1211 - 1211 |
Fifth International Conference on Petroleum Phase Behavior and Fouling Wiehe I |
1212 - 1224 |
Freedom of action in the state of asphaltenes: Escape from conventional wisdom Creek JL |
1225 - 1229 |
Experimental determination of solubility parameters of oils as a function of pressure Verdier S, Duong D, Andersen SI |
1230 - 1234 |
Prediction of asphaltene instability under gas injection with the PC-SAFT equation of state Gonzalez DL, Ting PD, Hirasaki GJ, Chapman WG |
1235 - 1244 |
Maltene and soluble salt removal from bituminized waste simulates: Fractionation of the waste elements Impens NREN, Van Laer JAP, Vos L, Leenaers AJG, Fonteyne AF, Thomas PMF, Van Bree PJP, Dekelver S, Vandevoorde RCP |
1245 - 1251 |
Modeling solvent effects on asphaltene dimers Carauta ANM, Seidl PR, Chrisman ECAN, Correia JCG, Menechini PD, Silva DM, Leal KZ, de Menezes SMC, de Souza WF, Teixeira MAG |
1252 - 1260 |
Kinetics and thermodynamics of asphaltene adsorption on metal surfaces: A preliminary study Xie K, Karan K |
1261 - 1267 |
The paradox of asphaltene precipitation with normal paraffins Wiehe IA, Yarranton HW, Akbarzadeh K, Rahimi PM, Teclemariam A |
1268 - 1271 |
Association behavior of pyrene compounds as models for asphaltenes Akbarzadeh K, Bressler DC, Wang JN, Gawrys KL, Gray MR, Kilpatrick PK, Yarranton HW |
1272 - 1281 |
Effect on molecular interactions of chemical alteration of petroleum asphaltenes. I Juyal P, Merino-Garcia D, Andersen SI |
1282 - 1289 |
Nanoaggregates and structure-function relations in asphaltenes Andreatta G, Goncalves CC, Buffin G, Bostrom N, Quintella CM, Arteaga-Larios F, Perez E, Mullins OC |
1290 - 1296 |
Physical structure of asphaltenes Sirota EB |
1297 - 1302 |
Characterization of aggregation processes in crude oils using differential scanning calorimetry Ekulu G, Nicolas C, Achard C, Rogalski M |
1303 - 1313 |
Density and viscosity behavior of a North Sea crude oil, natural gas liquid, and their mixtures Schmidt KAG, Quinones-Cisneros SE, Kvamme B |
1314 - 1318 |
Density and viscosity modeling and characterization of heavy oils Quinones-Cisneros SE, Andersen SI, Creek J |
1319 - 1326 |
Monitoring bitumen-solvent interactions with low-field nuclear magnetic resonance and X-ray computer-assisted tomography Wen YW, Kantzas A |
1327 - 1329 |
Comparison of bitumen fractionation methods Fuhr BJ, Hawrelechko C, Holloway LR, Huang HB |
1330 - 1336 |
Asphaltene monolayers at a toluene/water interface Zhang LY, Lopetinsky R, Xu ZH, Masliyah JH |
1337 - 1341 |
Influence of pH on stability and dynamic properties of asphaltenes and other amphiphilic molecules at the oil-water interface Poteau S, Argillier JF, Langevin D, Pincet F, Perez E |
1342 - 1345 |
Synergies between asphaltene stabilizers and demulsifying agents giving improved demulsification of asphaltene-stabilized emulsions Stark JL, Asomaning S |
1346 - 1352 |
Solid content dominates emulsion stability predictions Poindexter MK, Chuai S, Marble RA, Marsh SC |
1353 - 1359 |
Modeling diluted bitumen-water interfacial compositions using a thermodynamic approach Wu XA, Czarnecki J |
1360 - 1375 |
Asphaltenes and waxes do not interact synergistically and coprecipitate in solid organic deposits Yang XL, Kilpatrick P |
1376 - 1386 |
Effects of shear and temperature on wax deposition: Coldfinger investigation with a Gulf of Mexico crude oil Jennings DW, Weispfennig K |
1387 - 1398 |
Solids deposition from multicomponent wax-solvent mixtures in a benchscale flow-loop apparatus with heat transfer Parthasarathi P, Mehrotra AK |
1399 - 1404 |
Chemical characterization of GPC fractions of Athabasca bitumen asphaltenes isolated before and after thermal treatment Dettman H, Inman A, Salmon S, Scott K, Fuhr B |
