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Part 1, Pages 1 - 85.pdf |
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1. |
Disclaimer |
2 |
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2. |
Abstract |
3 |
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3. |
Table of Contents |
4 |
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4. |
Executive Summary |
5 |
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5. |
Introduction |
7 |
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6. |
Experimental |
8 |
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7. |
Results and Discussion |
8 |
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7.1 |
Objective 1: To explore new applications for the use of Anthracite to improve its marketability |
9 |
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7.2 |
Objective 2: To effectively minimize environmental damage caused by Mercury emissions, CO2 emissions, and Coal impounds |
11 |
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7.3 |
Objective 3: To continue to increase our understanding of coal |
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properties and establish coal usage in non-fuel industries |
14 |
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7.4 |
Overall |
17 |
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8. |
Conclusions |
17 |
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9. |
Appendices |
18 |
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9.1 |
Potential Application for Exfoliated Anthracite: Filler in Cathodes |
19 |
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9.2 |
Use of Coal Gasification and Combustion Chars for Mercury Capture |
46 |
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Part 2, Pages 86 - 279.pdf |
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9.3 |
Binding Efficiency of Coal-Derived Binders Towards Anode Butts |
86 |
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9.4 |
Processing and Reuse of Activated Carbon Used to Adsorb Mercury from Power Plant Flue Gases |
151 |
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9.5 |
Novel Anthracite Sorbents for CO2 Capture |
187 |
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9.6 |
Nanotube Enhancement of Coal Extract Pitches: Fibers and Foams |
244 |
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Part 3, Pages 280 - 390.pdf |
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9.7 |
Anthracite Coal for Cathode/Electrode Applications in Aluminum/Silicon Smelters |
280 |
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9.8 |
Remediation of Coal Impoundments: Efficacy of Coal for Activated Carbon |
323 |
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9.9 |
Expanding Supply for Fly Ash Derived Carbons |
342 |
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Part 4, Pages 391 - 647.pdf |
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9.10 |
Turbostratic Carbon Power |
391 |
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9.11 |
Pitch Derived Fiber Reinforced Fly Ash Concrete |
422 |
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9.12 |
Development of Anthracite-Based Carbon Catalysts |
459 |
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9.13 |
Synthetic Coal Tar Enamel Using Solvent Extraction |
602 |
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Part 5, Pages 648 - 731 |
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9.14 |
Characterization of Coal Solvent Extraction Processes Using Petrographic, Chemical and Physical Methods |
648 |
