Auburn_Anode and Cathode Contaminant Removal.ppt
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Anode and Cathode Contaminant Removal Bruce J. Tatarchuk Department of Chemical Engineering Auburn University, AL 36849 334·844·2023, brucet@eng.auburn.edu
Outline
| Liquid Phase Desulfurization of Log Fuels | |
| Gas Phase Desulfurization: H2S and COS | |
| High Volumetric Air “Filtration” | |
| In Situ Assessment of Stack Performance | |
| (Fuel/Air Cleaning Efficacy) |
| TARDEC | W56HZV-05-C0686 | - Herb Dobbs |
| ONR | N00014-08-1-0340 | - Don Hoffman |
Center for Microfibrous Materials Manufacturing Organization
Bruce J. Tatarchuk Director Megan Schumacher Admstr I, Acad Programs Dwight Cahela Engineering Tech
Adsorption Vivekandand Gaur Post Doctoral Fellow Group Leader Primary Members Hongyun Yang ShirishPunde Ranjeeth Kalluri Priyanka Dhage Sachin Nair Symon Sheng Secondary Members Don Cahela Alex Smaokhvalov Abhijeet Phalle Zenda Davis Catalysis Donald Cahela Research Fellow III Group Leader Primary Members Shirish Punde Bob Henderson Secondary Members Alex Samokhvalov Symon Sheng Qiang Gu Divya Repala Joy Zhu Naren Pari Pallavie Chitta Ron Putt
Physiochem Modeling Donald Cahela Research Fellow III Group Leader Primary Members Ravi Duggirala, Ranjeeth Kalluri
Secondary Members Shirish Punde Priyanka Dhage Sachin Nair Ron Putt Fuel Cells/Elec Chem Wenhua Zhu Research Fellow IV Group Leader Primary Members Robert Payne, Naren Pari Joy Zhu Secondary Members Don Cahela Ron Putt Surface Science Alexandr Samokhvalov Post Doctoral Fellow Group Leader Primary Members Dwight Cahela Divya Repala Zenda Davis Bob Henderson Secondary Members
Student Workers
Filtration Ron Putt Research Professor Group Leader Primary Members Ryan Sothen Abhijeet Phalle Pallavi Chitta Amogh Karwa Qiang Gu Secondary Members Vivek Gaur Don Cahela
Liquid Phase Desulfurization of Log Fuels Sorbent evaluation Sorbent scale-up Microfibrous entrapped sorbents System level design of continuous desulfurizers Antek 9000VS Total Sulfur Analyzer Varian CP3800 GC w/PFPD BET/Chemsorb station Sulfur quantification to the ppbw levels Characterization of sorbent/catalytic materials
X-Ray Photoelectron Spectroscopy (XPS) Temperature Programmed Desorption (TPD) V-Blender Tumbler Sorbent Scale-up
Sorbent Evaluation for JP5
| Ag/TiO2 demonstrated the highest sulfur capacity among 17 sorbent compositions tested at Auburn |
| Breakthrough tests showed comparable performance with other reported compositions |
| Ag/TiO2 was demonstrated to be regenerable to 10 cycles with no discernable deactivation |
Saturation Tests Multi-cycle performance of Ag/TiO2
| Regenerable in air in 3h at 450⁰C |
| No activation steps |
Test conditions: Particle size: 0.8-2.0 mm; Bed weight: 10 g; Feed Stream: JP5 (1172 ppmw Sulfur) ;JP5 flow rate: 0.5 cc/min LHSV: 2.13 (h-1) Composition: Ag(4%)/TiO2; Ag(8%)/Al2O3; Cu-Y (Ion Exchanged); PdCl2 (8%)/Al2O3
B. J. Tatarchuk, H. Yang and S. Nair, Silver-based adsorbents, Final Patent Application to be submitted in May, 2008 Nair, Sachin; Yang, Hongyun; Tatarchuk, Bruce. American Institute of Chemical Engineers Annual Meeting, Salt Lake City (2007) Nair, Sachin; Yang Hongyun; Tatarchuk, Bruce. American Institute of Chemical Engineers Annual Meeting, Salt Lake City (2007)
Chart1
0.1 0.1 0.1 0.1 0.1
0.25 0.25 0.5 0.4 0.5
0.5 0.5 1 0.9 1.05
1 0.75 1.4 1.5 1.5
1.5 1 2 2.15 2.15
2 2 3.15 3.05 2.5
2.6 2.5 4.2 4.65 3.55
3.1 3 5 5.6 5
3.5 4.55 6 6
4.15 5.65
5.05
10.5
Fresh
Cycle 1
Cycle 4
Cycle 5
Cycle 9
Vol of JP5 (cc)/Weight of adsorbent (g)
Exit sulfur conc. (ppmw)
3.566550434
12.8668727217
31.7350268633
10.4379646472
6.2915034406
9.304594059
7.7434555887
13.9536796976
12.504094685
19.2506396365
12.2750655234
7.1849022136
32.0810836564
25.4645827201
62.4923726188
21.8413828247
9.2852767194
28.0675036965
31.5398869161
48.6805910522
27.9745972581
21.1868768537
40.9776363015
52.4244105951
93.6330214023
34.1304610144
21.7450487947
102.2857233032
103.5947052836
110.4514424686
51.9891350564
25.0324556286
489.3626666662
193.6137529919
780.910411159
84.2623173182
31.5201834863
641.5687092415
892.7319979307
1162.782219794
241.5165333326
147.1973000143
770.0945355496
1264.5833808031
386.7587255932
603.3489886885
583.7481941288
645.4207815443
804.5754746196
909.5113900197
BT Data
ATITANF28 Fresh
Time Volume cc/gm Area Response Split
1 0 1 0.1 549 23.4307490277 0 3.566550434 Batch No G11
2 5 2.5 0.25 3254.5 57.0482252134 0 9.304594059 Titania Grade 1/8 Pellets-Gobain
3 10 5 0.5 5543 74.4513263817 0 12.2750655234 Surface Area [Support] 153 m2/g
4 20 10 1 17029.6 130.4975095548 0 21.8413828247 Final Surface Area m2/g
5 30 15 1.5 7929.8 89.0494244788 20 27.9745972581 Pore Diameter 158 A
6 40 20 2 12353 111.144050673 20 34.1304610144 Pore Volume 0.46 cc/g
7 52 26 2.6 30709.9 175.2424035443 20 51.9891350564 Particle Size 1.4-0.8 mm
8 62 31 3.1 84726 291.0773093183 20 84.2623173182 Silver Loading 2.5 %
9 70 35 3.5 11683.7 108.0911652264 60 241.5165333326 Percentage Wetness 91 %
10 83 41.5 4.15 25758.5 160.494548194 60 386.7587255932 Batch Weight 100 g
11 101 50.5 5.05 53623.9 231.5683484417 60 583.7481941288 Imp-Dry-Crush-Calcine
12 120 60 6 64424.5 253.8198179812 60 645.4207815443
13 180 90 9 96872.1 311.2428312427 60 804.5754746196
14 210 105 10.5 121873.4 349.1037095191 60 909.5113900197
ATITANF28R1
Time Volume cc/gm Area Response Split
1 0 1 0.1 6071.3 77.9185472144 0 12.8668727217
2 5 2.5 0.25 2294.6 47.9019832575 0 7.7434555887
3 10 5 0.5 1991.8 44.629586599 0 7.1849022136
4 15 7.5 0.75 3241.6 56.9350507157 0 9.2852767194
5 20 10 1 4184.4 64.6869384034 20 21.1868768537
6 40 20 2 4447.6 66.690329134 20 21.7450487947
7 50 25 2.5 6160.6 78.4894897423 20 25.0324556286
8 60 30 3 10358.2 101.7752425691 20 31.5201834863
9 91 45.5 4.55 5485 74.0607858451 60 147.1973000143
10 113 56.5 5.65 56949.2 238.6403151188 60 603.3489886885
ATITANF28R4
Time Volume cc/gm Area Response Split
11 0 1 0.1 35517.7 188.4614018838 0 31.7350268633
12 10 5 0.5 7104.1 84.2858232445 0 13.9536796976
13 20 10 1 36286 190.4888448177 0 32.0810836564
14 28 14 1.4 7989.3 89.3828842676 20 28.0675036965
15 40 20 2 18419.9 135.7199322134 20 40.9776363015
16 63 31.5 3.15 126570.1 355.7669180798 20 102.2857233032
17 84 42 4.2 39011.8 197.5140501331 60 489.3626666662
