Us Coking Coal Specifications.Pdf

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High Vol Petro Analysis Coal Analysis As Received Dry Basis % Moisture 7.52 xxxxxx % Ash 5.10 5.51 0.79 % Sul 0.86 %Volatile 37.35 34.54 Fixed Carbon 57.14 52.84 13,522 BTU/lb 14,622 MAF BTU 15,475 FSI 7 Oxidation 96 ____________________________________________________________

____________ CERTIFICATE OF ANALYSIS
PETROGRAPHIC ANALYSIS Date sampled: 09-Mar 11 MACERAL COMPOSITION VOLUME%

REACTIVES V-Types

7

8 9 10

7.3

36.4 20.5 2.0 66.2 0.0 3.4

VITRINITE EXINITE RESINITE Semifusinite INERTS

3.8 Total Reactives 73.4

Semifusinite Micrinite Fusinite Mineral Matter Total Inerts

9.7 3.2

6.7 7.0 26.6 0.88

MEAN MAXIMUM VITRINITE REFLECTANCE % Composition Balance Index Calculated Stability

Rank (Strength) Index

1.00
3.32

42

Ash % (dry) Sulfur % (dry)

Volatile Matter % (dry) Volatile Matter, daf

5.51 0.85

37.35
39.53

Mid Vol Petro Analysis
DATE SAMPLED: DATE RECEIVED: PROXIMATE ANALYSIS: Moisture % Volatile Matter % Ash % Fixed Carbon % BTU/lb Calories/Gram Sulfur % FREE SWELLING INDEX: OXIDATION: %T SULFUR FORMS: Pyritic % Sulfate % Organic % TOTAL % FUSION TEMP. (F): Initial Softening (H-W) Hemispherical (H-1/2W)

March 9, 2011 March 9, 2011 AS REC’D 7.28 25.45 8.78 58.49 13,053 7252 0.79 8.0 96.3 DRY BASIS PETROGRAPHIC DATA (MACERAL ANALYSIS) VITRINITE TYPE V-8 V-9 V-10 V-11 V-12 V-13 V-14 V-15 V-16 V-17 Vitrinite Exinite Resinite Samifusinite TOTAL REACTIVES Samifusinite Micrinite Fusinite Mineral Matter TOTAL INERTS Composition Balance Index Rank Index Mean-Max Reflectance Calculated Stability Factor SOLE HEATED OVEN: (52/2) % Moisture % - 6 Mesh BDT ET Contraction 52/2 DRY BASIS: 27.45 9.47 63.08 14,078 7821 0.86 MAF MINERAL ANALYSIS: Silicon Dioxide SiO2 Aluminum Oxide Al2O3 Iron Oxide Fe2O3 Calcium Oxide CaO Magnesium Oxide MgO Sodium Oxide Na2O Potassium Oxide K2O Titanium Dioxide TiO2 Phos. Pentoxide P2O5 Sulfur Trioxide SO3 DRY BASIS 55.75 26.81 7.39 1.70 1.03 0.56 2.59 1.33 0.37 1.27

15,551

REDUCING

OXIDIZING

ULTIMATE ANALYSIS: Carbon % Hydrogen % Nitrogen % Oxygen % Ash % Sulfur % TOTAL % GIESELER FLUIDITY: Max. Fluidity (ddpm) Max Fluid Temp Initial Softening Temp. Solidification Temp Temperature Range ARNU DILATATION % Maximum Contraction % Maximum Dilatation Initial Softening Temp Initial Dilatation Temp Final Dilatatiion Temp CALCULATED CSR: Respectfully Submitted *Corrected to 2.5 G Air Dried Coal and 4.00 MM Tube Radius 2 018 440 403 487 84 27 40* 392 429 474

% REACTIVES 4.80 19.00 10.90 2.00 1.40 0.70 5.40 8.80 10.90 4.10 68.00 2.10 1.10 2.00 73.20 % INERTS 5.80 10.60 4.90 5.50 26.80 1.37 5.24 1.25 62

Low Vol Petro Analysis
DATE SAMPLED: DATE RECEIVED: March 9, 2011 March 9, 2011 AS REC’D 10.02 16.03 6.29 67.66 0.78 DRY BASIS: 17.82 6.99 75.19 0.83 8.0 99.8 DRY BASIS MINERAL ANALYSIS: Silicon Dioxide SiO2 Aluminum Oxide Al2O3 Iron Oxide Fe2O3 Calcium Oxide CaO Magnesium Oxide MgO Sodium Oxide Na2O Potassium Oxide K2O Titanium Dioxide TiO2 Phos. Pentoxide P2O5 Sulfur Trioxide SO3 Undetermined DRY BASIS 54.43 26.18 8.77 1.43 1.18 0.53 2.80 1.21 0.67 0.93

PROXIMATE ANALYSIS: Moisture % Volatile Matter % Ash % Fixed Carbon % BTU/lb Sulfur % FREE SWELLING INDEX: OXIDATION: %T SULFUR FORMS: Pyritic % Sulfate % Organic % TOTAL % FUSION TEMP. (F): Initial Softening (H-W) Hemispherical (H-1/2W) ULTIMATE ANALYSIS: Carbon % Hydrogen % Nitrogen % Oxygen % Ash % Sulfur % TOTAL % GIESELER FLUIDITY: Max. Fluidity (ddpm) Max Fluid Temp Initial Softening Temp. Solidification Temp Temperature Range ARNU DILATATION % Maximum Contraction % Maximum Dilatation Initial Softening Temp Initial Dilatation Temp Final Dilatatiion Temp CALCULATED CSR: Respectfully Submitted

REDUCING

OXIDIZING

PETROGRAPHIC DATA (MACERAL ANALYSIS) VITRINITE TYPE V-14 V-15 V-16 V-17 Vitrinite Exinite Resinite Samifusinite TOTAL REACTIVES Samifusinite Micrinite Fusinite Mineral Matter TOTAL INERTS Composition Balance Index Rank Index Mean-Max Reflectance Calculated...
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