covered by the fans’ reach,” notes Galis [Operations Manager]. “The SonicAire team got back to us quickly, and the cost was lower than expected – and cheap compared to the explosive alternative.”

“We installed four in our facility, and we’re amazed at how clean the overhead areas are staying. There is practically zero dust in the rafters. We couldn’t be happier with the performance of the SonicAire fans. It makes our plant much safer.” – Galis.

“We now operate the four fans with our programmable logic controller (PLC) so that they run 100% of the time with few exceptions. When certain areas of the plant are shut down for maintenance, the fans automatically shut down. As soon as that area starts back up, the fans turn on automatically.”

A New Standard for Dust

The SonicAire Compliance Guarantee

Additional Resources

For more information on how SonicAire can help your bioenergy facility maintain compliance and improve safety, explore the following resources:

  • NFPA 660 Overview – Understand the new combustible dust safety standard.
  • Case Studies – Learn how other facilities have successfully implemented SonicAire solutions.
  • Request a Consultation – Speak with a SonicAire specialist to assess your facility’s needs.