Our 16,000 ft2 state-of-the-art analytical laboratory is staffed by trained chemists, material scientists, technicians, and laboratory management with decades of industry knowledge and expertise.
Three decades of specialization in specialty gas analysis have made us a leading lab in the industry. Our skills encompass all aspects of project design from instrumentation to problem solving.
Custom instrumentation applications designed to be simple yet versatile and originally conceived for use in our very own lab projects. Work directly with the engineer to get exactly what you need.
Bill founded Consolidated Sciences way back in 1988. Since then he’s literally written the book on Trace Analysis of Specialty and Electronics Gases.
Blake joined Consolidated Sciences in November of 2014 to develop methods of analysis for pure and mixed gas types using ICP-QQQ, ICP-MS, GC-MS, and FTIR. He also designs software to enhance automated FTIR quantitation and sample introduction.
Jesus can usually be seen presenting state-of-the-art research at conferences such as PITTCON and the Gulf Coast Conference. In addition, he co-authored "Appendix A: Materials of Construction" in Trace Analysis of Specialty and Electronics Gases.
[1]
Geiger, William M., McElmurry, Blake, & Anguiano, Jesus. (2016, February). Gas chromatographic separation of metal carbonyls in carbon monoxide with detection using the Agilent 8800 ICP–QQQ Agilent Technologies Application Note, 5991-6432EN.
[2]
Geiger, William M., McElmurry, Blake, & Anguiano, Jesus. (2016, March). Analysis of Propylene Impurities Using Select Low Sulfur Column and Single Tune with GC–ICP–MS QQQ ORS. Agilent Technologies Application Note, 5991-6823EN.
[3]
Geiger, W. M., Soffey, E., Wilbur S., Scanlon C. (2015, June). Sub-ppb detection limits for hydride gas contaminants using GC-ICP-QQQ. Agilent Technologies Application Note, 5991-5849EN.
[4]
McElmurry, B. A., Anguiano, J. E., & Geiger, W. M. (2015, October). Analysis of fuels for siloxane impurities by GC-ICP-QQQ. Gulf Coast Conference. Galveston, TX.
[5]
Springer, D., McElmurry, B. A., Wang, Z., Leonov, I. I., Lucchese, R. R., Bevan, J. W., Coudert, L. H. (2015, June). Rovibrational analysis of the water bending vibration in the mid-infrared spectrum of atmospherically significant N2-H2O complex. Chemical Physics Letters, 633, 229-233.
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