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Corroded metal pipe with peeling paint during a lead paint survey inspection in an industrial environment

Lead Paint Survey

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Corroded metal pipe with peeling paint during a lead paint survey inspection in an industrial environment

Not sure if you need a lead paint survey?

Don’t guess.

We will quickly assess your situation, explain your risks, and tell you exactly what you need next.

 

AEC provides professional lead paint survey services across the UK to help identify lead-based coatings before any refurbishment, maintenance, or demolition work begins.

Our occupational hygiene consultants use XRF lead paint testing and laboratory analysis to give you fast, reliable results. You get clear data, practical advice, and a straightforward plan to manage risk.

A lead-based paint survey identifies where lead-containing coatings are present and whether they pose a risk during planned works.

It gives duty holders the information needed to:

  • understand where lead exists
  • plan safe work methods
  • prevent exposure to workers and others

Without a survey, you are guessing. And guessing with lead is how projects get delayed, workers get exposed, and compliance fails.

Lead becomes dangerous when disturbed.

Activities like sanding, cutting, burning, or scraping can release fine dust and fumes. These can be inhaled or ingested, creating long-term health risks.

That is why identifying lead before work starts is critical. A proper lead paint inspection helps you avoid uncontrolled exposure and costly mistakes.

Lead paint is most often found in older buildings, particularly on:

  • steelwork such as columns and RSJs
  • window frames and external woodwork
  • industrial and heritage structures
  • decorative finishes applied before modern regulations

If your site involves older materials, you should assume risk until proven otherwise.

Our handheld XRF equipment delivers instant, non-destructive results. This is ideal for heritage buildings or areas where damage must be avoided.

Where confirmation is required, we collect small samples and analyse them in a laboratory for precise results.

Both methods are used depending on your site, your risks, and the level of certainty required.

A survey alone is not enough. It must connect to wider control measures.

We support this through:

This is where most companies fall short. They identify the problem but fail to manage it properly. That’s the real risk.

Under UK law, employers must assess risk and prevent or control exposure to lead.

The key regulation is:
Control of Lead at Work Regulations 2002

These regulations require:

  • a suitable risk assessment
  • control of exposure
  • monitoring where needed
  • proper records and health protection measures

If you cannot prove compliance, you are exposed legally as well as operationally.

For practical guidance, refer to:
HSE guidance on working safely with lead

AEC delivers more than just results. We give you clarity and control.

  • Fast, reliable testing methods
  • Clear, actionable reports
  • Practical advice you can implement immediately
  • Full support across occupational hygiene services

You are not just buying a survey. You are buying risk reduction.

Corroded metal pipe with peeling paint during a lead paint survey inspection in an industrial environment
Drinking water supply system. Corrosion on the main pipe. Picture taken in Ukraine, Kiev region. Horizontal frame. Color image

If you suspect lead-based paint on your site, act now.

A delay here is not neutral. It increases risk, cost, and liability.

👉 Contact AEC today to book your lead paint survey or speak directly with a consultant about your project.

You will get clear advice, fast response, and a practical plan to move forward safely.

FAQ

A lead paint survey identifies the presence and location of lead-based coatings so you can manage risk before work begins.

It is tested using XRF equipment on site or by laboratory analysis of collected paint samples.

Before refurbishment, demolition, or maintenance work where older coatings may be disturbed.

The Control of Lead at Work Regulations 2002 set out the legal duties for managing lead exposure.

No. You also need proper controls, monitoring, and risk assessments to stay compliant and protect workers.

Meet the team

Jon McCarthy
Occupational Hygienist
Jon McCarthy is an Associate Member of the BOHS Faculty of Occupational Hygiene with extensive experience conducting workplace exposure monitoring, Noise Monitoring, and hand-arm vibration (HAV) Assessment for organisations across the public and private sectors.
Jon McCarthy, Occupational Hygienist at AEC and BOHS associate member specialising in exposure monitoring.
David Russon
Occupational Hygienist
David Russon is AEC’s Occupational Hygiene Manager and a Licentiate Member of the Faculty of Occupational Hygiene (LFOH). He has extensive experience delivering workplace exposure monitoring, COSHH Assessments, Local Exhaust Ventilation (LEV) Assessments, and Indoor Air Quality assessments across a wide range of industries.
David Russon, Occupational Hygiene Manager at AEC, specialising in COSHH and exposure monitoring.
Oliver Snowden
Occupational Hygienist
Oliver Snowden supports AEC’s occupational hygiene team in delivering workplace exposure monitoring, Noise Monitoring, and Indoor Air Quality Assessment across multiple industries. He is currently progressing through the BOHS occupational hygiene examination modules.
Oliver Snowden, Occupational Hygiene at AEC, conducting workplace environmental monitoring and air quality assessments

* AEC is UKAS accredited for asbestos surveys, air testing and bulk sample analysis only.

UKAS inspection logo with crown
UKAS testing logo with crown

Contact our Occupational Hygiene Specialists

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