Table of Contents

OXO L-Z
TOM
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LABOR, power and gas requirements for 20,000 te/ann oxo production

 134

 

 

 100 ‘149-100 ‘15*

LEUNA oxo reaction products

14

 

 

539-556

LOW olefin feed stocks, use of

14

 

 

510-513

MARKET possibilities and utilization of oxo products

14

 

 

585-590

MEDIUM pressure oxo syntheses, operations in

44

3441

14

171-175

MOLECULAR weights of oxo alcohols, determination of

 155

 

 

 100-103

NEUTRAL oils, Fischer, experimentation on conversion of, to alcohols

 14

 

 

 621-622

NITRATION of oxo products

44

3441

14

136

OLEFINS and oxo alcohols synthesis

55

 

 

181-184

              conversion into oxo alcohols, 1940

55

 

 

102-104

              , experience on isolation of, from primary products

 155

 

 

 107-109

              in charge stock and finished products, analysis of

 14

 

 

 805-818

              products for use in oxo synthesis, evaluation of various

 14

 

 

 740-772

              , supply of, by Ruhrchemie

14

 

 

685-686

              , synthesis of, as source of oxo alcohols

55

 

 

186-191

OLEFINIC products of hydrogenation of carbon monoxide and their suitability for oxo synthesis with special consideration of scrubbing, investigation of, by Gemassmer and Berg

134

 

VII-5

100 ’31-100 ‘50

OPERATION and design of large scale oxo process plant at Oberhausen-Holten

 14

 

 

 532-538

              directions, detailed, by Ruhrchemie for experimental operations with suspended catalyst

14

 

 

484-488

 

 

 

 

500-502

OXIDATION vs. sulfonation of olefins

55

 

 

104-114

OXO alcohol-paraffin mixture, comparison of sulfonating crude and separated

 14

 

 

 724-739

              and synol alcohols, work on, 1944-1943

55

 

 

898-961

              Company, minutes of 8 meetings of board of, 1940-1943

 155

 

 

 258-357

              distillation, raw materials for

155

 

 

240-241

              , ethylene oxide plants, plans for moving in 1944

 42

 

 

2022-2024

              experimental installation, first

55

 

 

159-160

              extraction process, 1940

55

 

 

127-131

              plant, description of

42

 

 

1083-1088

              plant drawings

46

 

 

982-990

              plant, drawings of, Oberhausen-Holten

68

 

 

988-997

              plant, figures and tables of various first distillations at

 155

 

 

 234-239

              plant, Ruhrchemie, Oberhausen-Holten, reported by R. L. Hasche and R. H. Boundy

 197

 

 

 40 ’46-40 ‘50

OXO plant, 20,000 te/ann, Leuna

193

 

 

23366-23368

              process

43

3439

 

41-52

 

166

 

 

652-657

              process and Fischer synthesis, discussion of I. G. with Ruhrchemie on

 14

 

 

 479-483

              process at Sterkrade-Holten plant, investigation of, reported by E. B. Peck

 197

 

 

 10 ’64-10 ‘70

              process, description of, by Gemassmer, Elbel and Wenzel

 134

 

 VII-16

100 ‘112-100 ‘12*

              process development

44

 

 

135-191

 

 

 

 

215-357

              process, notes on

42

 

 

1-5

              process problems, discussion of

134

VII-8-VII-13

100 ’82-100 ‘96

              process, reaction products of

65

 

VII

2..15-2..32

              process, reported by V. Haensel and J. P. Jones

 197

 

 

 70 ’54-70 ‘62

              production, conference on, September, 1941

166

 

 

646-649

              production facilities, discussion of additional

134

 

 

100 ‘135-100 ‘14*

              reaction, application of, to olefinic petroleum products, Gemassmer

 134

 

 VII-4

 100 ‘30

              reaction, continuous experiments

174

 

 

51-52

 

221

 

 

100 ‘7-100 ‘8

              reaction, research on

32-I

 

 

93..605-93..61*

              synthesis

38

3450

13

10 ‘37

 

44

3441

14

143

 

45

 

78

57-72

 

46

 

 

991-994

              synthesis, discussion of, January 1943

134

 

VII-18

100 ‘121-100 ‘13*

              synthesis, raw materials for

155

 

 

145-152

              synthesis, water gas and hydrogen requirements for

 134

 

 VII-10

 100 ‘81