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Industrial noise control is the practice of reducing site noise emissions via engineering controls. It can be achieved via many methods and includes but is not limited to the following:
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Acoustic Compliance Australia has a wide range of experience with designing and testing industrial noise control noise applications. It is a crucial component of both occupational noise and environmental noise assessments to reduce noise levels down to compliant levels.
We work with sites, engineers, designers and fabricators throughout the noise control process to ensure successful outcomes are achieved as far as practicable from conception through to implementation. It is common for sites to require a range of different industrial noise control methods to economically deliver a noise control programme or remedial action plan.
While every project is different, it is typical for industrial noise controls to be calculated theoretically to determine their effectiveness and feasibility before being fabricated and installed. This is a crucial step as some noise controls, if not properly designed, can provide poor performances and in some cases exacerbate the issue further. A common example is poorly designed pipe lagging, where poor designs result in the lagging being excited at natural frequencies and resonating, similar to a tuning fork, resulting in noise levels being amplified higher and creating a larger noise problem than the original pipes' noise level.
our duty is to assist industry
Our consultants strive for excellence in the outcomes we deliver, we take pride in our work and actively encourage our clients to have an open dialogue with us throughout the noise control process to ensure projects are successful when implemented.
Acoustic Compliance Australia is highly experienced with industrial noise control and it has been shown that investment in proper acoustical design results in project savings in the long term.
Industrial noise control is the practice of reducing site noise emissions via engineering controls. It can be achieved via many methods and includes but is not limited to the following:
- Noise walls
- Acoustic louvres
- Attenuators
- Vibration damping mounts
- Mufflers or exhausts
- Enclosures
- Lagging for pipes and components
- Acoustic absorption
- Plant rooms
- Fan blade design
- Baffles
- Cavitation control
- Replacing equipment with quieter alternatives
Acoustic Compliance Australia has a wide range of experience with designing and testing industrial noise control noise applications. It is a crucial component of both occupational noise and environmental noise assessments to reduce noise levels down to compliant levels.
We work with sites, engineers, designers and fabricators throughout the noise control process to ensure successful outcomes are achieved as far as practicable from conception through to implementation. It is common for sites to require a range of different industrial noise control methods to economically deliver a noise control programme or remedial action plan.
While every project is different, it is typical for industrial noise controls to be calculated theoretically to determine their effectiveness and feasibility before being fabricated and installed. This is a crucial step as some noise controls, if not properly designed, can provide poor performances and in some cases exacerbate the issue further. A common example is poorly designed pipe lagging, where poor designs result in the lagging being excited at natural frequencies and resonating, similar to a tuning fork, resulting in noise levels being amplified higher and creating a larger noise problem than the original pipes' noise level.
We work with sites, engineers, designers and fabricators throughout the noise control process to ensure successful outcomes are achieved as far as practicable from conception through to implementation. It is common for sites to require a range of different industrial noise control methods to economically deliver a noise control programme or remedial action plan.
While every project is different, it is typical for industrial noise controls to be calculated theoretically to determine their effectiveness and feasibility before being fabricated and installed. This is a crucial step as some noise controls, if not properly designed, can provide poor performances and in some cases exacerbate the issue further. A common example is poorly designed pipe lagging, where poor designs result in the lagging being excited at natural frequencies and resonating, similar to a tuning fork, resulting in noise levels being amplified higher and creating a larger noise problem than the original pipes' noise level.
our duty is to assist Your Industry
Our consultants strive for excellence in the outcomes we deliver, we take pride in our work and actively encourage our clients to have an open dialogue with us throughout the noise control process to ensure projects are successful when implemented.
Acoustic Compliance Australia is highly experienced with industrial noise control and it has been shown that investment in proper acoustical design results in project savings in the long term.
