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Sneak Peek Article

Silence is Golden: Safety in Eliminating Heavy-Duty Idling

Understanding the Impact of Workplace Noise

 Utility crews, forestry workers, and contractors face numerous daily hazards. The constant background noise from idling trucks and power equipment adds a subtle yet significant risk to their work environment. Let's explore some of the key impacts: 

Cognitive Performance and Stress

 Prolonged exposure to noise can affect mental acuity, potentially leading to increased stress levels and fatigue. For workers performing complex and dangerous tasks, these effects can impair decision-making and reaction times. 

Noise and Workplace Accidents

 The construction industry, which shares similarities with utility and forestry work, identifies four leading causes of worker fatalities, known as "the Fatal Four": falls, being struck by objects, electrocutions, and caught-in/between incidents. Noise can contribute to the risk in each of these scenarios by impairing communication, reducing situational awareness, and increasing fatigue.


It's worth noting that the fatality rate for lineworkers is nearly 400% higher than the national average for all occupations, with similar risks faced by forestry workers. While multiple factors contribute to this statistic, workplace noise is an often-overlooked variable that deserves attention.

Communication Challenges

Masking of Important Sounds

Masking of Important Sounds

 High noise levels can interfere with crucial communication between team members. This is particularly critical when working at heights, in dense forest environments, or near live electrical systems. 

Masking of Important Sounds

Masking of Important Sounds

Masking of Important Sounds

 Persistent background noise can obscure important auditory cues such as equipment malfunctions, approaching vehicles, or warning shouts from colleagues. 

Bucket trucks: 80-85 dB


The Truckers Report

Exploring Noise Reduction Strategies

There are various approaches to reducing workplace noise, each with a set of benefits and challenges

Equipment Modernization

Idle Reduction Technologies

Portable Power Solutions

Some companies are exploring electric and hybrid-electric vehicles, which can produce less noise when stationary and often power onboard equipment without idling. However, the high initial costs and charging infrastructure requirements can be significant hurdles. 

Portable Power Solutions

Idle Reduction Technologies

Portable Power Solutions

Battery banks and electric generators can provide necessary power without constant engine noise, though they may have limitations in remote locations or during extended operations. 

Idle Reduction Technologies

Idle Reduction Technologies

Idle Reduction Technologies

For fleets not ready for full electrification, technologies like ePTOs, auxiliary power units or plug-in electric gensets. These systems require less investment and provide tangible benefits when adopted. Adoption is a process and crucial to success.

Alternative Tools

Maintenance and Retrofitting

Idle Reduction Technologies

Battery-powered hand tools and chainsaws can significantly reduce localized noise. While they've improved greatly, some operators find they still lack the power of traditional gas-powered tools for heavy-duty tasks. 

Operational Changes

Maintenance and Retrofitting

Maintenance and Retrofitting

Some organizations have found success in modifying work schedules to minimize simultaneous noisy operations or implementing "quiet periods" during the workday. 

Maintenance and Retrofitting

Maintenance and Retrofitting

Maintenance and Retrofitting

Regular maintenance of existing equipment can help reduce noise levels. Some fleets have explored retrofitting vehicles with improved insulation or muffler systems. 

Case Study: Balancing Act

 A mid-sized electric cooperative in the Midwest implemented a multi-pronged approach to noise reduction. They introduced two electric bucket trucks for urban work, upgraded to battery-powered hand tools, and implemented stricter idling policies for their remaining diesel fleet. While they saw improvements in urban noise complaints and worker satisfaction, they faced challenges with range anxiety on the electric vehicles and some resistance from workers accustomed to traditional tools. The cooperative is still evaluating the long-term impacts on safety metrics and overall efficiency. 

Beyond Safety: Additional Considerations

 While safety is paramount, noise reduction strategies can offer additional benefits:


  • Potential fuel savings from reduced idling
  • Decreased emissions and improved local air quality
  • Reductions in maintenance costs for some equipment types


However, it's important to weigh these benefits against potential drawbacks such as higher initial costs, changes in operational procedures, and the need for worker training on new equipment.

Sustainable Fleet Forum Takeaways

 As industry professionals, we must continually evaluate how to best protect our workforce. The impact of noise on safety, while not always immediately apparent, is a critical factor to consider. There's no one-size-fits-all solution to this complex issue, but by staying informed about various strategies and their trade-offs, we can make decisions that best serve our teams and communities.


We encourage you to assess your own operations: How does noise affect your workforce? What strategies might be most effective in your specific context? By engaging with these questions, we can work towards creating safer, more effective work environments across our industries.

Worksite Decibels Reference Document

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