1405 - 1411 |
Impact of multiphase behavior on coke deposition in a commercial hydrotreating catalyst under sedimentation conditions Zhang XH, Chodakowski M, Shaw JM |
1412 - 1416 |
Effect of synthetic drilling fluid base oils on asphaltene stability and wetting in sandstone cores Zhang YS, Wang JX, Morrow NR, Buckley JS |
1417 - 1424 |
Adsorption of crude oil on Na+-montmorillonite Cosultchi A, Cordova I, Valenzuela MA, Acosta DR, Bosch P, Lara VH |
1425 - 1429 |
Effects of chemical application on antifouling in steam-assisted gravity drainage operations Wang SY, Axcell E, Bosch R, Little V |
1430 - 1439 |
Fischer-Tropsch synthesis: Kinetics and effect of water for a CO/SiO2 catalyst Das TK, Conner WA, Li JL, Jacobs G, Dry ME, Davis BH |
1440 - 1446 |
On the role of temperature in oil sands processing Long J, Xu Z, Masliyah JH |
1447 - 1452 |
Synthesis, experimental studies, and analysis of a new calcium-based carbon dioxide absorbent Li ZS, Cai NS, Huang YY, Han HJ |
1453 - 1461 |
Catalytic oxidation of a diesel soot formed in the presence of a cerium additive. III. Microkinetic-assisted method for the improvement of the ignition temperature Bianchi D |
1462 - 1467 |
Thermal upgrading of Fischer-Tropsch olefins de Klerk A |
1468 - 1472 |
Experimental investigation of the effects of water addition on the exhaust emissions of a naturally aspirated, liquefied-petroleum-gas-fueled engine Ozcan H, Soylemez MS |
1473 - 1483 |
Flame entrainments induced by a turbulent reacting jet using high-temperature and oxygen-deficient oxidizers Yang WH, Blasiak W |
1484 - 1492 |
NOx emissions of alternative diesel fuels: A comparative analysis of biodiesel and FT diesel Szybist JP, Kirby SR, Boehman AL |
1493 - 1502 |
Comparison of heating losses and macro thermogravimetric analysis procedures for estimating unburned carbon in combustion residues Burris SC, Li D, Riley JT |
1503 - 1511 |
The fouling behavior of rice husk ash in fluidized-bed combustion. 1. Fuel characteristics Skrifvars BJ, Yrjas P, Kinni J, Siefen P, Hupa M |
1512 - 1519 |
The fouling behavior of rice husk ash in fluidized-bed combustion. 2. Pilot-scale and full-scale measurements Skrifvars BJ, Yrjas P, Lauren T, Kinni J, Tran H, Hupa M |
1520 - 1525 |
Research on carbon content in fly ash from circulating fluidized bed boilers Xiao XB, Yang HR, Zhang H, Lu JF, Yue GX |
1526 - 1535 |
Development of a computer model to simulate the injection process of a diesel engine Palomar JM, Cruz F, Ortega A, Jimenez-Espadafor FJ, Martinez G, Dorado MP |
1536 - 1541 |
Numerical simulation of ash vaporization during pulverized coal combustion in the laboratory-scale single-burner furnace Sui JC, Xu MH, Qiu JH, Qiao Y, Yu Y, Liu XW, Gao XP |
1542 - 1547 |
Monitoring the settling of water-solids-asphaltenes aggregates using in-line probe coupled with a near-infrared spectrophotometer Long YC, Dabros T |
1548 - 1560 |
Molecular weight of petroleum asphaltenes: A comparison between mass spectrometry and vapor pressure osmometry Acevedo S, Gutierrez LB, Negrin G, Pereira JC, Mendez B |
1561 - 1565 |
Liquid-phase fuel re-forming at room temperature using nonthermal plasma Matsui Y, Kawakami S, Takashima K, Katsura S, Mizuno A |
1566 - 1573 |
Speciation of aromatic compounds in petroleum refinery streams by continuous flow field desorption ionization FT-ICR mass spectrometry Schaub TM, Rodgers RP, Marshall AG |
1574 - 1579 |
On the mechanisms of formation of thermal oxidative deposits in jet fuels. Are unified mechanisms possible for both storage and thermal oxidative deposit formation for middle distillate fuels? Beaver B, Gao L, Burgess-Clifford C, Sobkowiak M |
1580 - 1586 |
Conversion of waste plastic to lubricating base oil Miller SJ, Shah N, Huffman GP |
