Don’t take chances with human health when it comes to VOCs and SVOCs! ºÃÉ«TV’s testing for advanced Volatile Organic Compounds and Semi-Volatile Organic Compounds (SVOCs) ensures you comply with strict regulations, safety guidelines and legislations whilst avoiding exposure. Our global ISO 17025 accredited laboratories use state-of-the-art equipment and robust methods to provide accurate, low-concentration, high-volume testing, across a wide range of material types and environments. 

 

What is VOC Testing? 

VOC testing is a critical analytical process that identifies and measures volatile organic compounds (VOCs) in various materials, products, and environmental samples. These compounds are chemicals that easily evaporate at room temperature and can pose risks to human health and the environment. ºÃÉ«TV's VOC testing services employ advanced techniques to detect and quantify these substances across a wide range of applications. Our testing capabilities extend to both VOCs and semi-volatile organic compounds (SVOCs), covering materials such as consumer products, building materials, automotive components, environmental samples and more.

 

Benefits of ºÃÉ«TV's VOC Testing Services 

  • Accuracy and reliability: Our robust methods to reach low detection levels, with most methods/matrices accredited to ISO 17025, demonstrating reliability.
  • State-of-the-art testing facilities: Our laboratories are equipped with large environmental chambers and a microchamber, enabling precise VOC testing for automotive productsbuilding materials, office products, and furniture.
  • Global reach: With testing laboratories in North America, the United Kingdom, the Middle East, Asia, and South Africa, we offer a full suite of services and provide customized reports tailored to your specific requirements.
  • Customized solutions: ºÃÉ«TV can assist with virtually any VOC or SVOC testing project, including emissions testing, providing tailored approaches to meet your specific needs.
  • Actionable results: Our customized reports help you understand your test results and their implications, enabling informed decision-making.
  • Industry-specific expertise: ºÃÉ«TV's experience spans various sectors, including pharmaceutical, petrochemical, environmental, and polymer industries, ensuring that we understand the unique challenges of your specific field.
  • Flexible sampling options: We offer a variety of methods to sample VOC emissions from products and materials using tedlar bags, mircochamber sampling, thermal desorption and various size chamber testing.

 

Detect VOCs at Extremely Low Concentrations

Volatile organic compounds (VOCs) can pose significant risks, even at extremely low concentrations, making them critical yet challenging to detect. It is crucial that VOC testing methods are sensitive enough to ensure compliance with regulatory limits and to address any potential risks. ºÃÉ«TV’s advanced technology makes us perfectly suited to this requirement. We use state-of-the-art equipment, including Gas chromatography / Mass spectroscopy (GC/MS), Gas Chromatography with flame-ionization detection (GC-FID), and High-Pressure Liquid Chromatography (HPLC). Our ISO 17025-accredited methods guarantee accurate and reliable results, helping you stay compliant and avoid legal issues.

 

Maintain Sample Integrity and Minimize VOC Losses

Accurate VOC testing depends on maintaining the integrity of your samples during collection. Any loss or contamination can compromise the results.
To address this, we offer a variety of specialized sampling media including desorption tubes, tedlar bags, evacuated canisters, bottlevacs, VOC Vials, methanol preservatives and DNPH cartridges. 

Additionally, our experts will help you choose the best sampling method to minimize VOC losses and ensure sample integrity. This attention to detail ensures that your results are both accurate and reliable, covering a range of matrices including watersoilwaste, oil, ambient air, soil vapor, and off-gas from car components.

 

VOC Testing Services & Capabilities

  • Methanol Preserved VOCs: ºÃÉ«TV provides sample kits for soil VOC analysis using methanol preservation, in accordance with BS 10176 (UK) and EPA Method 5030 (US/Canada).
  • VOCs on Sorbent Tubes: ºÃÉ«TV offers sorbent tubes for VOC air sampling, with thermal or solvent desorption options. Suitable for chlorinated solvents and TPH CWG, including BTEXN.
  • VOCs in Canisters: We provide evacuated canisters, BottleVacs, and Tedlar Bags for ambient and vapor intrusion sampling over periods from minutes to 24 hours.
  • VOC Testing for Products: ºÃÉ«TV uses various methods, including Tedlar bags, microchambers, and thermal desorption, to sample VOC emissions from products and materials.

