Analytical Supercritical Fluid Extraction Techniques

  • E. D. Ramsey

Table of contents

  1. Front Matter
    Pages i-xviii
  2. D. C. Messer, G. R. Davies, A. C. Rosselli, C. G. Prange, J. W. Algaier
    Pages 43-71
  3. E. D. Ramsey, B. Minty, R. Babecki
    Pages 109-157
  4. H. J. Vandenburg, K. D. Bartle, N. J. Cotton, M. W. Raynor
    Pages 208-238
  5. B. Minty, E. D. Ramsey, A. T. Rees, D. I. James, P. M. O’brien, M. I. Littlewood
    Pages 353-391
  6. J. R. Dean, N. Saim
    Pages 392-417
  7. Back Matter
    Pages 418-432

About this book


During the past decade supercritical fluid extration (SFE) has attracted considerable attention as a sample preparation procedure in analytical chemistry. The successful implementation of this technique can lead to improved sample throughput, more efficient recovery of analytes, cleaner extracts, economic replacement of halogenated solvents and a high level of automation, compared to conventional sample preparation procedures.
This book provides an overview of basic principles of SFE as well as in-depth reviews of both on- and off-line SFE methods. The on-line coupling of SFE with both chromatographic and spectroscopics techniques has been the subject of a great deal of research effort and is dealt with in detail. Newer developments, such as off-line SFE of solid and liquid matrices, are starting to attract a great deal of interest, and the coverage of these areas will prove of particular value to the analytical chemist. The international team of authors has illustrated these topics with many `state-of-the-art' applications, and each chapter provides a comprehensive list of references. For the convenience of the reader, an appendix which contains pressure conversion scales and supercritical fluid carbon dioxide density tables appears at the end of the book.
The volume's extensive coverage of both on-line and off-line extraction will be particularly useful to analytical chemists, in a wide range of environments, seeking to develop high quality, simple and robust SFE methods.


Analytical Chemistry chemistry extraction nuclear magnetic resonance polymer pressure spectroscopy viscosity

Editors and affiliations

  • E. D. Ramsey
    • 1
  1. 1.School of Applied SciencesUniversity of GlamorganPontypriddUK

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