Mineral Processing

  • E. J. Pryor

Table of contents

  1. Front Matter
    Pages i-ix
  2. E. J. Pryor
    Pages 1-13
  3. E. J. Pryor
    Pages 14-30
  4. E. J. Pryor
    Pages 31-57
  5. E. J. Pryor
    Pages 58-71
  6. E. J. Pryor
    Pages 72-104
  7. E. J. Pryor
    Pages 105-126
  8. E. J. Pryor
    Pages 127-139
  9. E. J. Pryor
    Pages 140-178
  10. E. J. Pryor
    Pages 179-232
  11. E. J. Pryor
    Pages 233-246
  12. E. J. Pryor
    Pages 247-262
  13. E. J. Pryor
    Pages 263-294
  14. E. J. Pryor
    Pages 295-323
  15. E. J. Pryor
    Pages 324-368
  16. E. J. Pryor
    Pages 369-409
  17. E. J. Pryor
    Pages 410-456
  18. E. J. Pryor
    Pages 457-519
  19. E. J. Pryor
    Pages 520-570
  20. E. J. Pryor
    Pages 571-599
  21. E. J. Pryor
    Pages 600-633
  22. E. J. Pryor
    Pages 634-656
  23. E. J. Pryor
    Pages 657-701
  24. E. J. Pryor
    Pages 702-808
  25. Back Matter
    Pages 809-844

About this book


textbook. Basic description is attempted, and the bibliography has been specifically chosen to guide the reader toward a fuller treatment of his special­ ised interests. No fully satisfactory term has yet emerged to describe the processing of minerals, which is also called "ore dressing", "mineral dressing", "mineral engineering" and, in the University of London degree course "mineral technology". The dressing of ores was an excellent description of the older processes which aimed to break down rock to appropriate sizes, grade it, and separate the heavy fraction from the light one in each grade or size by gravity methods. The work done in the mill today goes far beyond these simple operations, and requires some knowledge of physical chemistry, particularly the branches which deal with the physics and chemistry of surfaces and of the interphase between solid particle and the surrounding liquid. At the same time, the engineer must not become so absorbed in the study of fundamental and applied technology as a physico-chemical science that he overlooks the mechanical, economic, and humanistic aspects oli his work. He is an engineer, a chemist, a physicist, and an administrator and, as such, should have a sound scientifj. c and cultural education. Technically, his work is to extract the valuable minerals from the ore sent to his mill; economically, it is to balance all the financial costs and returns in such a way as to ensure the maximum profit from the operation.


Fundament chemistry education mineral research

Authors and affiliations

  • E. J. Pryor
    • 1
  1. 1.University of LondonUK

Bibliographic information

  • DOI
  • Copyright Information Springer Science+Business Media B.V. 1965
  • Publisher Name Springer, Dordrecht
  • eBook Packages Springer Book Archive
  • Print ISBN 978-94-010-2943-8
  • Online ISBN 978-94-010-2941-4
  • Buy this book on publisher's site