..is focused on providing you and your client sufficient usable chemical data and information that supports the best project resolution. We do this by listening to your particular project requirements and then designing an analytical approach and technical program that can cost effectively achieve the goals of the program.

We have spent the past twelve years taking traditional laboratory instruments to the site, modifying the analysis within acceptable regulatory guidelines and generating usable analytical data quickly and inexpensively.

Our goal is to hand the chemical data and interpretation over to you for your review within 1/2 hour. We can do this for soil, sediments, vapor and water samples for most organic compounds of concern. We will use gas chromatographs, mass spectrometers, and a variety of sample preparation techniques to provide the level of data quality necessary. The combination of quick sampling and analysis allows you to modify the number and location of samples based on the data, ending up with just enough information to make the most accurate assessment or select the restoration option for your client.

We have followed performance based method procedures long before the USEPA decided to impliment the curent PBMS program. We have used good chemistry and analytical science to develop sample extraction and analysis procedures that allow us to generate chemcial analyses more quickly and inexpensively immediately.

Our analytical technologies can generate chemical analyses for most organic and inorganic target compounds at trace levels. We also take pride in developing and using methodologies for unique and/or difficult compounds, e.g. EDB, explosives, etc.  If it is important to understand who is responsible for a particular compound or group of compounds, we’ll find a way to identify and/or separate the compounds to assist you in determining ownership or source.

Some of the more common analytical protocols we have modified and incorporate include:

• Volatile organics using SW-846, 8010B, 8020A, 8021B, and 8260.
• Semi-volatile orgaincs using SW-846 8041, 8061A, 8080A, 8081A, 8082, 8100, and 8270C.
• Metals by XRF 6200, Atomic adsorption using 7000 series.
• Petroluem hydrocarbon analysis using various state standards and fingerprinting.

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