18 100 50 5 63720.9 252.4299902943 60 641.5687092415
19 120 60 6 89282.7 298.8021084263 60 770.0945355496
ATITANF28R5
Time Volume cc/gm Area Response Split
1 0 1 0.1 4056.2 63.6883034787 0 10.4379646472
2 8 4 0.4 5744.6 75.7931395312 0 12.504094685
3 18 9 0.9 23020.4 151.7247507825 0 25.4645827201
4 30 15 1.5 10372.6 101.8459621193 20 31.5398869161
5 43 21.5 2.15 31259.9 176.8046945078 20 52.4244105951
6 61 30.5 3.05 129935.1 360.4651162041 20 103.5947052836
7 93 46.5 4.65 467256.3 683.5614822384 20 193.6137529919
8 112 56 5.6 117683.1 343.0497048534 60 892.7319979307
ATITANF28R9
Time Volume cc/gm Area Response Split
1 0 1 0.1 1552 39.3954312072 0 6.2915034406
2 10 5 0.5 13298.5 115.3191224386 0 19.2506396365
3 21 10.5 1.05 135909.8 368.6594634619 0 62.4923726188 0 y = 5.8587x + 2.5354
4 30 15 1.5 26688.9 163.3673774044 20 48.6805910522 20 y = 3.5892x - 11.357
5 43 21.5 2.15 105437 324.710640417 20 93.6330214023 40 y = 0.4716x + 13.975
6 50 25 2.5 148283 385.0753173082 20 110.4514424686 60 y = 0.3377x + 12.455
7 71 35.5 3.55 91630 302.7044763462 60 780.910411159 80 y = 0.2916x - 6.5145
8 100 50 5 194026 440.4838249017 60 1162.782219794
9 120 60 6 227732.9 477.2136837937 60 1264.5833808031
F28R12
Time Volume cc/gm Area Response Split
1 0 1 0.1 1552 39.3954312072 20 14.1403185131
2 6 3 0.3 13298.5 115.3191224386 40 214.8942375712
3 11 5.5 0.55 135909.8 368.6594634619 40 62.4923726188
4 21 10.5 1.05 26688.9 163.3673774044 60 446.882965367
5 31 15.5 1.55 105437 324.710640417 60 924.6539544477
6 41 20.5 2.05 148283 385.0753173082 80 1342.9006080528
7 65 32.5 3.25 91630 302.7044763462 80 1060.4217295821
F28R12
Time Volume cc/gm Area Response Split
1 1 1 0.1 528.8 22.9956517629 20 9.5711166173
2 13 6.5 0.65 2656.9 51.5451258607 20 17.5253889058
3 23 11.5 1.15 3675.9 60.6292008854 40 9.9158176533
4 33 16.5 1.65 8776.3 93.6819086057 40 15.5574630218
5 43 21.5 2.15 12649.7 112.4708851214 60 296.1678564449
6 53 26.5 2.65 19306.3 138.9471122406 80 498.8395481502
7 68 34 3.4 51114 226.0840551653 80 797.6630835574
8 83 41.5 4.15 70270.6 265.0860237734 80 931.414690581
Microfibrous Entrapped Supported Ag Sorbent
| Entrap adsorbent particles in a sinter-locked network of fibers |
| Glass fiber media ideal for liquid phase desulphurization |
| Enhanced breakthrough performance |
| Use smaller particles with minimal pressure drop |
| Reduced channeling |
1ppmw@0.75 1ppmw @ 0.25 Test conditions: Packed Bed: Ag (5.6 wt%)/SiO2 Particle size: 2.0-0.8 mm; Bed weight: 10 g Feed Stream: JP5 (1172 ppmw Sulfur) JP5 flow rate: 0.5 cc/min; LHSV: 2.13 (h-1) Face Velocity: 0.25 cm/min
Polishing layer Weight 1.0g; Thickness 0.7cm; Particle size 100-200um 10µm E-Type Glass filbers Glass fiber entrapped SiO2 particles Polishing Filter Individual data pts removed for visual clarity
1 1
Packed Bed
Composite Bed cc of fuel /g of adsorbent
C/C0
Breakthrough Test
BT TEST 472.3
Area *40 Resp
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0 JP5 NewB 210935.7 8437428 2904.7251160824 116189.004643297
1 1 0.5 0.0311683778 507 0 507 472.3 0 0 0
2 3 1.5 0.0935051334 363.6 0 363.6 472.3 0 0 0
3 8 4 0.2493470225 576 0 576 472.3 0 0 0
4 12 6 0.3740205337 565.8 0 565.8 472.3 93.5 9.6695398029 0.0031161907
5 18 9 0.5610308006 2648.7 20 2648.7 472.3 43528 208.6336502101 0.0672361103
6 23 11.5 0.7168726896 2800.2 20 56004 472.3 46558 215.7730288984 0.0695369091
7 28 14 0.8727145787 4326.9 20 86538 472.3 77092 277.6544615165 0.0894793624
8 33 16.5 1.0285564678 752.9 40 30116 472.3 11224 105.9433811052 0.0341422433
9 41 20.5 1.2779034902 647.5 40 25900 472.3 7008 83.7137981458 0.0269783429
10 60 30 1.8701026686 869.4 40 34776 472.3 15884 126.0317420335 0.0406160948
11 76 38 2.3687967136 2772.2 40 110888 472.3 91996 303.3084238857 0.0977468334
12 86 43 2.6804804917 7405.8 40 296232 472.3 277340 526.6308004665 0.1697166614
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0
1 1 0.5 0.0311683778 507 0 507 472.3 0 0 0 0.5726988223
2 3 1.5 0.0935051334 363.6 0 363.6 472.3 0 0 0 0
3 8 4 0.2493470225 576 0 576 472.3 0 0 0 1.3053953427
4 12 6 0.3740205337 4283 0 4283 472.3 3810.7 61.7308674814 0.0212518801 10.1038570812
5 18 9 0.5610308006 2648 20 2648 472.3 43514 208.6000958773 0.0718140602 67.2791195129
6 23 11.5 0.7168726896 5192.2 20 103844 472.3 94398 307.2425751747 0.1057733779 92.9434611808
7 28 14 0.8727145787 4326.9 20 86538 472.3 77092 277.6544615165 0.0955871766 85.1216995218
8 33 16.5 1.0285564678 9143 40 365720 472.3 346828 588.92104734 0.2027458872 122.3006924517
9 41 20.5 1.2779034902 9612.9 40 384516 472.3 365624 604.6685042236 0.2081672118 125.3238196464
10 60 30 1.8701026686 7230 40 289200 472.3 270308 519.9115309358 0.1789882109 109.1065371018
11 76 38 2.3687967136 18902.3 40 756092 472.3 737200 858.6035173466 0.2955885729 174.4644101836
12 86 43 2.6804804917 48340.5 40 1933620 472.3 1914728 1383.736969225 0.4763745171 277.1046986565
ASIL2B Grade 20 Blank 445 409.2
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0
1 2 1 0.1 330.4 0 330.4 445 0 0 0
2 5 2.5 0.25 1803.6 0 1803.6 445 1358.6 36.8591915267 0.0118785664 0
3 10 5 0.5 320328 0 320328 445 319883 565.582001128 0.1822694171 96.1043578145
4 15 7.5 0.75 396839 20 396839 445 396394 629.5982846228 0.2028998661 107.0310622873
5 20 10 1 550950.2 20 550950.2 445 550505.2 741.9603763005 0.2391106595 927.9836742661
6 25 12.5 1.25 640982 20 12819640 445 12819195 3580.3903418482 1.1538479993 1000.6890290927
7 30 15 1.5 754147.5 20 15082950 445 15082505 3883.6200895556 1.2515694778 1085.1684060159
8 35 17.5 1.75 190934.5 40 7637380 445 7636935 2763.5004975574 0.8905899122 547.5953457922
9 40 20 2 204317.6 40 8172704 445 8172259 2858.7163203088 0.9212749985 566.3525342604
10 45 22.5 2.25 194457.5 40 7778300 445 7777855 2788.8805998106 0.8987691266 552.595134817
11 50 25 2.5 193730.7 40 7749228 445 7748783 2783.6635931808 0.8970878483 551.567403026
12 55 27.5 2.75 212599 40 8503960 445 8503515 2916.0787026416 0.939761103 577.6527422595
13 60 30 3 222899 40 8915960 445 8915515 2985.8859656725 0.962257804 591.4045680501
ATITANF Blank 378 10g
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0
1 2 1 0.1 263.3 0 263.3 378 0 0 0
2 5 2.5 0.25 481.7 0 481.7 378 0 0 0 0
3 10 5 0.5 294.3 0 294.3 378 -83.7 0 0 0
4 15 7.5 0.75 1116.3 0 1116.3 378 738.3 27.1716764297 0.009354383 4.205075602
