Do you want to solve noise and vibration issues around your environment? Are you looking for experts to assess the reasons for noise and vibration around your property? At AF Acoustics, we design our noise and vibration surveys to meet all regulations and requirements set by local authorities and regulatory bodies

Our experienced professionals apply the use of the most up-to-date technology in evaluating and delivering the best solution to your noise and vibration issues in Kew. Choosing AF Acoustics secures the perfect solution to your noise issues.

Noise and Vibration Measurement Surveys in Kew

A noise survey report may be required for a variety of reasons. That’s why at AF Acoustics, we offer a range of services, which include:

  •  Environmental noise impact assessment in Kew
  •  Sound insulation noise assessment in Kew
  •  Occupational noise testing and assessment in Kew
  •  Commercial and industrial noise assessment in Kew
  •  Inspection of construction noise in Kew

The survey can also be tailored to ensure a full and accurate record of noise and vibration levels in Kew is made available afterwards. Here at AF Acoustics, our noise level measurements and monitoring is flexible to cover all your project plans and environmental needs in Kew. We have reliable noise and vibration experts spread throughout Kew that can help you meet your survey needs quickly.

You can have confidence that we will provide the necessary assumptions whether you’re trying to find out how loud a factory will be for employees, or how noisy your home appliances like air-conditioners will be.

Contact Us
Call us today for a quote on 020 3372 4430
Or you can email us at info@af-acoustics.com

What Happens During The Noise Assessment in Kew? 

Noise surveys are carried out at the beginning of the process, followed by the design, planning, and assessment works, to understand the existing noise condition of the environment. This is necessary to establish a baseline level and the reasons for the noise to determine how work on the site progresses.

The noise survey may take several days to be conducted to be sure the accurate standard and sporadic levels of noise are reported. The survey includes the use of sound level meters fixed at appropriate locations that logs the noise levels as they occur in Kew. When the noise levels have been logged over the required amount of time, the data is then downloaded, interpreted statistically, and compiled into a report.

An attended sound survey can however, be conducted in environments where surveillance of the noise source is required. In terms of short duration surveys and environments that are inappropriate for unattended monitors, attended monitoring is also important. To get sample readings of fluctuations across the site, we usually integrate attended sound measurements into our automated processes.

How The Vibration Survey Is Conducted in Kew

A vibration survey is carried out in areas where a nearby railway, tube line or industrial process may cause unacceptable levels of noise and vibration to buildings and people in the vicinity. However, a new infrastructural project may require pre-existing baseline vibration levels to be recorded, to ensure that neighbours are not adversely affected.

Vibration levels are usually measured during a short term attended survey, when the source in question is identified. Baseline surveys usually require unattended monitoring with the help of equipment that is installed at suitable locations.

To further ensure that the nearby vicinity will not suffer from vibrations, a survey is carried out to affirm that the installation of any service equipment is correct. We help you eliminate your noise and vibration issues at AF Acoustics to guarantee your peace of mind. Ring us today on 020 3372 4430 or get in touch through info@af-acoustics.com for reliable acoustics consultants in Kew.

Contact Us
Call us today for a quote on 020 3372 4430
Or you can email us at info@af-acoustics.com

Our Services

Some of Our Clients

See All Clients

Get In Touch

Fill out my online form.