Elemental Analysis, Inc.
Elemental Analysis, Inc. (EAI), a privately held company, is affiliated with our sister company, Element Analysis Corp (EAC), which provided industry with the first commercially dedicated PIXE laboratory in the world. EAI recognized the need for lower limits of detection and higher levels of accuracy – without compromising customer service. Since December 2000, EAI has provided all segments of industry with quick turn-around times and set the standard for reporting accuracy.
- 800-563-7493
859-254-5115 - 859-254-5150
- Info@ElementalAnalysis.com
- 2101 Capstone Dr #110
Lexington, KY 40511
United States
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CHNO Combustion Services
Carbon, Hydrogen, Nitrogen are determined using a 2400 Perkin-Elmer CHN Analyzer. This analyzer uses combustion to convert the sample elements to simple gasses, i.e. CO2, H2O, & N2. Upon entering the analyzer, the sample is combusted in pure oxygen environment at temperatures in the range of 1200-1500 F. The product gasses are separated under steady state conditions, and measured as a function of thermal conductivity.
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Inductively Coupled Plasma
Inductively Coupled Plasma Techniques can be very powerful tools for detecting and analyzing trace and ultra-trace elements. Over the past years, ICP-MS has become the technique of choice in many analytical laboratories for providing the accurate and precise measurements needed for today’s demanding applications and for providing required lower limits of detection.
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Neutron Activation Analysis
Neutron Activation Analysis (NAA) is one of the most sensitive analytical techniques used for multi-element analysis available today. The NAA procedure is capable of providing both quantitative and qualitative results for individual elements, with sensitivities that can be superior to those possible by any other analytical technique. Elemental Analysis Incorporated (EAI), as an innovator in the development and application of radio-nuclear chemistry analytical techniques, now offers its clients the ability to analyze some 75 individual elements (including certain organic elements) by NAA at trace and ultra-trace concentrations. Moreover, by developing scientific liaisons with selected nuclear reactor sites in North America, EAI is able to offer customers the expertise and capabilities of the premier scientists and research facilities available today. Combined with EAI’s tradition of excellence in customer service and technical assistance, EAI is uniquely positioned to assist clients with timely, cost-effective, and reliable trace element analysis for almost every conceivable field of industry or scientific research.
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Proton Induced X-ray Emission (PIXE)
Elemental Analysis Incorporated, utilizing Proton Induced X-ray Emission (PIXE), provides a non-destructive, simultaneous analysis for the 72 inorganic elements from Sodium through Uranium on the Periodic Table for solid, liquid, and thin film (i.e. aerosol filter) samples. The PIXE technique offers the advantage of analysis, without the necessity for time consuming digestion, thereby minimizing the potential for error resulting from sample preparation.
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X-ray Fluorescence
XRF is an elemental analysis technique with unique capabilities including (1) highly accurate determinations for major elements and (2) a broad elemental survey of the sample composition without standards. For example, XRF is used in analysis of rocks and metals with an accuracy of ~0.1% of the major elements.
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A to Z Testing
Elemental Analysis has the ability to analyze, and to test for all of the substances listed below, and many more. If you do not see the substance you need analyzed or tested for, please give us a call! We can test almost ANYTHING!
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Thermal-Optical Analysis
As with other current organic carbon and elemental carbon (OC/EC) procedures, Thermal-Optical analysis is method-defined. However, this unit has been designed to specifically address some of the problems observed in other methods in assigning carbon to either the organic or the elemental fraction. By careful system control and continuous monitoring of the optical absorbance of the sample during analysis, this method is able to both prevent any undesired oxidation of original elemental carbon and make corrections for the inevitable generation of carbon char produced by the pyrolitic conversion of organics into elemental carbon. The OC/EC instrument utilized by EAC is used to analyze both bulk samples, and aerosol particles collected on quartz-fiber filters.