5 20 10 1 1266.2 20 1266.2 378 888.2 29.8026844428 0.0102601592 47.4996313674
6 25 12.5 1.25 2744.2 20 54884 378 54506 233.465200833 0.0803749788 68.4333570757
7 30 15 1.5 5331.2 20 106624 378 106246 325.9539844825 0.1122160583 94.1372625695
9 40 20 2 6975.6 40 279024 378 278646 527.8693020057 0.1817293703 107.2259624611
10 45 22.5 2.25 4728.9 40 189156 378 188778 434.4859031085 0.149580302 88.8443781444
11 50 25 2.5 7053.9 40 282156 378 281778 530.8276556473 0.1827478417 107.8083716295
12 55 27.5 2.75 5739.6 40 229584 378 229206 478.7546344423 0.1648206818 97.5574979256
13 60 30 3 7968.8 40 318752 378 318374 564.2464000771 0.1942529005 114.3877839676
8 35 17.5 1.75 4001.8 40 160072 378 159694 399.6173169421 0.1375761066 81.9826586747 EXCL
ATITANR1 Blank 517.9 10g
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0
1 2 1 0.1 832.7 0 832.7 517.9 0 0 0 0
2 5 2.5 0.25 484.5 0 484.5 517.9 0 0 0 0
3 10 5 0.5 697.5 0 697.5 517.9 179.6 0 0 0
4 15 7.5 0.75 3511.3 0 3511.3 517.9 2993.4 54.7119730955 0.0188356708 8.9058277597
5 20 10 1 2385.5 20 2385.5 517.9 1867.6 43.2157378741 0.0148778662 64.0182913606
6 25 12.5 1.25 3196.6 20 63932 517.9 63414.1 251.8215638106 0.0866945171 73.6082512708
7 30 15 1.5 6671.1 20 133422 517.9 132904.1 364.5601459293 0.1255069873 104.9293572043
8 35 17.5 1.75 7940.7 20 158814 517.9 158296.1 397.8644241447 0.1369726389 114.1915093813
9 40 20 2 3369.4 40 134776 517.9 134258.1 366.4124724951 0.1261446871 75.4872078963
10 45 22.5 2.25 5032.5 40 201300 517.9 200782.1 448.0871567006 0.1542628005 91.5519755676
11 50 25 2.5 7172 40 286880 517.9 286362.1 535.1281155013 0.1842283594 108.6807393957
12 60 30 3 7244.3 40 289772 517.9 289254.1 537.823484054 0.1851562929 109.211255539
13 70 35 3.5 15160.3 40 606412 517.9 605894.1 778.3919963617 0.2679767261 156.5744705104
14 80 40 4 23172.1 40 926884 517.9 926366.1 962.4791426312 0.3313523402 192.8274960487
15 90 45 4.5 35556.9 40 1422276 517.9 1421758.1 1192.3749829647 0.4104984966 238.1072430593
16 100 50 5 46064.5 40 1842580 517.9 1842062.1 1357.2258839265 0.4672516556 270.5780209601
17 120 60 6 58058.2 40 2322328 517.9 2321810.1 1523.7486997533 0.5245804041 303.3792579769
ATITANR2 Blank 433.7
ATITANR3 ATITANR4
Time Volume cc/gm Area Split Act Area Blank Corr Area Response C/C0
1 2 1 0.1 473.1 0 473.1 433.7 0 0 0 0 SAT
2 5 2.5 0.25 515.7 0 515.7 433.7 0 0 0 0 2D OVEN
3 10 5 0.5 448.9 0 448.9 433.7 15.2 3.8987177379 0.001256435 29.5623726927 200C 2HR
4 20 10 1 3486.9 0 3486.9 433.7 3053.2 55.2557689296 0.0190228832 76.737451821 450C 500C
5 25 12.5 1.25 2844.3 0 2844.3 433.7 2410.6 49.0978614606 0.0169029027 69.6131063412
6 30 15 1.5 6052.4 20 121048 433.7 120614.3 347.2956953376 0.1195633612 100.0955297597
7 35 17.5 1.75 6496 20 129920 433.7 129486.3 359.8420486825 0.1238826897 103.5849323679
8 40 20 2 7916 20 158320 433.7 157886.3 397.3490908509 0.1367952253 114.0186963346
9 50 25 2.5 18599.8 20 371996 433.7 371562.3 609.5591029589 0.209852688 173.088193038
10 60 30 3 6574.8 40 262992 433.7 262558.3 512.4044301136 0.1764052846 104.1921759767
11 70 35 3.5 11755.9 40 470236 433.7 469802.3 685.4212573301 0.235969724 138.2558288046
12 80 40 4 19443.4 40 777736 433.7 777302.3 881.647491915 0.3035244576 176.8989442509
13 90 45 4.5 30847.2 40 1233888 433.7 1233454.3 1110.6098774997 0.3823492538 221.9950283434
14 100 50 5 36120.2 40 1444808 433.7 1444374.3 1201.8212429475 0.413750557 239.9609400207
15 120 60 6 55925 40 2237000 433.7 2236566.3 1495.5153961093 0.514860535 297.8123247043
Scale-up of Ag/TiO2 and Other Sorbents Larger batches tested for consistent performance
| Synthesis of kg-size batches |
| V-Blender for incipient wetness impregnation |
| Multiple-convection ovens for drying operations |
| High temperature controlled atmosphere ovens/furnaces for calcination |
| Catalyst/Sorbent characterization: BET, Chemisorption, XRD etc. |
| XPS, TPD, TGA-MS etc. |
Extended bed tests Test conditions: Ag(4%)/TiO2 Particle size: 0.8-2.0 mm; Bed weight: 10 g; Feed Stream: JP5 (1172 ppmw Sulfur) ;JP5 flow rate: 0.5 cc/min LHSV: 2.13 (h-1)
10 1 1
20 10 15
30 20 30
40 35 45
70 52 60
83 65 75
101 82 90
120 104 105
155 122
182 160
207 180
10g
20g
50g
Time (min)
Outlet sulfur conc. (ppmw)
11.501256062
7.351923347
7.0521828902
50.1603515094
12.2024120066
7.5534653711
60.4402226468
23.9873202211
12.3528898928
382.6342387505
34.3193971549
12.7201714122
519.2437691394
51.1144199852
19.4358198458
797.2458376216
285.2519755083
26.7547443696
828.0668102482
473.0191654564
28.8786066958
944.2811020447
647.0405765501
31.4649683329
831.3270169927
37.5249672573
865.0218227524
54.5526067631
1030.0412813972
65.6164378751
73.7115268535
516.6520924829
635.8377219323
794.9926212649
835.9300505243
848.0378511465
938.3835344917
1186.5144759073 cc-g
0.25 0.025 0.01
0.5 0.25 0.15
0.75 0.5 0.3
1 0.875 0.45
1.75 1.3 0.6
2.075 1.625 0.75
2.525 2.05 0.9
3 2.6 1.05
3.875 1.22
4.55 1.6
5.175 1.8
2.01
2.43
2.64
3.02
3.55
4.2
4.72
5.89
10g
20g
50g
Vol of JP5 (cc)/Weight of adsorbent (g)
Outlet sulfur conc. (ppmw)
11.501256062
7.351923347
7.0521828902
50.1603515094
12.2024120066
7.5534653711
60.4402226468
23.9873202211
12.3528898928
382.6342387505
34.3193971549
12.7201714122
519.2437691394
51.1144199852
19.4358198458
797.2458376216
285.2519755083
26.7547443696
828.0668102482
473.0191654564
28.8786066958
944.2811020447
647.0405765501
31.4649683329
831.3270169927
37.5249672573
865.0218227524
54.5526067631
1030.0412813972
65.6164378751
73.7115268535
516.6520924829
635.8377219323
794.9926212649
835.9300505243
848.0378511465
Vol
5 0.5 0.5
10 5 7.5
15 10 15
20 17.5 22.5
35 26 30
41.5 32.5 37.5
50.5 41 45
60 52 52.5
77.5 61
91 80
103.5 90
100.5
121.5
177.5
294.5
1X
2X
5X cc ppmw S
11.501256062
7.351923347
7.0521828902
50.1603515094
12.2024120066
7.5534653711
60.4402226468
23.9873202211
12.3528898928
382.6342387505
34.3193971549
12.7201714122
519.2437691394
51.1144199852
19.4358198458
797.2458376216
285.2519755083
26.7547443696
828.0668102482
473.0191654564
28.8786066958
944.2811020447
647.0405765501
31.4649683329
831.3270169927
37.5249672573
865.0218227524
54.5526067631
1030.0412813972
65.6164378751
73.7115268535
516.6520924829
635.8377219323
794.9926212649
835.9300505243
848.0378511465
Sheet1
ATVD13-2X 20g
Time cc/gm Area Split
1 1 0.5 0.025 2080.1 45.6081133133 0 7.351923347