1587 - 1597 |
Thermodynamic simulations of isobaric hydrate-forming operations: Formulation of computational scheme and its application to hydrate formation from a methane plus ethane plus propane mixture Tsuji H, Kobayashi T, Okano Y, Ohmura R, Yasuoka K, Mori YH |
1598 - 1605 |
Differences in average chemical structures of asphaltene fractions separated from feed and product oils of a mild thermal processing reaction Michael G, Al-Siri M, Khan ZH, Ali FA |
1606 - 1610 |
Study on alkali-metal vapor removal for high-temperature cleaning of coal gas Li YL, Li J, Jin YQ, Wu YQ, Gao JS |
1611 - 1618 |
Detection of polyaromatic sulfur heterocycles in crude oil using postcolumn addition of tropylium and tandem mass spectrometry Rudzinski WE, Rai V |
1619 - 1623 |
Air and steam coal partial gasification in an atmospheric fluidized bed Zhou HC, Jing BS, Zhong ZP, Huang YJ, Xiao R |
1624 - 1630 |
Relationship between the content of asphaltenes and bases in some crude oils Barth T, Hoiland S, Fotland P, Askvik KM, Myklebust R, Erstad K |
1631 - 1643 |
Retention of organic elements during solid fuel pyrolysis with emphasis on the peculiar behavior of nitrogen Lang T, Jensen AD, Jensen PA |
1644 - 1651 |
Electron microscopy investigation of carbonaceous particulate matter generated by combustion of fossil fuels Chen YZ, Shah N, Braun A, Huggins FE, Huffman GP |
1652 - 1659 |
Characteristics of co-combustion of low-rank coal with biomass Gani A, Morishita K, Nishikawa K, Naruse I |
1660 - 1672 |
Estimation of isomeric distributions in petroleum fractions Ha ZY, Ring Z, Liu SJ |
1673 - 1678 |
Desulfurization of coal by pyrolysis and hydropyrolysis with addition of KOH/NaOH Liu QR, Hu HQ, Zhu SW, Zhou Q, Li WY, Wei XY, Xie KC |
1679 - 1692 |
A mathematical model for the chemical reaction of a semi-infinite block of coal in underground coal gasification Perkins G, Sahajwalla V |
1693 - 1698 |
Extraction, separation, and identification of polar oxygen species in jet fuel Link DD, Baltrus JP, Zandhuis P, Hreha DC |
1699 - 1703 |
Kerogen chemistry 3. Shale elemental analysis and clay dehydroxylation Larsen JW, Kidena K, Ashida R, Parikh H |
1704 - 1707 |
Effect of syngas addition on lower alkene production by the oxidative cracking of hexane Zhu H, Liu XB, Li WZ, Ge QJ, Xu HY |
1708 - 1716 |
Low-temperature reforming of ethanol over copper-plated Raney nickel: A new route to sustainable hydrogen for transportation Morgenstern DA, Fornango JP |
1717 - 1722 |
Hydrogen sulfide separation using tetra-n-butyl ammonium bromide semi-clathrate (TBAB) hydrate Kamata Y, Yamakoshi Y, Ebinuma T, Oyama H, Shimada W, Narita H |
1723 - 1728 |
Recirculating cooling-water network with an intermediate cooling-water main Feng X, Shen RJ, Wang B |
1729 - 1734 |
Gas and mercury adsorption properties of woodceramics made from chicken waste Ozao R, Okabe T, Nishimoto Y, Cao Y, Whitely N, Pan WP |
1735 - 1741 |
Production of diesel-like fuel and other value-added chemicals from pyrolysis of animal fat Adebanjo AO, Dalai AK, Bakhshi NN |
1742 - 1748 |
Bed agglomeration characteristics and mechanisms during gasification and combustion of biomass fuels Ohman M, Pommer L, Nordin A |
1749 - 1754 |
Effect of antioxidant addition on NOx emissions from biodiesel Hess MA, Haas MJ, Foglia TA, Marmer WN |
1755 - 1758 |
Feasibility studies for conventional refinery distillation with a (1 : 1) w/w of a biocrude blend with petroleum crude oil Sarma AK, Konwer D |
1759 - 1760 |
Structure changes in Pittsburgh No.8 coal caused by sorption of CO2 gas Goodman AL, Favors RN, Hill MM, Larsen JW |
1761 - 1762 |
Production of hydrogen by steam reforming of glycerin on ruthenium catalyst Hirai T, Ikenaga N, Miyake T, Suzuki T |