Why Choose ºÃÉ«TV

ºÃÉ«TV has the expertise, facilities, and know-how to support your project and testing needs. We can deliver VOC sampling and analysis for a wide range of applications in pharmaceutical, residual solvents, impurities from drug substances and container closure systems, flavor, fragrance, and packaging, petrochemical, environmental, and polymers industries. 

Our global network of laboratories, located in North America, the United Kingdom, the Middle East, Asia, and South Africa, is equipped with the latest technology, including several large chambers and a microchamber, GC/MS, GC-FID, and HPLC. These advanced facilities enable us to deliver high-quality VOC testing with exceptional sensitivity and accuracy. 

ºÃÉ«TV's commitment to delivering reliable results is backed by our adherence to ISO 17025 standards, ensuring that our testing processes meet the highest quality and regulatory requirements. For more information on how we can support your VOC and SVOC testing needs, please visit our About Us page or contact our experts directly.

  • Interior materials and components
    • 1,3-butadiene in air from 1 cubic meter chamber - wet chemical method
    • 1,3-butadiene content - headspace method
    • Determination of aldehyde and ketones from interior materials
    • Determination of emission of organic compounds - headspace GC
    • Determination of formaldehyde emission in vehicle interior materials
    • Determination of organic emissions in vehicle interiors by headspace GC
    • Determination of organic emissions in vehicle interiors
    • Determination of VOC/SVOC from interior materials
    • Determination of VOC in interior components
    • Emission behavior of components in a chamber
    • Interior air of road vehicles - high temperature
    • Microscale method
    • Odor by sampling bag from 1 cubic meter chamber
    • Interior - emission behavior
    • Screening method
    • Sampling bag method
    • Static headspace GC/MS for interior materials
  • Cabin parts
    • Determination of VOC in cabin parts
  • Vehicle parts
    • Determination of VOC from parts in vehicle compartment
    • Determination of VOC from vehicle parts
    • Determination of aldehydes and ketones, parts, components, materials
    • Emission behavior of parts in a chamberPart assembly and full vehicle
    • Analysis of formaldehyde and carbonyl compounds by HPLC
    • Determination of VOC emission in part assembly
    • Determination of formaldehyde - bottle test
    • Emission with air exchange in a testing chamber
    • Formaldehyde bottle method - HPLC determination
    • Measuring emissions of formaldehyde
    • Olfactory behavior in a testing chamber
    • Performance vehicle air quality material requirements
    • Thermal desorption analysis of organic emissions
  • 01.12-L-10661
  • BMW GS97014-3
  • BMW GS97014-4
  • Butadiene from DBL 5430
  • CS-A0229
  • EN 13130-4
  • FCA CS13398
  • FLTM BZ108
  • FLTM BZ156-01
  • FLTM BZ157-01
  • GMW15634
  • GMW15635
  • GMW17914
  • GMW8081
  • ISO 12219-2
  • ISO 12219-4 and OEM Variants
  • All Japanese and Korean OEM Test Methods
  • ISO 12219-6
  • ISO 12219-7
  • ISO 12219-9
  • TPJLR.52.104
  • TPJLR.52.107
  • VCS 1027,2739
  • VCS 1027,2749
  • VCS 1027,2759
  • VCS 1027,2769
  • VDA275
  • VDA277
  • VDA278
  • VW PV2942
  • VW PV3341
  • VW PV3925
resources

Read our article on VOC testing in vapor

Soil, water, and vapor must be tested as part of he environmental assessment process. Without vapor testing for VOCs, an environmental assessment is considered incomplete

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