2 10 5 0.25 5479.8 74.0256712229 0 12.2024120066
3 20 10 0.5 20469 143.0699129796 0 23.9873202211
4 35 17.5 0.875 12504.2 111.8221802685 20 34.3193971549
5 52 26 1.3 29619.4 172.1028762107 20 51.1144199852
6 65 32.5 1.625 22052.2 148.4998316497 40 285.2519755083
7 82 41 2.05 56193.1 237.0508384292 40 473.0191654564
8 104 52 2.6 53342.8 230.960602701 60 647.0405765501
9 155 77.5 3.875 85962.8 293.1941336384 60 831.3270169927
10 182 91 4.55 60381.2 245.7258635146 80 865.0218227524
11 207 103.5 5.175 86345.2 293.8455376554 80 1030.0412813972
ATVD11-1X
1 10 5 0.25 4888.5 69.9178088902 0 11.501256062
2 20 10 0.5 87858.8 296.4098513882 0 50.1603515094
3 30 15 0.75 42261.1 205.5750471239 20 60.4402226468
4 40 20 1 37801.2 194.4253069947 40 382.6342387505
5 70 35 1.75 35270.2 187.8036208384 60 519.2437691394
6 83 41.5 2.075 51059 225.9623862505 80 797.2458376216
7 101 50.5 2.525 55201.4 234.9497818684 80 828.0668102482
8 120 60 3 72273.8 268.8378693562 80 944.2811020447
ATVD135X
Time cc/gm Area Split
1 1 0.5 0.01 1923 43.8520238986 0 7.0521828902
2 15 7.5 0.15 2189.2 46.7888875696 0 7.5534653711
3 30 15 0.3 5611.1 74.9072760151 0 12.3528898928
4 45 22.5 0.45 5938.1 77.0590682529 0 12.7201714122
5 60 30 0.6 13549.9 116.4040377307 0 19.4358198458
6 75 37.5 0.75 7169.2 84.6711284914 20 26.7547443696
7 90 45 0.9 8518.2 92.2940951524 20 28.8786066958
8 105 52.5 1.05 10317.9 101.5770643403 20 31.4649683329
9 122 61 1.22 15209.7 123.3276124799 20 37.5249672573
11 160 80 1.6 34019.3 184.443216194 20 54.5526067631
12 180 90 1.8 50244.8 224.1535188214 20 65.6164378751
13 201 100.5 2.01 64114.5 253.2084121825 20 73.7115268535
14 243 121.5 2.43 20776.7 144.141250168 80 516.6520924829
15 264 132 2.64 32003.7 178.8957797155 80 635.8377219323
16 302 151 3.02 50762.5 225.3053483608 80 794.9926212649
17 355 177.5 3.55 56284.1 237.2427027329 80 835.9300505243
18 420 210 4.2 57971.8 240.7733373943 80 848.0378511465
19 472 236 4.72 71352.1 267.1181386578 80 938.3835344917
20 589 294.5 5.89 115242 339.4731211746 80 1186.5144759073
9 122 61 1.22 15209.7 123.3276124799 20 37.5249672573 REANALYZE
10 143 71.5 1.43 32554.2 180.4278249051 60 497.40250194
0.1 0.1 0.1
0.25 0.25 0.25
0.5 0.5 0.5
0.75 0.75 0.75
1 1 1
1.5 1.5 1.5
2.05 2 2
2.5 2.5 3
3 3 4
3.5 3.75 5.2
5 4.5
6 6
7.5 7.5
15g Batch
500g Batch
6kg Batch
Vol of JP5 processed(cc)/ Weight of adsorbent(g)
Outlet Sulfur Concentration (ppmw)
7.1929294566
23.0602171284
13.5156677559
7.0084611542
11.5146753512
11.8202142078
10.1423585963
13.3799744511
15.9287530404
27.6089678243
25.8875426036
28.493395582
21.7849032921
26.6445831685
22.6781106365
22.651041716
27.3471707904
29.5795190068
11.8140313678
32.4212981661
36.7179017738
24.6078179663
37.5478898227
78.1300745735
19.2772347034
48.6187267307
115.2229101522
33.9022561468
184.0581319083
640.0320524265
172.0485144353
272.7574613529
251.7248509184
648.5510272403
362.7279392705
754.9931845084
CBT on ATITAN
0.1 0.1
0.25 0.25
0.5 0.5
0.75 0.75
1 1
1.4 1.25
1.75 1.5
2.15 2
2.5 2.5
2.85 3.1
4.4 4.5
5.6
Flow Rate=0.5cc/min Bed Dimensions:
Diameter=1.905cm Length=8cm Bed weight=10g Polishing layer Weight=0.7g Adsorbent Wt.=0.175g
Packed Bed
Composite Bed
Vol of JP5(cc)/Weight of adsorbent(g)
Total outlet sulfur concentration(ppmw)
Composite Bed Test #1 Ag/TiO2
25.3221441842
18.9715827307
28.6773737127
53.5195410567
29.6913919152
51.6601146189
46.1080554391
76.0112073996
43.9944418466
88.507570466
83.7036055105
97.6041074603
107.3016914532
110.991068972
415.7842457638
130.0483370305
499.7251276805
140.2876580776
556.4544632473
773.41648189
707.4017414808
802.606557566
866.4377431461
848.4216525701
Ag Loading-TiO2
0.1 0.1 0.1 0.1
0.75 0.25 0.3 0.25
1 0.6 0.5 0.5
1.3 1 0.75 0.75
1.6 1.5 1 1
2 2.35 1.5 1.5
2.75 3.25 2.15 2
3.15 3.8 3.9 2.55
3.45 4.5 4.3 3.1
3.9 7.5 5.9 3.7
4.5 8.75 4.5
6 6
7.75
Ag/TiO2(F6)[4%Ag]
Ag/TiO2(F7)[2%Ag]
TiO2
Ag/TiO2[8%Ag](F8)
Vol of JP5(cc)/Weight of adsorbent (g)
Exit Sulfur Concentration(ppmw)
Desulfurization Performance with varying Ag Loading Ag/TiO2
3.6129039824
3.6129039824
41.4854901247
6.861361967
9.029332132
9.029332132
98.982878861
6.2908535127
10.6997335292
10.6997335292
134.6801082579
7.81052576
23.6846327556
23.6846327556
168.1052696107
23.4303634168
21.1918293473
21.1918293473
111.3014789128
21.6104564689
23.5035815128
7.1013302322
142.9569425668
1.6076557493
4.8505564636
4.8505564636
171.7398907731
5.8490694314
8.785931468
8.785931468
246.1666536504
12.2548429818
16.419973689
68.9272149265
771.8226629894
100.6317451109
23.208539447
148.3392844557
798.4013580423
148.3578918747
148.3392844557
405.8677043885
280.4161980955
405.8677043885
577.7645766753
689.2187999101
828.6759293153
CBT2
0.1 0.1
0.25 0.25
0.5 0.5
0.75 0.75
1 1
1.5 1.5
2.05 2
2.5 2.5
3 3
3.5 3.5
5 4
6 4.5
7.5 5.15
7.5 6
7.5
Diameter=1.905cm Length=8cm Bed weight=10g Polishing layer Weight=0.7g Adsorbent Wt.=0.175g
PB
CBT
Vol of JP5(cc)/Weight of adsorbent(gm)
Outlet Total Sulfur(ppmw)
Composite Bed Test #2 Ag/TiO2
7.1929294566
7.1929294566
7.0084611542
7.0084611542
10.1423585963
10.1423585963
27.6089678243
27.6089678243
21.7849032921
21.7849032921
22.651041716
22.651041716
11.8140313678
26.7359808373
24.6078179663
35.5111240024
19.2772347034
19.2772347034
33.9022561468
33.9022561468
172.0485144353
48.4473090306
251.7248509184
172.0485144353
362.7279392705
251.7248509184
592.9338243581
362.7279392705
592.9338243581
759.0034395139
CBT3
0.1 0.1
0.25 0.25
0.5 0.5
0.75 0.75
1 1
1.5 1.5
2 2.05
2.5 2.5
3 3
3.5 3.5
4 5
4.55 6
5.5 7.5
6.5 7.5
7.5
8.5
Diameter=1.905cm Length=8cm Bed weight=10g Polishing layer Weight=0.7g Adsorbent Wt.=0.175g
CBT
PBT
Vol of JP5(cc)/Weight of adsorbent(g)
Total Outlet Sulfur(ppmw)
Composite Bed Test #3 Ag/TiO2
22.7695984671
7.1929294566
9.4285697981
7.0084611542
10.9297476473
10.1423585963
14.3006363162
27.6089678243
23.1627735879
21.7849032921
22.9088604604
22.651041716
26.852271769
11.8140313678
32.9353544164
24.6078179663
19.8064149387
19.2772347034
30.3599497793
33.9022561468
44.5466925621
172.0485144353
60.3450468289
251.7248509184
248.8449830953
362.7279392705
402.0269213413
592.9338243581
565.4354427654
716.9838366779
Sat Tests
Calibration Split y = 5.8587x + 2.5354 0 y = 3.5892x - 11.357 20 y = 2.4618x + 55.52 40 y = 0.3608x + 20.952 60
MF
0 20 40
ATITAN 0 0 0
ASIL 101471.3 66559 INTERR
