Реферат: Conference program summary

CONFERENCE PROGRAM SUMMARY



Day

Morning

Afternoon

Evening

Sunday




Registration

Mixer

Monday

Thermodynamics

Jill Buckley*

Macromolecules

Peter Kilpatrick*

Posters

Shawn Taylor*

Tuesday

Emulsions

Johan Sjöblom*

Excursion

Bill Power*

Conference dinner

Wednesday

Waxes

Klaus Weispfennig*

Upgrading

Murray Gray*

Asphaltene standardization discussion / Posters

Thursday

Production

Harvey Yarranton*

Departure





* Event organizer

# Chair


^ THERMODYNAMICS, Monday, June 14th, morning





Time

Authors

Title

1

8:15 – 8:55

Jefferson L. Creek

Keynote: ☺Freedom of action in the state of asphaltenes: escape from conventional wisdom

2

8:55 – 9:20

^ S. Correra, F. Capuano, N. Panariti

☺Onset of Asphaltene Precipitation: Analysis of Measurement Methods

3

9:20 – 9 45

Yadolla Maham, Martin Chodakowski, Xiaohui Zhang and John M. Shaw

☺Asphaltene phase behavior

4

9:45 – 10:10

^ Doris L. Gonzalez , David P. Ting, George J. Hirasaki, and Walter G. Chapman

☺Prediction of asphaltene instability under pressure depletion and gas injection using the SAFT EOS




10:10 – 10 30

Coffee break




5

10:30 – 10:55

^ Kurt A. G. Schmidt, Sergio E. Quiñones-Cisneros, Bjørn Kvamme, and Erling H. Stenby

☺Density and viscosity behaviour of a North Sea crude oil, natural gas liquid and their mixtures

6

10.55 – 11:20

^ Niels Lindeloff, Abul K. M. Jamaluddin and Karen S. Pedersen

☺Upstream live oil asphaltene modeling

7

11:20 – 11:45

N. Impens, J. Van Laer, R. Vandevoorde

☺Stability of concentrated bitumen-salt-solvent mixtures

8

11:45 – 12:10

Keith L. Gawrys and Peter K. Kilpatrick

☺Small-angle neutron scattering determination of second virial coefficients for asphaltenes in the presence of various dispersants

Return to program summary


MACROMOLECULES, Monday, June 14th, afternoon





Time

Authors

Title

9

13:15 – 13:55
^ Oliver Mullins
Keynote: ☺Molecular structure and primary aggregation of asphaltenes

10

13:55 – 14:20

Piyarat Wattana, H Scott Fogler, and Andrew Yen

☺Characterization of polarity based asphaltene subfractions

11

14:20 – 14 45

^ Ryan P. Rodgers, Geoffrey C. Klein, Lateefah A. Stanford and Alan G. Marshall

☺Petroleomics: FT-ICR high resolution mass spectral analysis of petroleum derived materials

12

14:45 – 15:10

^ J.M Sheremata, M.R. Gray and W.C. McCaffrey

☺Development and refinement of quantitative molecular representations of Athabasca vacuum residue




15:10 – 15 30

Coffee break




13

15:30 – 15:55

^ Eric B. Sirota

☺Understanding the physical structure of asphaltenes

14

15.55 – 16:20

Arnaud Lager, Barry Bennett , Steve Larter

☺Petroleum sample instability: implications for “asphaltene” description

15

16:20 – 16:45

^ Haruo Kumagai, Ryuzo Tanaka and Tadatoshi Chiba

☺Kinetic study of asphaltene aggregates dissociation by means of pulse 1H-NMR

16

15:45 – 17:10

^ Géza Horváth-Szabó, Jacob H. Masliyah

☺Is there any water pool in asphaltene micelles?

Return to program summary


POSTERS, Monday, June 14th, evening


EMULSIONS, Tuesday, June 15th, morning





Time

Authors

Title

17

8:15 – 8:55
^ Clayton Radke
Keynote: ☺Asphaltene adsorption at the crude oil/water interface: Implications for emulsion stability and wettability alteration

18

8:55 – 9:20
^ Stig E. Friberg
☺Hydrotropes - Performance Chemicals

19

9:20 – 9 45

Géza Horváth-Szabó, Jacob H. Masliyah, Janet A. W. Elliott, Harvey W. Yarranton, and Jan Czarnecki

☺Thermodynamic characterization of adsorption layers of crude components at aqueous / oleic interfaces: adsorption isotherms of associating asphaltenes

20

9:45 – 10:10

S. Poteau, ^ J-F. Argillier, D. Langevin

☺Influence of pH on dynamic properties of asphaltenes and surfactants at the oil-water interface




10:10 – 10 30

Coffee break

21

10:30 – 10:55

^ R.C.G. Oliveira, M.C.K. Oliveira

☺The impact of the droplet size distribution on the crude oil emulsion flow insurance

