Analytical Resources, Inc. (ARI) - Analytical Chemists and Consultants

1613B Dioxins By High Resolution Mass Spec

Analytical Resources Inc. is now the proud owner of a new Waters Autospec premier high resolution gas chromatograph/mass spectrometer. Method 1613B is now available directly through ARI utilizing the latest advances in both instrumentation and software from Waters. Construction of an independent clean room solely for sample preparation is now finished featuring microwave extraction for soils and sediments and SPE extraction for waters. ARI utilizes a unique analytical column that provides superior peak resolution for 2378-TCDD and 2378-TCDF eliminating the need for a confirmation analysis on a separate column. Flexibility with respect to data and method reporting formats are available. Please contact your project manager for more information and pricing.

Alkyl PAH by EPA Method SW8270D-SIM

Analytical Resources has extended its expertise with the SW8270D-SIM (Selected Ion Monitoring) method by testing for a wide range of substituted Alkyl PAH (Polyaromatic Hydrocarbons) in sediments. The Alkyl PAHs range from C1-Decalin to C3-Dibenzo(a)anthracenes. Samples can also be simultaneously analyzed for a standard list of target PAHs. Please contact a project manager if you have any questions about the method or the analyte list. Pricing for the test can be found here.

EDB/DBCP By EPA Method SW8011

Analytical Resources is now equipped to test for 1,2-dibromoethane (EDB) and 1,2-dibromo-3-chloropropane (DBCP) by EPA Method SW8011. The reporting limit for both analytes is 0.010 ppb in water. If you have any questions regarding this analysis please contact your project manager or use the contact information below. Pricing for the test is available here.

PBDE Congeners

Analytical Resources is pleased to now offer the testing of Polybrominated Diphenyl Ether (PBDE) congeners in a range of environmental samples. PBDE congeners are similar to PCB congeners in that they are resistant to degradation, bioaccumulate in tissue, and are used in a broad spectrum of industrial applications. Monitoring has shown that these chemicals are ubiquitous in the environment and evidence suggest that PBDEs may cause detrimental health effects in animals and humans.

A selected list of PBDE congeners, representing the major components of common technical grades, are analyzed using a GC equiped with dual capillary columns and an electron capture detector (ECD).

Please contact us for a list of target analytes, reporting limits, and pricing.

Oxygenates

Gasoline additives, or oxygenates, are a concern in the environment as they have been found to have contaminated groundwater through leaking underground gasoline storage tanks (USTs). ARI is now testing for a number of oxygenates, including MTBE, TAME, ETBE, Diisopropyl Ether and tert-Butanol, using volatile GC/MS Method SW8260C. Please contact us for more information regarding reporting limits and other analytical details.

Low Level Mercury Analysis

Increased public concern with the bioaccumulative effects of Mercury and advances in technology are driving regulatory levels to lower requirements. ARI has validated a modification to the CVAA method to report mercury at 20 parts-per-trillion.

Lower Reporting Limits for TPHG/BETX

We now offer lower detection limits of 0.03 ppm for gasoline and 0.08 ppb for BETX analyses.

Dissolved Methane, Ethane and Ethene

Dissolved gases are often used as indicators of the biodegradation process under anoxic conditions. ARI purchased new instrumentation and validated the RSK-175 method, allowing us to offer RSK-175 with ARI quality and turn-around time.

Semivolatiles by SIM

While there is increasing concern for monitoring compounds at lower concentrations in water, sediment samples with low TOC values or high contaminant levels often make it difficult to meet screening levels. ARI has validated a SIM method for the 'problematic' semivolatiles at approximately 0.1 ug/L levels for waters and 6.7ug/kg for soils/sediments. Solid samples require screening prior to extraction and both matrices require concurrent analysis by full-scan GC/MS. PAH only can be analyzed at 0.01 ug/L in clean waters.