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Impact of Hydrodynamics on Coal Liquefaction. Final Technical
Report - 1983
D. Kang
D. H. S. Ying
E. N. Givens
International Coal Refining Co.
In this pdf format, this
document has 133 pages and is 4.08MB.
Table of Contents
Abstract |
v |
Executive Summary |
1 |
Background |
2 |
|
Reactor Model Development |
2 |
Effect of Laboratory Reactor Design |
3 |
Use of CSTRs |
5 |
Use of Tubular Reactors |
6 |
Development of Tubular Design Basis |
8 |
|
Computer Simulation of the Effects of
Hydrodynamics on Liquefaction |
8 |
Tubular Reactor Design Criteria and
Configuration |
15 |
|
Design Criteria |
15 |
Reactor Configuration |
19 |
Cold-Flow Study of the Reactor Simulator |
19 |
|
Preliminary Considerations |
19 |
Experimental Procedures |
25 |
Results and Discussion |
31 |
Residence Time Distribution and Dispersion Analyses |
34 |
Liquefaction Study of Plug-Flow Tubular
Reactor |
46 |
|
Process Runs |
46 |
Materials |
53 |
|
Coal |
53 |
Solvent |
53 |
Results and Discussion |
53 |
Predictability of the Sequential
Reaction Model for Yield Distribution |
62 |
Utility of Plug-Flow Reactor |
70 |
Conclusions |
73 |
Literature Cited |
75 |
|