DISCLAIMER |
II |
ABSTRACT |
III |
TABLE OF CONTENTS |
IV |
LIST OF FIGURES |
V |
LIST OF TABLES |
VI |
EXECUTIVE SUMMARY |
1 |
INTRODUCTION |
2 |
RESULTS AND DISCUSSIONS |
4 |
|
TASK 2.1: Fischer-Tropsch Pilot Plant Confirmation |
8 |
|
Major Findings: Catalyst Rejuvenation/Regeneration |
11 |
Major Findings: Catalyst Addition/Withdrawl |
12 |
Major Findings: Pilot Test in a Bubble Column Reactor |
12 |
TASK 2.2: F-T Mathematical Model and Reactor
Scale-Up Confirmation |
13 |
|
Major Findings: F-T Mathematical Model |
14 |
TASK 2.3: Fischer-Tropsch Catalyst/Wax Separation |
14 |
|
Major Findings: F-T Catalyst/Wax Separation |
17 |
TASK 2.4: Low British Thermal Unit (BTU) Gas
Combustion Test |
18 |
|
Major Findings: Low BTU Gas Combustion Test |
23 |
TASK 2.5: F-T Product Upgrading |
24 |
|
Major Findings: F-T Product Upgrading |
26 |
TASK 2.6: F-T Diesel Fuel/Engine Performance and
Emissions |
37 |
|
Major Findings: F-T Lubricity Testing |
37 |
Major Findings: Hot-Start Cycle Transient Engine Test |
41 |
Major Findings: Solvent Extraction of Particulate Matter |
41 |
TASK 2.7: Petroleum Coke Analysis |
44 |
|
Major Findings: Petroleum Coke Analysis |
45 |
TASK 2.8: Carbon Dioxide Stripping From
Methyldiethanolamine (MDEA) |
45 |
|
Major Findings: Carbon Dioxide Stripping From MDEA |
46 |
TASK 2.9: Integration |
47 |
|
Major Findings: Petroleum Coke Slurry with F-T Water |
48 |
Major Findings: Spent F-T Catalyst in Fluxant |
49 |
TASK 2.10: Environmental |
50 |
TASK 3.0: Additional RD&T |
52 |
|
Major Findings: Filter Performance |
53 |
TASK 4.0: Design Basis Update |
54 |
|
Major Findings: Design Basis Update |
55 |
CONCLUSION |
56 |
LIST OF ACRONYMS AND ABBREVIATIONS |
58 |
|
LIST OF FIGURES |
Figure 1 |
EECP Conceptual Design |
5 |
Figure 2 |
Catalyst Withdrawal and Addition |
9 |
Figure 3 |
F-T Pilot Plant Confirmation Test |
10 |
Figure 4 |
F-T Mathematical Model Results |
13 |
Figure 5 |
Catalyst/Wax Separation Test Sequence |
16 |
Figure 6 |
Cleaned Wax produced by LCI Scepter®
Micro-Filtration System |
17 |
Figure 7 |
Combustion Laboratory Test Stand Schematic |
19 |
Figure 8 |
Task 2.5 F-T Product Upgrading and Task 2.6 Fuel/Engine Emission |
25 |
Figure 9 |
Flow of WOrk for Subtask 2.5.6 Diesel Blending Testing |
28 |
Figure 10 |
Cetane Number Response to Direct Blending F-T Diesels into a
Future Tier II CARB-Like Diesel Pool |
29 |
Figure 11 |
Pour Point Response to Direct Blending F-T Diesels into a Future
Tier II CARB-Like Diesel Pool |
30 |
Figure 12 |
Cloud Point Response to Direct Blending F-T Diesels into a
Future Tier II CARB-Like Diesel Pool |
31 |
Figure 13 |
High Frequency Reciprocating Rig (HFRR) Lubricity Response to
Direct Blending F-T Diesels into a Future Tier II CARB-Like Diesel
Pool |
32 |
Figure 14 |
Scuffing Load Ball On Cylinder Lubricity Evaluator (SOBOCLE)
Response to Direct Blending F-T Diesels into a Future Tier II CARB-Like
Diesel Pool |
33 |
Figure 15 |
Viscosity at 313 K (40oC/104oF)
Response to Direct Blending F-T Diesels into a Future Tier II CARB-Like
Diesel Pool |
34 |
Figure 16 |
Accelerated Stability Response to Direct Blending F-T Diesels
into a Future Tier II CARB-Like Diesel Pool |
35 |
Figure 17 |
F-T Diesel Response to Additive |
39 |
Figure 18 |
Test Fuel Candidates Passing Lubricity |
40 |
Figure 19 |
Hot-Start Transient Emissions Results |
42 |
Figure 20 |
Prediction of Commercial Ethylene Yields for Hydrotreated F-T
Naphtha versus Petroleum Naphtha |
43 |
Figure 21 |
Slurry Concentration with F-T Water |
48 |
Figure 22 |
Carbon Dioxide Capture from Combustion Turbine Exhaust |
51 |
Figure 23 |
EECP Catalyst/Wax Separation |
52 |
|
LIST OF TABLES |
Table 1 |
Technical Risks and Design Deficiencies Identified in Phase I |
6 |
Table 2 |
EECP Phase II - RD&T Work Breakdown Tasks |
7 |
Table 3 |
Comparison of Low-Btu Gas Test Point Conditions Between Measured
and Planned |
21 |
Table 4 |
Comparison of Low-Btu Gas Fuel Compositions Between Measured and
Planned |
22 |
Table 5 |
Petroleum Coke Characteristics |
44 |
Table 6 |
Spent F-T Catalyst Disposal |
50 |
Table 7 |
Feed Streams Entering F-T Synthesis Plant |
55 |
Table 8 |
Products Streams Leaving F-T Synthesis Plant |
56 |
Table 9 |
Effluent Streams |
56 |