JP5
ATITAN 1433321.9 224587.2 127954.8
ASIL 1102912 236519.2 120390.9
Ag Loading-SiO2
0.1 0.1
0.25 0.25
0.5 0.5
0.75 1
1 1.6
1.5 2.1
2 2.75
2.5 4
3 5.15
3.5 6
5 7.5
6.2
7.5
Ag/SiO2[4%Ag]
Ag/SiO2[18%Ag]
Vol of Fuel(cc)/Weight of adsorbent(g)
Total Outlet Sulfur(ppmw)
Effect of Ag loading Ag/SiO2
38.1511122956
6.2828325645
71.7898298822
9.6323818819
114.4551060653
20.151758488
84.3560190478
33.8773700723
92.2585597327
61.9395390612
94.9106684136
63.794301888
106.6453117269
83.3900028553
115.2554241583
101.1133312384
122.4717148986
408.4485324644
129.7204116045
443.6693414701
574.9548482308
449.0595220501
679.7946228537
744.2927726747
776.6796575565
Regen ATITAN2PC
0.1 0.1 0.1 0.1 0.1
0.25 0.25 0.3 0.3 0.25
0.6 0.6 0.5 0.5 0.5
1 1 0.75 0.75 0.75
1.5 1.5 1 1 1
2.35 2 1.25 1.25 1.25
3.25 2.5 1.5 1.5 1.5
3.8 3 2.1 2.1 2
4.5 4.5 2.5 2.5 2.5
7.5 3 3 3
8.75 3.5 3.5 3.5
4.5 4.5 4.5
6 6 6
Fresh
R1
R2
R2 Repeat
ATITANF14
cc/gm ppmw
Regen ATITANF7
3.6129039824
22.7695984671
14.3337304953
14.3337304953
21.4940917085
9.029332132
9.4285697981
7.5291691468
7.5291691468
28.8401713603
10.6997335292
10.9297476473
12.4356781026
12.4356781026
25.1507826367
23.6846327556
27.2137350902
20.5299136239
20.5299136239
21.4549935827
21.1918293473
23.1627735879
21.1327413458
21.1327413458
23.7309203946
7.1013302322
22.9088604604
25.1376286115
25.1376286115
22.5540013276
4.8505564636
11.9835786146
7.480342303
35.3780221924
20.3558265805
8.785931468
20.8524551432
27.4318040403
50.640907455
21.6592072152
68.9272149265
19.8064149387
42.8608249461
64.6009500685
19.4305741576
148.3392844557
209.1553430066
92.4499037579
21.248148986
405.8677043885
279.2806924152
279.2806924152
117.438390266
471.7506074468
471.7506074468
210.0120582184
769.4273391719
769.4273391719
1062.2641275562
PBT 10G RT 2904.7251160824
Time Volume cc/gm Area Split Act Area Resp C/C0
1 0 1 0.1 6324.9 20 2149.3 46.3605435689 0.0159603899
2 5 2.5 0.25 8385.4 20 167708 409.5216721982 0.140984662
3 10 5 0.5 9065.2 20 181304 425.7980742089 0.1465880847
4 15 7.5 0.75 23757.3 20 475146 689.3083489992 0.2373058892
5 20 10 1 26838.8 40 1073552 1036.1235447571 0.3567028014
6 28 14 1.4 68424.9 40 2736996 1654.3868954994 0.5695502657
7 35 17.5 1.75 102192.3 40 4087692 2021.8041448172 0.6960397782
8 43 21.5 2.15 29229.7 60 1753782 1324.3043456849 0.4559138458
9 50 25 2.5 40502.7 60 2430162 1558.8976874702 0.5366765141
10 57 28.5 2.85 49160.1 60 2949606 1717.4417020673 0.5912579339
11 88 44 4.4 76276.8 60 4576608 2139.3008203616 0.7364899673
CBT
Time Volume cc/gm Area Split Act Area Resp C/C0
1 0 1 0.1 12924.1 0 12924.1 113.6842117446 0.0391376849
2 5 2.5 0.25 99913.1 0 99913.1 316.0903351892 0.1088193668
3 10 5 0.5 30297.4 20 605948 778.4266182499 0.2679863389
4 15 7.5 0.75 68362.6 20 1367252 1169.2955144017 0.4025494718
5 20 10 1 74751.9 40 2990076 1729.1836224068 0.5953002857
6 25 12.5 1.25 87498.7 40 3499948 1870.8147957508 0.644059178
7 30 15 1.5 108081.7 40 4323268 2079.2469790768 0.7158154314
8 40 20 2 141130.2 40 5645208 2375.9646462016 0.8179654343
9 50 25 2.5 160704.9 40 6428196 2535.3887275919 0.8728498318
10 62 31 3.1 90000.4 60 5400024 2323.7951716965 0.8000052231
11 75 37.5 3.75 76276.8 60 4576608 2139.3008203616 0.7364899673
12 90 45 4.5 96430.4 60 5785824 2405.3739833964 0.8280900889
13 112 56 5.6 111264.1 60 6675846 2583.7658562648 0.8895044647
14 120 60 6 106969.9 60 6418194 2533.4154811243 0.8721705088
PBT 10G RT
Time Volume cc/gm Area Response Split
1 0 1 0.1 6324.9 79.5292399058 20 25.3221441842
2 5 2.5 0.25 8385.4 91.5718297295 20 28.6773737127
3 10 5 0.5 9065.2 95.211343862 20 29.6913919152
4 15 7.5 0.75 23757.3 154.134032582 20 46.1080554391
5 20 10 1 26838.8 163.825516938 40 43.9944418466
6 28 14 1.4 68424.9 261.5815360456 40 83.7036055105
7 35 17.5 1.75 102192.3 319.6753040196 40 107.3016914532
8 43 21.5 2.15 29229.7 170.9669558716 60 415.7842457638
9 50 25 2.5 40502.7 201.2528260671 60 499.7251276805
10 57 28.5 2.85 49160.1 221.7207703396 60 556.4544632473
11 88 44 4.4 76276.8 276.1825483263 60 707.4017414808
CBT Calibration Split y = 5.8587x + 2.5354 0
Time Volume cc/gm Area Response Split ppmw y = 3.5892x - 11.357 20
1 0 1 0.1 12924.1 113.6842117446 0 18.9715827307 y = 2.4618x + 55.52 40
2 5 2.5 0.25 99913.1 316.0903351892 0 53.5195410567 y = 0.3608x + 20.952 60
3 10 5 0.5 30297.4 174.0614833902 20 51.6601146189
4 15 7.5 0.75 68362.6 261.4624255988 20 76.0112073996
5 20 10 1 74751.9 273.4079369733 40 88.507570466
6 25 12.5 1.25 87498.7 295.8017917458 40 97.6041074603
7 30 15 1.5 108081.7 328.7578135954 40 110.991068972
8 40 20 2 141130.2 375.6729961017 40 130.0483370305
9 50 25 2.5 160704.9 400.8801566553 40 140.2876580776
10 62 31 3.1 90000.4 300.0006666659 60 773.41648189
12 90 45 4.5 96430.4 310.5324459698 60 802.606557566
13 112 56 5.6 111264.1 333.5627377271 60 866.4377431461
14 120 60 6 106969.9 327.0625322473 60 848.4216525701
11 75 37.5 3.75 76276.8 276.1825483263 60 707.4017414808
ATITANF6 4PCAG 10G
Time Volume cc/gm Area Response Split
1 0 1 0.1 561.8 23.7023205615 0 3.6129039824
2 15 7.5 0.75 3073.1 55.4355481618 0 9.029332132
3 20 10 1 4253.9 65.2219288277 0 10.6997335292
4 26 13 1.3 5424.6 73.6518838863 20 23.6846327556
5 32 16 1.6 4186.7 64.7047138932 20 21.1918293473
6 40 20 2 5329.3 73.0020547656 20 23.5035815128
7 55 27.5 2.75 4551 67.4610999021 40 4.8505564636
8 63 31.5 3.15 5952 77.1492060879 40 8.785931468
9 69 34.5 3.45 9205 95.9426912276 40 16.419973689
10 78 39 3.9 12691.1 112.6547824107 40 23.208539447
11 90 45 4.5 5546.2 74.4728138316 60 148.3392844557
12 120 60 6 28019.1 167.3890677434 60 405.8677043885
13 155 77.5 7.75 72696.1 269.6221430076 60 689.2187999101
14 180 90 9 102360.5 319.938275297 60 828.6759293153
ATITANF7 2PCAG 10G
Time Volume cc/gm Area Response Split
1 0 1 0.1 561.8 23.7023205615 0 3.6129039824
2 5 2.5 0.25 3073.1 55.4355481618 0 9.029332132
3 12 6 0.6 4253.9 65.2219288277 0 10.6997335292
4 20 10 1 5424.6 73.6518838863 20 23.6846327556
5 30 15 1.5 4186.7 64.7047138932 20 21.1918293473
6 47 23.5 2.35 5329.3 73.0020547656 40 7.1013302322
7 65 32.5 3.25 4551 67.4610999021 40 4.8505564636
8 76 38 3.8 5952 77.1492060879 40 8.785931468
9 90 45 4.5 50717.3 225.2050177061 40 68.9272149265 9 90 45 4.5 9205 95.9426912276 60 207.8455965289
11 150 75 7.5 5546.2 74.4728138316 60 148.3392844557 10 123 61.5 6.15 12691.1 112.6547824107 60 254.1651397192
