Borates: Handbook of Deposits, Processing, Properties, and Use

Front Cover
Academic Press, Jul 20, 1998 - Nature - 483 pages
This comprehensive reference is the first to cover industrially important borates, from deposits, through chemistry, mining, processing, and applications. The reference work begins with a listing of the 238 currently known borate minerals, their formulas, and properties. It features modern theories on the origin of borate deposits, their molecular structure and detailed descriptions of the world's borate deposits. Garrett describes the fascinating history of the discovery and development of borate deposits with anecdotes of how resourceful operators overcame obstacles in obtaining their minerals. Chapters on mining technology and processing detail the mineral's development from the earliest recorded times up to the sophisticated operations of the present day. The book also contains a comprehensive literature on boron isotope chemistry, their diverse applications, and productions and resource statistics for the world's largest industrial producers.

  • Functions as a complete reference for geologists, engineers, and consumers of borate products
  • Includes crystallographic descriptions, solution chemistry, isotopic distributions, and other properties of 170 borate minerals
  • Provides detailed descriptions of mining and processing methods and economic uses
  • Includes statistical data on borate production, consumption, prices, and ore reserves for every country of the world
  • Provides an extensive bibliography
  • Author is an authority on industrial minerals through many years of consulting and process development work
 

Contents

III
5
IV
27
V
33
VI
35
VII
36
VIII
45
IX
48
X
50
LXXXII
249
LXXXV
255
LXXXVI
259
XC
265
XCII
270
XCIII
271
XCIV
272
XCV
276

XI
53
XII
55
XIII
62
XIV
68
XV
71
XVI
76
XVII
104
XVIII
105
XIX
110
XX
111
XXI
112
XXII
117
XXVI
120
XXVIII
123
XXX
125
XXXI
126
XXXIII
132
XXXIV
135
XXXV
137
XXXVI
138
XXXVIII
143
XXXIX
144
XL
149
XLI
163
XLII
166
XLIII
167
XLIV
168
XLVI
169
XLVII
171
XLIX
172
L
173
LI
174
LII
175
LIII
176
LIV
187
LVIII
189
LIX
201
LXI
203
LXIII
208
LXIV
210
LXVI
213
LXVII
216
LXVIII
222
LXIX
226
LXX
227
LXXI
228
LXXII
231
LXXIV
235
LXXV
239
LXXVII
241
LXXVIII
244
LXXIX
245
LXXX
247
LXXXI
248
XCVI
277
XCVIII
280
C
281
CI
296
CII
302
CIII
309
CV
311
CVI
313
CVII
317
CVIII
319
CIX
331
CX
334
CXI
337
CXII
338
CXIV
342
CXV
350
CXVI
351
CXVII
359
CXVIII
360
CXIX
364
CXXI
365
CXXII
366
CXXIII
367
CXXV
368
CXXVI
369
CXXVIII
370
CXXIX
380
CXXX
389
CXXXII
393
CXXXIII
394
CXXXIV
405
CXXXV
410
CXXXVI
411
CXXXVIII
417
CXXXIX
419
CXL
422
CXLI
423
CXLII
424
CXLIII
425
CXLIV
426
CXLV
427
CXLVI
428
CXLVII
429
CXLVIII
432
CXLIX
435
CLV
443
CLVI
445
CLIX
450
CLX
451
CLXII
456
CLXIII
457
CLXVII
471
CLXVIII
473
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About the author (1998)

Donald E. Garrett received his undergraduate degree from the University of California, Berkeley, and his graduate degrees from Ohio State University. He has worked as an engineer for many large companies and as a professor at several universities. Garrett has had over 200 technical papers published, and has rights to more than 200 patents. He is a recipient of the Distinguished Alumni Award from Ohio State University, the Distinguished Achievement Award from Chemical Engineering Magazine, and a three-time recipient of the Kirkpatrick Award for best new chemical process of two-year period. He was named Chemical Engineer of the Year by AIChE., Los Angeles. He has been a member of the Department of the Interior Technical Review Committee, the University of California Engineering Advisory Committee, and the Ohio State University Advisory Committee.

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