P.B. reports. [Reprint of the original works] 1C (Chemical and allied products)  1C-23

[目次]

  • TABLE OF CONTENTS
  • Introduction / 1
  • Development of the Process / 2
  • The Process / 12
  • Flow Sheet,Hydrogenation of Petroleum Residue(Fig.1) / 13
  • Flow Sheet,Hydrogenation of Brown Coal Tar(Fig.2) / 14
  • Flow Sheet,Hydrogenation of Brown Coal (Fig.3) / 15
  • Flow Sheet,Hydrogenation of Bit.Coal Tar(Fig.4) / 16
  • Flow Sheet,Hydrogenation of Bit.Coal(Fig.5) / 17
  • Suitability of Various Raw Materials for Hydrogenation in the Liquid Phase / 19
  • Ultimate Analysis(Fig.6) / 21
  • Carbonization Yield vs.% Carbon(Fig.7) / 23
  • Decomposition vs.% Carbon(Fig.8) / 26
  • Performance vs.% Carbon(Fig.9) / 27
  • % s-Asphalt vs.% Oxygen(Fig.10) / 28
  • % s-Asphalt vs.% Oarbon(Fig.11) / 29
  • Gas Formation vs.% Carbon(Fig.12) / 30
  • Gas Formation vs.Degree of Carbonization(Fig.13) / 31
  • Hydrogen Content and Boiling Range(Fig.14) / 34
  • Influence of the Raw Material on the Properties of the Product(Fig.15) / 35
  • HC-Gas Formation vs.% Carbon(Fig.16) / 37
  • O-Gas Formation vs.% Carbon(Fig.17) / 38
  • The Chemistry of the Liquid Phase / 36
  • Thermodynamic Efficiency of Coal Hydrogenation / 46
  • Efficiency of Hydrogenation(Fig.18) / 48
  • Effect of Various Catalysts in the Liquid Phase / 49
  • Reaction Time vs.Products Distribution(Fig.19) / 50
  • Effect of Pretreatment on Hydrogenation Characteristics of Coals / 57
  • Influence of Varying Conditions on the Nature of the Product / 60
  • Effect of Throughput(Fig.20) / 62
  • Effect of Diluent(Fig.21) / 64
  • Extraction and Extractive Hydrogenation / 66
  • Flow Sheet.Pott‐Broche Process(Fig.22) / 69
  • Flow Sheet.Extractive Hydrogenation(Fig.23) / 70
  • Influence of Temperature in Extractive Hydrogenation(Fig.24) / 71
  • Influence of Throughput in Extractive Hydrogenation(Fig.25) / 73
  • Filtration as a Function of Decomposition(Fig.26) / 75
  • Production of Briquetting Agents from Liquid Phase Products / 76
  • Flow Sheets.(Drawings A and B) / 79
  • Operating Conditions at German Hydrogenation Plants / 81
  • I. Liquid Phase
  • Application of Laboratory Data to Plant Design / 99
  • Industrial Hazards and their Prevention / 100
  • Materials of Construction / 103
  • Construction of Chemical Equipment / 111
  • Convertor Cover Construction(Figs.27-33) / 114
  • Grinding,Pasting,and Preparation of the Feed / 124
  • Regenerator and Preheater Design / 129
  • Viscosity vs.Temperature for Bit.Coal Paste(Fig.34) / 130
  • Converter Flow Characteristics(Fig.35) / 132
  • Residue Processing / 135
  • Carbonization / 138
  • Control Instruments / 142
  • Distribution of Pressure Control Instruments(Fig.36) / 144
  • Operating Instructions for a Hydrogenation Plant / 146
  • Methods of Analysis in Hydrogenation Plants / 155
  • Column for Liquid Phase Stripper Analysis(Fig.37) / 161
  • Aniline Point Curves(Figs.38 and 39) / 165
  • Some Typical Analyses / 167
  • Appendix / 174
  • 1. Properties of some German Coals / 175
  • 2. Technical Drawings / 178
  • Drawings 1-14 / 179
  • 3. Definitions / 193
  • 4. Berechnung von Hochdruckhohlkoerpern(Design of High Pressure Vessels)by Obering.Kurt Berger / 198
  • Anlage 1-18 / 230

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この本の情報

書名 P.B. reports. [Reprint of the original works] 1C (Chemical and allied products)
著作者等 United States. Publication Board
巻冊次 1C-23
出版元 Nippon Shuppan Kyodo Co., Publication Dept. of the P.B. Reports.
言語 英語
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