12 175 87.5 8.75 28019.1 167.3890677434 60 405.8677043885 11 150 75 7.5 5546.2 74.4728138316 60 148.3392844557
10 123 61.5 6.15 12691.1 112.6547824107 60 254.1651397192
ASILF2 GR21 6IN BED 10G 20PC AG
Time Volume cc/gm Area Response Split
4 0 1 0.1 1548 39.3446311458 0 6.2828325645
5 5 2.5 0.25 3477.3 58.9686357312 0 9.6323818819
6 10 5 0.5 14544 120.5985074535 0 20.151758488
7 20 10 1 12151.9 110.2356566633 20 33.8773700723
8 32 16 1.6 44502.6 210.9563935983 20 61.9395390612
9 42 21 2.1 45185.5 212.5688123879 40 63.794301888
10 55 27.5 2.75 68021.6 260.8095090291 40 83.3900028553
11 80 40 4 92684.2 304.4407988427 40 101.1133312384
12 103 51.5 5.15 28331.7 168.3202305131 60 408.4485324644
13 120 60 6 32771.1 181.0278984024 60 443.6693414701
14 150 75 7.5 33479 182.9726755557 60 449.0595220501
TITANF
Time Volume cc/gm Area Response Split
1 0 1 0.1 60312.7 245.5864409938 0 41.4854901247
2 6 3 0.3 339243.8 582.446392383 0 98.982878861
3 10 5 0.5 626608 791.5857502507 0 134.6801082579
4 15 7.5 0.75 974985.9 987.4137430682 0 168.1052696107
5 20 10 1 150642 388.1262681139 20 111.3014789128
6 30 15 1.5 251747.1 501.7440582608 20 142.9569425668
7 43 21.5 2.15 366087.7 605.0518159629 20 171.7398907731
10 78 39 3.9 437626 661.5330679565 40 246.1666536504
11 86 43 4.3 89655.7 299.4256168066 60 771.8226629894
12 118 59 5.9 95490.4 309.0152099816 60 798.4013580423
8 54 27 2.7 3316474.7 1821.1190790281 40 717.1984235226
9 66 33 3.3 374535 611.9926470147 40 226.0429957814
ATITANF8 8PCAG
Time Volume cc/gm Area Response Split
14 0 1 0.1 1826.2 42.7340613563 0 6.861361967
15 5 2.5 0.25 1551.7 39.391623475 0 6.2908535127
16 10 5 0.5 2332.4 48.2949272698 0 7.81052576
17 15 7.5 0.75 5291 72.7392603757 20 23.4303634168
18 20 10 1 4383.4 66.2072503582 20 21.6104564689
19 30 15 1.5 3537.6 59.4777269236 40 1.6076557493
20 40 20 2 4888.7 69.9192391263 40 5.8490694314
21 51 25.5 2.55 7342.6 85.6889724527 40 12.2548429818
22 62 31 3.1 3278.7 57.259933636 60 100.6317451109
23 74 37 3.7 5547.2 74.4795273884 60 148.3578918747
24 90 45 4.5 14914.8 122.1261642729 60 280.4161980955
25 120 60 6 52628.7 229.4094592644 60 577.7645766753
ATITANF9 CBT 0.9GPL 10GBED
Time Volume cc/gm Area Response Split
1 0 1 0.1 1996 44.6766158074 0 7.1929294566
2 5 2.5 0.25 1900.6 43.5958713642 0 7.0084611542
3 10 5 0.5 3838.6 61.9564363081 0 10.1423585963
4 15 7.5 0.75 7697.8 87.737107315 20 27.6089678243
5 20 10 1 4466.7 66.8333748961 20 21.7849032921
6 30 15 1.5 4891.9 69.942118927 20 22.651041716
7 40 20 2 7157.8 84.6037824214 20 26.7359808373
8 50 25 2.5 13479.1 116.0995262695 20 35.5111240024
9 60 30 3 10604.2 102.9766963929 40 19.2772347034
10 70 35 3.5 19315.6 138.9805741822 40 33.9022561468
11 80 40 4 30550.7 174.7875853715 40 48.4473090306
12 90 45 4.5 6893.5 83.0271040083 60 172.0485144353
13 103 51.5 5.15 12493.5 111.7743262113 60 251.7248509184
14 120 60 6 23050.6 151.8242404888 60 362.7279392705
15 150 75 7.5 55169.8 234.8825238284 60 592.9338243581
16 180 90 9 86907.3 294.8004409766 60 759.0034395139
17 205 102.5 10.25 95342.2 308.7753228482 60 797.7364823952
ATITANF10 2PCAG PBT 10G
Time Volume cc/gm Area Response Split
1 0 1 0.1 1996 44.6766158074 0 7.1929294566
2 5 2.5 0.25 1900.6 43.5958713642 0 7.0084611542
3 10 5 0.5 3838.6 61.9564363081 0 10.1423585963
4 15 7.5 0.75 7697.8 87.737107315 20 27.6089678243
5 20 10 1 4466.7 66.8333748961 20 21.7849032921
6 30 15 1.5 4891.9 69.942118927 20 22.651041716
7 41 20.5 2.05 7157.8 84.6037824214 40 11.8140313678
8 50 25 2.5 13479.1 116.0995262695 40 24.6078179663
9 60 30 3 10604.2 102.9766963929 40 19.2772347034
10 70 35 3.5 19315.6 138.9805741822 40 33.9022561468
12 100 50 5 6893.5 83.0271040083 60 172.0485144353
13 120 60 6 12493.5 111.7743262113 60 251.7248509184
14 150 75 7.5 23050.6 151.8242404888 60 362.7279392705
15 150 75 7.5 55169.8 234.8825238284 60 592.9338243581
11 80 40 4 30550.7 174.7875853715 60 426.3735736461
ASILF3 10G APROX4PCAG PBT
Time Volume cc/gm Area Response Split
1 0 1 0.1 51099.2 226.0513216064 0 38.1511122956
2 5 2.5 0.25 179039.4 423.1304763309 0 71.7898298822
3 10 5 0.5 453054.9 673.093529905 0 114.4551060653
4 15 7.5 0.75 84921.9 291.4136235662 20 84.3560190478
5 20 10 1 102257.6 319.7774225927 20 92.2585597327
6 30 15 1.5 108436.1 329.2963710702 20 94.9106684136
7 40 20 2 101161.8 318.0594284092 40 106.6453117269
8 50 25 2.5 115094.5 339.2558031928 40 115.2554241583
9 60 30 3 127463.9 357.0208677374 40 122.4717148986
10 70 35 3.5 140524.3 374.865709288 40 129.7204116045
11 100 50 5 52164.6 228.3957092417 60 574.9548482308
12 124 62 6.2 70874.1 266.2218999256 60 679.7946228537
13 150 75 7.5 83806.1 289.492832381 60 744.2927726747
14 180 90 9 90708.2 301.1780204464 60 776.6796575565
ATITANF11CBT
Time Volume cc/gm Area Response Split
1 0 1 0.1 18478.5 135.9356465391 0 22.7695984671
2 5 2.5 0.25 3337.9 57.7745618763 0 9.4285697981
3 10 5 0.5 4431.5 66.5695125414 0 10.9297476473
4 15 7.5 0.75 7450.89 86.3185379858 0 14.3006363162
5 20 10 1 5152.2 71.7788269617 20 23.1627735879
6 30 15 1.5 5022.2 70.8674819646 20 22.9088604604
7 40 20 2 7228.6 85.0211738333 20 26.852271769
8 50 25 2.5 11417.9 106.8545740715 20 32.9353544164
9 60 30 3 10874.2 104.2794322961 40 19.8064149387
10 70 35 3.5 16967.7 130.2601243666 40 30.3599497793
11 80 40 4 27286.1 165.1850477495 40 44.5466925621
12 91 45.5 4.55 41647.6 204.0774362834 40 60.3450468289
13 110 55 5.5 12262.3 110.7352699008 60 248.8449830953
14 130 65 6.5 27557.1 166.0033132199 60 402.0269213413
15 150 75 7.5 50607.5 224.9611077498 60 565.4354427654
16 170 85 8.5 78198.4 279.6397682734 60 716.9838366779
ATITANF7R1
Time Volume cc/gm Area Response Split
1 0 1 0.1 18478.5 135.9356465391 0 22.7695984671
2 5 2.5 0.25 3337.9 57.7745618763 0 9.4285697981
3 12 6 0.6 4431.5 66.5695125414 0 10.9297476473
4 20 10 1 7450.89 86.3185379858 20 27.2137350902
5 30 15 1.5 5152.2 71.7788269617 20 23.1627735879
6 40 20 2 5022.2 70.8674819646 20 22.9088604604
7 50 25 2.5 7228.6 85.0211738333 40 11.9835786146
8 60 30 3 11417.9 106.8545740715 40 20.8524551432
9 90 45 4.5 10874.2 104.2794322961 40 19.8064149387
ATITANF7R2
Time Volume cc/gm Area Response Split
1 0 1 0.1 7484.4 86.512426853 0 14.3337304953
2 6 3 0.3 2175.9 46.6465432803 0 7.5291691468
3 10 5 0.5 5684 75.3923072999 0 12.4356781026
