New construction, maintenance and upgrades are crucial for keeping the UK’s infrastructure up to standard and capable of handling growing populations.

Unfortunately, when new projects have a knock-on-effect to the local community, neighbouring businesses and nearby environment, they can be a source of significant disruption and sometimes even face pushback and complaints.

When a project involves work that may produce excess dust, noise or vibrations then additional care and consideration will need to be taken to avoid work negatively impacting the environment, quality of life or breach the strict legal laws and regulations such as the Control of Pollution act 1974, which sets out definitions and limits for pollution for construction activity.

When might dust, noise or vibration be considered a nuisance?

When it comes to hazards caused by construction or civil engineering, what’s considered acceptable will depend on several different factors. Each project should be taken on a case-by-case basis but common measures of ‘nuisance’ include:

• Causes significant distress or inconvenience – Hazards disrupt daily activities or creates a potentially harmful environment where people’s health could be affected.
• Excessive volume or duration – This will be subjective based on the project location, type of work being carried out, surrounding environment and even personal tolerance.
• Unreasonable amounts – If the hazard interferes with regular operations in the nearby area or regularly goes beyond what a reasonable person considers tolerable.

Important factors to be considered on a project

As mentioned, there are several factors to consider and which may change whether dust, noise and vibrations are considered a nuisance. These need to be looked at independently for each project, some common considerations include:

Additional measures to control the hazard – There are best practices and regulations in place to ensure dust, noise and vibration is not polluting the surrounding environment. It is best practice to implement specialist hazard controls to minimise the impact of works to those nearby and the surrounding environments. Speak to a technical consultant about engineering controls for your project >

1. Location of the project – A rural infrastructure project may be less likely to encounter complaints by those nearby but more likely to encounter environmental directives to protect the local wildlife. A bigger project instructed by a council or government may also be more tolerable than a smaller, private project because of the long-term benefits it brings.
2. Time of day and duration of the project – If a project involves activity during night-time hours then there is an expectation to minimise disruption as much as possible. Continuous exposure to hazards such as dust, noise and vibration will also be more difficult to justify than shorter bursts of activity as long-term exposure can cause significant harm to those working on the project and nearby.
3. Baseline hazard measurements – Work taking place in a busy city centre is more likely to have a higher baseline dust, noise and vibration levels than the countryside. It’s important to establish a starting point in order to accurately measure hazards produced from works taking place and, if needed, take action to reduce those hazards.

Dust, noise and vibration exposure limits

For workers exposed to dust, noise and vibration, there are specific workplace exposure limits in place and enforced by the Health and Safety Executive (HSE). The limits are in place to minimise the risk that long-term health will be impacted as a result of work carried out on projects they are part of.

Dust

Employers must protect workers from hazardous substances including dust, fumes, chemicals, vapours, mists and more that have the potential to cause disease. The current limits are 10mg for inhalable dust and 4mg for respirable dust over an 8-hour working day. For more detailed information about the risks of dust exposure, download our whitepapers raising awareness on dust >

It's important that projects avoid hazards becoming airborne and migrating to nearby areas where possible to limit exposure and health risks to those nearby.

Noise

In the UK, the noise occupational health limits are defined by the Control of Noise at Work Regulations 2005 which outline the following limits:

• Daily or Weekly Average Exposure: 80 dB (A) (or 135 dB (C) peak sound pressure).
• Upper Exposure Limit: 85 dB (A) (or 137 dB (C) peak sound pressure).
• Maximum Exposure: 87 dB (A), considering any hearing protection provided.
• Peak Sound Pressure: 140 dB (C)

Employers are responsible for ensuring noise levels do not exceed these limits and impact workers’ hearing health.

These limits also help adhere to British Standards such as BS 5228 and minimise risk to those nearby noisy works, tools or equipment. See our best practice guide for adhering to the BS 5228-1:2009 >

Vibration

The Control of Vibration at Work Regulations 2005 set the following limits related to vibration exposure:

• Exposure Action Value (EAV): 2.5 m/s², where employers should take action to reduce exposure.
• Exposure Limit Value (ELV): 5.0 m/s², which should not be exceeded.

Health surveillance is also required for employees exposed to hand-arm vibration exceeding the EAV.

As well as worker and individual health, excessive vibration on a project can impact the structural integrity of nearby buildings if not carefully measured and managed.

All information is up to date and correct as of January 2026 but regulations and limits for dust, noise and vibration are subject to change.

Best practice for dust, noise and vibration

Even when you project is carefully managed and has proactive measures in place, there is a simple solution. Environmental monitoring can help ensure any potential breaches are reacted to and dealt with immediately whilst keeping an accurate and consistent log of data to prove compliance. Watch our toolbox talk on Environmental Monitoring >

The most appropriate monitor will depend on the specific activities taking placed or machinery being used, as well as all of the important factors mentioned above. A free, no obligation site survey can help determine exactly what type of monitoring would be best for your project.

RVT Group offer a wide range of monitors for dust, noise and vibration to empower your team and your project to measure output for each hazard on your project. Each monitor measures in real-time and allows you to access the data remotely should you need to prove compliance to local authorities.

Dust Monitors

RVT Group’s dust monitors are designed for those who need to monitor and manage dust and particle emissions continuously and in real-time. They deliver accurate measurements of PM1, PM2.5, PM4.25 , PM10 and TSP and are ideal for use in both indoor and outdoor environments.

See all dust monitors >

Noise Monitors

Our noise monitors prioritise quick -up, with most simply plugging in to a 110v power supply to begin monitoring noise in real-time. We can work with you to establish and pre-set alerts specific to your site and activity.

See all noise monitors >

Vibration Monitors

RVT Group’s vibration monitors boast long battery life and 24-hour access to your data in a convenient web platform – no need to download additional software. These units can be powered via mains or battery, depending on the site’s set-up.

See all vibration monitors >

These monitors can be combined so your project is covered on all bases, and your team can focus on the job at hand, safe in the knowledge they will be alerted should a potential breach arise. Measuring the risk through monitors grants your team the power to avoid lengthy and costly delays that arise via complaints when there is an absence of data.

Speak to a consultant about how monitoring could benefit your project >