Airborne hazardous substances are serious health hazards, leading to irritation, sensitization, and carcinogenicity. Workplace air monitoring is undertaken to establish the airborne levels of specific hazardous substances workers are likely to be exposed to within the workplace.
Workplace air monitoring may be required following concerns over air quality, periodic verification of control measures efficiency or as part of a risk assessment. Workplace air monitoring requirements are usually determined following risk assessments carried out under the Control of Substances Hazardous to Health (COSHH) Regulations 2002. Regulation 10 covers explicitly the monitoring of exposure and provides organizations with measurement data to make informed decisions on the site COSHH assessments.
Element’s highly experienced team of qualified occupational hygienists specializes in delivering a range of workplace air monitoring services for use within a diverse range of operating environments, including quantitative Face Fit Testing.
Our workplace air monitoring services are undertaken in accordance with the most appropriate UK Methods of Determining Hazardous Substances (MDHS) published by HSE or by internationally recognized standards or methods published by organizations such as NIOSH, BS EN ISO, OSHA.
Our occupational hygienists undertake monitoring using the latest equipment, which is calibrated pre and post sampling. Using portable pumps known volumes of air are drawn through sample media positioned in an individual’s breathing zone or for background measurements fixed in static locations with subsequent analysis for individual airborne contaminants. All sample analytical work is undertaken at ISO accredited analytical laboratories that participate in the externally audited proficiency schemes.
We provide results in interpretive technical reports comparing measured concentrations to Workplace Exposure Limits (WEL) published in the HSE document EH40, Occupational Exposure Limits (OEL) or Control Limits published in HSE Regulations or International OELS (where applicable), which give our customers clear explanations in terms of their compliance with the CLAW and COSHH regulations, and practical advice on appropriate corrective actions and provide control measures where necessary.
For more information about our workplace air monitoring services, contact us today.
Methods and standards
HSG173 Monitoring strategies for toxic substances
MDHS 14/4 General methods for sampling and gravimetric analysis of respirable, thoracic, and inhalable aerosols (UKAS Accredited)
MDHS 25/4 Organic isocyanates in air
MDHS 47/3 Determination of rubber process dust and rubber fume (measured as cyclohexane-soluble material) in air
MDHS 59/2 Machine-made fibres
MDHS 83/3 Resin acids in rosin (colophony) solder flux fume
MDHS 84/2 Measurement of oil mist from mineral oil-based metalworking fluids
MDHS 86/2 Hydrazine in air
NIOSH 5524 Metalworking fluids
MDHS 91/2 Metals and metalloids in air by X-ray fluorescence spectrometry (Mercury)
MDHS 95/3 Measurement of personal exposure of metalworking machine operators to airborne water-mix metalworking fluid
MDHS 101/2 Crystalline silica in respirable airborne dust
MDHS 102 Aldehydes in Air
MDHS 104 Volatile organic compounds
NIOSH 5000 Carbon Black
NIOSH 5040 Diesel Particulate Matter (as Elemental Carbon)
NIOSH 6015 Ammonia
NIOSH 7300 Metal Elements by ICP
NIOSH 7903, 7904. 7906, 7907, 7908 Methods for Sampling and Analysis of Airborne Inorganic Acids
OSHA ID-214 Ozone In Workplace Atmospheres
BS EN ISO 10882 Health & Safety in Welding and Allied Processes - Sampling of Airborne Particles and Gases in the Operator’s Breathing Zone
BS EN ISO 16000-4: 2004 Diffusive sampling and formaldehyde in air
Asbestos Air Testing
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Welding Fume Monitoring
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COVID Air Dispersion Modeling
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Workplace Monitoring and Assessments
Find out we help our customers to improve indoor air quality and safety of their workplaces.