4 15 7.5 0.75 3884.9 62.3289659789 20 20.5299136239
5 20 10 1 4159.3 64.4926352385 20 21.1327413458
6 25 12.5 1.25 6220 78.8669766125 20 25.1376286115
7 30 15 1.5 5466.4 73.9351066815 40 7.480342303
8 42 21 2.1 15141.7 123.0516151865 40 27.4318040403
9 50 25 2.5 25932.2 161.0347788523 40 42.8608249461
10 60 30 3 9295.9 96.4152477568 60 209.1553430066
11 70 35 3.5 14814.9 121.7164738234 60 279.2806924152
12 90 45 4.5 36542 191.1596191668 60 471.7506074468
13 120 60 6 89138.9 298.5613839732 60 769.4273391719 y = 1.8591x + 628.98
ATITANF7R2 REPEAT
Time Volume cc/gm Area Response Split
1 0 1 0.1 7484.4 86.512426853 0 14.3337304953
2 6 3 0.3 2175.9 46.6465432803 0 7.5291691468
3 10 5 0.5 5684 75.3923072999 0 12.4356781026
4 15 7.5 0.75 3884.9 62.3289659789 20 20.5299136239
5 20 10 1 4159.3 64.4926352385 20 21.1327413458
6 25 12.5 1.25 6220 78.8669766125 20 25.1376286115
7 30 15 1.5 13368.4 115.6217972529 20 35.3780221924
8 42 21 2.1 29037.3 170.4033450376 20 50.640907455 9000000
9 50 25 2.5 48624.1 220.5087299859 20 64.6009500685
10 60 30 3 102697.3 320.4641945678 20 92.4499037579
11 70 35 3.5 14814.9 121.7164738234 40 279.2806924152
12 90 45 4.5 36542 191.1596191668 40 471.7506074468
13 120 60 6 89138.9 298.5613839732 40 769.4273391719
ATITANF14 300-500um 10G
Time Volume cc/gm Area Response Split
1 0 1 0.1 16502.7 128.4628350925 0 21.4940917085
2 5 2.5 0.25 29412.7 171.5013119483 0 28.8401713603
3 10 5 0.5 22465.9 149.8862902336 0 25.1507826367
4 15 7.5 0.75 16443.9 128.233770903 0 21.4549935827
5 20 10 1 5449.1 73.8180194803 20 23.7309203946
6 25 12.5 1.25 4843.3 69.5938215648 20 22.5540013276
7 30 15 1.5 3807.4 61.7041327627 20 20.3558265805
8 40 20 2 4406.6 66.3822265369 20 21.6592072152
9 50 25 2.5 3408.6 58.3832167665 20 19.4305741576
10 60 30 3 4212.9 64.9068563405 20 21.248148986
11 70 35 3.5 4009.9 63.323771208 40 117.438390266
12 90 45 4.5 9355.6 96.7243506052 40 210.0120582184
13 120 60 6 163391.3 404.2168972223 40 1062.2641275562
14 150 75 7.5 272410.4 521.9294971545 40 1388.5185619583
ATITANF15 FOR REGEN TESTS
Time Volume cc/gm Area Response Split
1 0 1 0.1 237478 487.317145194 0 82.7456168082
2 5 2.5 0.25 561880 749.5865527076 0 127.5114193776
3 10 5 0.5 532950 730.0342457721 0 124.174107869
4 15 7.5 0.75 294231 542.4306407275 0 92.1527370795
5 20 10 1 356535 597.1055183131 20 169.5259440302
6 31 15.5 1.55 72669 269.5718828068 20 78.2706126175
7 40 20 2 60837 246.651576115 20 71.8847030299
8 50 25 2.5 68441 261.6123085789 20 76.0529668391
9 60 30 3 44498 210.9454905894 40 526.589497199
10 70 35 3.5 65401 255.7361921981 40 650.732240017
11 80 40 4 99246 315.0333315699 40 815.0812959253
12 93 46.5 4.65 23518 153.3557954562 60 366.9728255438
13 120 60 6 53184.3 230.6172153158 60 581.1120158419
ATITANF16 TROYS SAMPLE NO3 1.4-0.5MM FROM1/16
Time Volume cc/gm Area Response Split
1 0 1 0.1 60394.5 245.7529247028 0 41.513906618
2 5 2.5 0.25 15431.5 124.2235887422 0 20.7705103081
3 13 6.5 0.65 17013.5 130.435807967 20 39.5054073239
4 20 10 1 19387.5 139.2390031564 20 41.9580973912
5 30 15 1.5 55624.1 235.8476202975 20 68.8745738041
9 70 35 3.5 41010 202.5092590476 60 503.2074807305
10 94 47 4.7 57672 240.1499531543 60 607.533129585
11 120 60 6 62731.9 250.4633705754 60 636.1179893997
6 44 22 2.2 73814 271.6873202783 40 694.9426836982
7 50 25 2.5 86570.5 294.2286525816 40 757.4186601486
8 60 30 3 109910 331.5267711664 40 860.7948203059
ATITANF14R1
Time Volume cc/gm Area Response Split
1 0 1 0.1 10107.4 100.5355658461 0 16.7272886214
2 5 2.5 0.25 1740.9 41.7240937589 0 6.6889743047
3 10 5 0.5 2693.5 51.8989402589 0 8.4256815094
4 15 7.5 0.75 4734.6 68.8084297161 0 11.3119002025
5 20 10 1 3656.6 60.4698271868 20 20.0119322375
6 30 15 1.5 4097.5 64.0117176773 20 20.9987511639
7 40 20 2 5218.7 72.2405703189 20 23.2914215755
8 50 25 2.5 25187 158.7041272305 20 47.3813460466
9 60 30 3 132002.3 363.3212077487 20 104.3904512841
12 120 60 6 53335.6 230.945015101 60 582.020551832
13 153 76.5 7.65 97916 312.9153240095 60 809.2109867227
14 180 90 9 112330.2 335.1569781461 60 870.8563695844
10 80 40 4 127591.9 357.2000839866 40 931.9514522909
11 100 50 5 221254.8 470.3772953704 40 1245.6355193194
ATITANF14R2 300-500um 10G
Time Volume cc/gm Area Response Split
1 0 1 0.1 8089 89.9388681272 0 14.9185771805
2 5 2.5 0.25 4690 68.4835746731 0 11.2564518875
3 12 6 0.6 8426.1 91.7937906397 0 15.2351870961
4 20 10 1 18309.4 135.312231524 20 40.8640453371
5 24 12 1.2 12813.1 113.1949645523 20 34.7018735519
6 30 15 1.5 12638.2 112.4197491547 20 34.4858879847
7 39 19.5 1.95 17857.4 133.6315830932 20 40.3957937962
10 150 75 7.5 111743.8 334.2810195031 60 868.4285462945
11 187 93.5 9.35 110827 332.9068938908 60 864.619994154
8 48 24 2.4 43854.7 209.4151379438 40 522.3479433031
9 83 41.5 4.15 259131.2 509.0493099887 40 1352.8195953124
ATITANF17 TROYS SAMPLE NO 8
Time Volume cc/gm Area Response Split
1 0 1 0.1 57632 240.06665741 0 40.5433385239
2 5 2.5 0.25 149174.4 386.2310189511 0 65.491596933
3 10 5 0.5 319818.6 565.5250657575 0 96.0946397251
4 21 10.5 1.05 89223.1 298.7023602183 20 86.3867603417
5 31 15.5 1.55 115788.7 340.2773868478 20 97.9701289557
6 40 20 2 148440.8 385.2801578073 20 110.5085138213
7 50 25 2.5 191761.7 437.9060401502 20 125.1708013346
8 60 30 3 200913.3 448.2335328821 20 128.0481814561
9 83 41.5 4.15 193181.1 439.5237194965 40 1160.1211737707
10 120 60 6 341219.9 584.1403084876 40 1560.9432053426
ATITANF18
Time Volume cc/gm Area Response Split
1 0 1 0.1 6872.5 82.9005428209 0 13.7172312665
2 5 2.5 0.25 7354 85.7554662981 0 14.2045276765
3 10 5 0.5 8502.5 92.2090017298 20 28.8548985094
4 15 7.5 0.75 6651.8 81.5585679129 20 25.8875426036
5 26 13 1.3 13590.1 116.5765842697 20 35.6440388582
6 35 17.5 1.75 24999.1 158.1110369329 20 47.2161030126
7 43 21.5 2.15 55121.1 234.7788320952 20 68.5767948555
8 52 26 2.6 10196 100.9752444909 60 221.7939148861
9 70 35 3.5 30146.6 173.627762757 60 423.1589876857
ATITANF19
Time Volume cc/gm Area Response Split
1 0 1 0.1 18944.3 137.63829409 0 23.0602171284
2 5 2.5 0.25 4899.5 69.9964284803 0 11.5146753512
3 10 5 0.5 6548.8 80.9246563168 0 13.3799744511
4 15 7.5 0.75 6651.8 81.5585679129 20 25.8875426036
5 20 10 1 7102.4 84.2757379084 20 26.6445831685
6 30 15 1.5 7533.8 86.7974654008 20 27.3471707904
7 40 20 2 11027 105.0095233776 20 32.4212981661
