Eurofins Environment Testing Air Toxics
Phone: 800-985-5955
AirToxics.Inquiries@et.eurofinsus.com
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Eurofins Air Toxics was formed in 1989 for the purpose of providing analytical services relating to the determination of toxic air pollutants. Today, Eurofins Air Toxics is the global leader in air testing and Center of Excellence for Eurofins Environment Testing US in supporting a wide range of matrices for both routine and specialty air testing programs. Capabilities extend from trace level measurements required for indoor air testing to identifying and quantifying organics in complex matrices following EPA, ASTM and in-house developed methods.
Air Sampling Media & Instrumentation
With over 8,000 canisters, 5,000 quick-connect flow controllers and several thousand sorbent tubes, Eurofins Air Toxics maintains the largest single location air sampling media inventory of any laboratory in the United States. Analysis is supported with state-of-the-art instrumentation and equipment, which has been optimized in order to enhance performance and reliability. In addition, our expert staff has designed and built innovative equipment to address laboratory processing challenges and meet unique project needs. The investment in instrumentation means that Eurofins Air Toxics has the redundancy and capacity to effectively process a large number of samples and achieve the required report delivery timelines.
Analytical Capabilities
Eurofins Air Toxics supports numerous EPA methods described in the Compendium of Methods for the Determination of Toxic Organic Compounds in Ambient Air, commonly referred to as the “TO” methods. Additionally, the laboratory has implemented various ASTM methods. The following analyses are currently performed routinely at Eurofins Air Toxics. Special project requirements, including method developing, may be accommodated upon request.
|
Method |
Analysis |
Media |
|
EPA TO-3 |
TPH by GC/ FID |
Canister or Tedlar Bag |
|
EPA TO-12 |
Non-methane Organic Compounds by GC/FID |
Canister or Tedlar Bag |
|
EPA TO-13A |
Polynuclear Aromatic Hydrocarbons (PAHs) by GC/MS |
PUF/XAD cartridge |
|
EPA TO-15 |
Volatile Organic Compounds (VOCs) by GC/MS SIM/scan |
Canister or Tedlar Bag |
|
EPA TO-17 |
VOCs and SVOCs by TD-GC/MS |
Sorbent Tubes |
|
Method |
Analysis |
Media |
|
ASTM D1945 |
C1-C5 Hydrocarbons and atmospheric gases GC/FID/TCD |
Canister or Tedlar Bag |
|
ASTM D1946 |
Atmospheric gases, ethane and ethane by GC/FID/TCD |
Canister or Tedlar Bag |
|
Method |
Analysis |
Media |
|
EPA 325B |
Benzene and VOCs by TD-GC/MS |
Sorbent Tube |
|
Mod TO-17 |
VOCs by TD-GC/MS |
Radiello® 145 |
|
Mod TO-17 |
VOCs by Solvent Extraction GC/MS |
Radiello® 130, WMSTM |
|
Method |
Analysis |
Media |
|
40 CFR Part 50 App J |
Particulates (PM10 and TSP) |
Filter |
Experience
Eurofins Air Toxics provides services to the environmental engineering community, private industry and government sectors, providing both routine and specialty analyses. We partner with our clients, providing technical support during the project definition phase, educational resources on the use of sampling equipment and method options, operational support for media delivery, sample analysis, report delivery and technical support regarding data questions.
Eurofins Air Toxics has extensive Department of Defense (DoD) experience under DFARS compliance, as well contracting directly with the Army Corps of Engineers, Air Force Center for Environmental Excellence (AFCEE) and the U.S. Navy. The laboratory maintains DoD-ELAP accreditation for many of our commonly requested methods and analytes, and adheres to the most current DoD/DOE Quality Systems Manual (DoD/DOE QSM V5.4) providing the required quality parameters and specific data deliverables at a competitive price.
Eurofins Air Toxics supports the following types of projects utilizing active and passive sampling technologies:
- Vapor Intrusion Investigations
- Soil Gas Survey
- Ambient/Fence-line Air Monitoring Programs including Method 325B for Refineries and Chemical Plants
- Manufactured Gas Plant (MGP) Remediation Projects
- Indoor Air Quality Assessments
- Specialty Analysis Parameters Including ethylene oxide, 1,4-dioxane and extended hydrocarbon speciation