8 50 25 2.5 15230 123.4098861518 20 37.5478898227
9 60 30 3 26616.4 163.1453339817 20 48.6187267307
10 75 37.5 3.75 7631.8 87.3601739925 60 184.0581319083
11 90 45 4.5 14247.5 119.3628920561 60 272.7574613529
12 120 60 6 64999.1 254.9492106283 60 648.5510272403
13 150 75 7.5 86056.3 293.3535409706 60 754.9931845084
ATITANF20
Time Volume cc/gm Area Response Split
1 0 1 0.1 6678.1 81.7196426815 0 13.5156677559
2 5 2.5 0.25 5153.3 71.7864889795 0 11.8202142078
3 10 5 0.5 9188.6 95.8571854375 0 15.9287530404
4 15 7.5 0.75 8264.9 90.9114954227 20 28.493395582
5 20 10 1 4905.5 70.0392746964 20 22.6781106365
6 30 15 1.5 8988.9 94.809809619 20 29.5795190068
7 40 20 2 14503.6 120.4308930466 20 36.7179017738
8 60 30 3 72397.3 269.0674636592 20 78.1300745735
9 80 40 4 161765.7 402.2010691184 20 115.2229101522
10 104 52 5.2 63441.3 251.8755645155 60 640.0320524265
F14 Fresh
Cycle 1
Cycle 2
500KWe Liquid-Phase Continuous Desulfurizer
| At load a 500KWe APU and energy density of 42.6MJ/kg would require 140 kg fuel per hour at an overall system efficiency of 30% |
| Sulfur capacities demonstrated by reported compositions do not permit single use/non-regenerable sorbents due to weight/volume restrictions |
| Multi-tube bank design provides better heat-transfer during regeneration |
| Sorbent loaded in tube side and heat transfer fluid/coolant on shell side |
| Heat transfer medium may be oils, exhaust gases; water and air is used as coolant in tandem |
Shell and Tube Design Parameters for a Desulfurizer Using 10cm Tubes (other cases possible)
| Actual tubes may be longer than the estimated due to the capacity drop at higher face velocity. Therefore, the reactor volume increases with face velocity. This needs further experimental clarification. |
| A design margin of four-fold excess capacity of fresh sorbent employed |
| Distance between two tube axes is 1.3 times the tube diameter |
| Pressure drop will increase with face velocity at an order of 2~3 |
| High pressure drop encountered using micron sized particles |
0.12 0.12 0.12
0.32 0.24 0.24
0.44 0.36 0.36
0.51 0.48 0.48
0.63 0.6 0.6
0.1~0.25 mm particle
0.8~1.4 mm particle
1.5 mm cylindric extraduate
Face Velocity (cm/min)
Pressure Drop Per Unit Bed Thickness (psi/cm)
3.4054054054
0.0428571429
0.03
5.372972973
0.0428571429
0.03
6.6
0.0442857143
0.03
7.6837837838
0.0457142857
0.03
9.4594594595
0.0462
0.03
BT test with 2000 ppmw BT in n-octane
Sorbents weight: 7.7 g
Sorbents Volume: 17.8128303459 cm^3
Flow rate 34.8 cm^3/h
LHSV: 1.9536479787
File Name: LDS_Particle Size
Ws= 7.7 g A0= 9581 t W dW dV v Vt Vt/Ws A C
0 77.8196 0 0 0 0 0 0
68 97.82 20.0004 28.2491525424 0.4154287139 0.4154287139 0.053951781 544 113.5580837073
122 117.309 19.489 27.5268361582 0.5097562252 0.925184939 0.1201538882 2088 435.8626448179
222.5 156.968 39.659 56.0155367232 0.5573685246 1.4825534636 0.1925394109 3027 631.8755870995
75.76 272 96.8147370492 21.0547370492 29.7383291656 0.6007743266 2.0833277902 0.2705620507 3748.5 782.4861705459
416 153.27 56.4552629508 79.7390719644 0.5537435553 2.6370713455 0.3424767981 5500 1148.1056257176
3.2
35.2 0.7773279352
247 123.5 0.8502024291
58 85 0.6823529412 extrudate 1 mm fine powder
V/W C V/W C V/W C
0 0 0 0 0 0 0 0 0 0 1.3846153846 1.3846153846 0.1524166054 V/m ppmw
9.592806945 2.9019152641 4.2214512924 14.2214512924 0.561534862 37.0800376648 3.7607959356 5.7774590758 5.7774590758 0 16.4795016659 16.4795016659 0.40109633 0 0
10.9702700841 6.4306442252 7.8805420473 7.8805420473 1.2059629654 39.0291902072 13.7377696867 10.1885846733 10.1885846733 0 20.7874112705 20.7874112705 0.5347951066 37.08003766 3.760795936
13.1497175141 9.6111433546 11.790580639 11.790580639 0.441205963 40.8804143126 13.8731583404 15.4918151528 15.4918151528 0 23.0980008692 23.0980008692 0.5882746173 39.02919021 13.73776969
15.2828303707 5.0725478816 16.9197509512 16.9197509512 0.3021592352 44.6657250471 2.3400508044 17.4251484862 17.4251484862 0 27.5145588874 27.5145588874 0.8556721706 40.88041431 13.87315834
17.4214551468 39.5629715612 20.2702436907 20.2702436907 0.2326358714 48.8775894539 3.0086367485 19.1053962045 19.1053962045 0 32.1303056642 32.1303056642 0.6417541279 44.66572505 2.340050804
22.7957489321 26.9092280905 32.9600653821 32.9600653821 0.3101811618 53.3286252354 2.0057578323 24.2207446038 24.2207446038 0 40.5686657975 40.5686657975 0.1524166054 48.87758945 3.008636749
25.9974851867 56.8473592571 34.9286494259 34.9286494259 0.5347951066 57.9048964218 4.9141066892 37.0822830653 37.0822830653 0 44.9997102709 44.9997102709 0.7219733939 53.32862524 2.005757832
30.319519085 121.099245502 38.7488215625 38.7488215625 0.3128551374 59.4830508475 3.1590685859 41.9053599884 41.9053599884 0 48.291757207 48.291757207 0.5909485928 57.90489642 4.914106689
34.6367300537 145.0748694138 38.7488215625 38.7488215625 15.1935289792 63.1252354049 4.1118035563 47.6823772273 47.6823772273 0 53.5141242938 53.5141242938 0.7647570025 59.48305085 3.159068586
38.9467066281 152.3099245502 38.7488215625 38.7488215625 2.5482986831 65.0320150659 6.8530059272 52.1025568593 52.1025568593 0 57.4073591192 57.4073591192 0.4385319874 63.1252354 4.111803556
50.3457007028 150.7243180499 41.052793999 41.052793999 2.3504244936 66.8192090395 14.6905046571 56.0338186296 56.0338186296 0 62.0212950891 62.0212950891 0.7861488067 65.03201507 6.853005927
55.106475627 215.0922809054 44.9263773306 44.9263773306 3.6205628718 68.6657250471 23.101315834 58.6739750833 58.6739750833 0 66.6366797045 66.6366797045 4.6553914032 66.81920904 14.69050466
59.8863433409 245.0145095763 49.8044302467 49.8044302467 7.5753726853 70.5065913371 38.6999273497 63.3965594669 63.3965594669 0.1 71.6833985224 71.6833985224 1.9546761147 68.66572505 23.10131583
66.536818744 380.8821822403 54.3905019635 54.3905019635 11.9179089511 72.7306967985 67.1594580864 68.0340359264 68.0340359264 0 76.3154425612 76.3154425612 8.5406778528 70.50659134 38.69992735
69.3294672213 464.1671503192 58.8884028188 58.8884028188 28.7719767364 74.1996233522 97.1505520745 75.6086411705 75.6086411705 0.2 81.4907286687 81.4907286687 25.83060365 72.7306968 67.15945809
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92.8557260059 928.6128845038 87.143126177 643.8716646909 119.4806062581 119.4806062581 841.
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