22

10.55 – 11:20

Alejandro A. Peña, ^ George J. Hirasaki, and Clarence A. Miller

☺On the mechanism of demulsification of oilfield emulsions by chemical treatment

23

11:20 – 11:45

Paul M. Lindemuth and Neil Grainger

☺Oilfield vs. refinery demulsification: learning from the differences

24

11:45 – 12:10

A.P. Sullivan, N.N. Zaki, J. Sjöblom, M.L. Marques and ^ P.K. Kilpatrick

☺The stability of water-in-crude and model oil emulsions

Return to program summary


WAXES, Wednesday, June 16th, morning





Time

Authors

Title

25

8:15 – 8:55

^ George Broze

Keynote: ☺Wax deposition: essential physics for accurate modeling

26

8:55 – 9:20

Xiaoli Yang and Peter Kilpatrick

☺Isolation and characterization of asphaltenes and waxes from solid organic deposits: relationship to parent crude petroleum

27

9:20 – 9 45

^ Nitin V. Bhat and Anil K. Mehrotra

☺Phase behavior of wax-solvent mixtures between wax disappearance temperature (WDT) and wax appearance temperature (WAT)

28

9:45 – 10:10

Mohammed Zougari, George Broze, Adbel Kharrat, Nick Fuex, Moin Muhammad, and Ahmed Hammami
^ ☺Wax deposition from GOM waxy crude: A parametric study



10:10 – 10:30

Coffee break

29

10:30 – 10:55

^ David W. Jennings and Klaus Weispfennig

☺Effects of shear & temperature on wax deposition: cold finger investigation with a GOM crude oil

30

10.55 – 11:20

Jamal Ibrahim, ^ Peter Toma, John Ivory, Gerard Korpany, Mario de Rocco, Larry Holloway

☺Direct observations on paraffin deposition mechanism under laminar and turbulent flow for direct applications to paraffin oil transportation

31

11:20 – 11:45

^ Kristofer G. Paso and H. Scott Fogler

☺Bulk stabilization in wax deposition systems

32

11:45 – 12:10

Gian-Paolo Borghi and Sebastiano Correra
^ ☺A new gelled oil restart model
Return to program summary


UPGRADING, Wednesday, June 16th, afternoon





Time

Authors

Title

33

13:15 – 13:55

^ Isao Mochida, Yosuke Kinoshita, Masahito Kuramae, Ki-Hyouk Choi and Yozo Korai

Keynote: ☺Unexpected problems caused by dry sludge in the upgrading processes of petroleum products

34

13:55 – 14:20

^ Pedro R. Pereira, Igzobel Castro, Maria L. Frauwallner, Carmen Galarraga, Jimmy Castillo, Maria A. Ranaudo

☺Comparison of asphaltenes processed under thermal conversion and catalytic steam cracking

35

14:20 – 14 45

Adrienne M. Inman, Sara L. Salmon, ^ Heather D. Dettman, Kerry T. Scott, and Bryan J. Fuhr

☺Characterization of asphaltene fractions from gel permeation chromatography using NMR spectroscopy, high temperature simulated distillation and vapor pressure osmometry

36

14:45 – 15:10

Dai-wei Gao, Jin-sen Gao, Chun-ming Xu

☺Study of coking mechanisms of the heavy fraction of FCC slurry




15:10 – 15 30

Coffee break

37

15:30 – 15:55

^ Christopher A. Bennett, Thomas M. Rudy, Himanshu M. Joshi, Tin Yin Lam, and Dave C. King

☺Industry-recommended procedures for crude oil fouling research

38

15.55 – 16:20

Hong E and Paul Watkinson

☺Heat Exchanger Fouling in Heavy Oil Systems

39

16:20 – 16:45

Wim M. Bond, Fred A.A. Hoeve, Don F. Mulder, Sacha Imamkhan, Erwin H. Munsterman and Frans G.A. van den Berg

☺Integrated approaches to fouling abatement in crude oil heat exchanger trains

40

15:45 – 17:10

^ Sanyi Wang, Dale Nesbitt, Larry Paul, Eric Axcell, Virgil Little and Ron Bosch

☺Mitigation of heat exchanger fouling in a SAGD pilot plant

Return to program summary


ASPHALTENE STANDARDIZATION DISCUSSION and POSTERS, Wednesday, June 16th, evening


PRODUCTION, Thursday, June 17th, morning





Time

Authors

Title

41

8:15 – 8:55

J. Ratulowski, A. Hammami, M. Muhammad and M. Zougari
^ Keynote: ☺Flow assurance implications of asphaltene precipatation and deposition
42

8:55 – 9:20

Matthew Flannery, Peter Cornelisse, Nancy Utech, and Nick Fuex
^ ☺Impact of asphaltene stability on commingled production design: A deepwater Gulf of Mexico case study
43

9:20 – 9 45

Yongsheng Zhang, Jianxin Wang, Norman R. Morrow,and Jill S. Buckley
^ ☺Effect of synthetic drilling fluid base oils on asphaltene stability and wetting in sandstone cores
44

9:45 – 10:10

Moin Muhammad, Nikhil Joshi, Jeff Creek, and Jim McFadden

☺Effect of oil based mud contamination on live fluid asphaltene precipitation pressure




10:10 – 10 30

Coffee break

45

10:30 – 10:55

^ Francois Gelin, Mark Grutters, Peter Cornelisse and Shawn Taylor

☺Asphaltene precipitation from live oil containing emulsified water

46

10.55 – 11:20

Hussein Alboudwarej, David Pole, William Y. Svrcek, Harvey W. Yarranton
^ ☺Adsorption of Asphaltenes on Metals
47

11:20 – 11:45

Kunal Karan and Kui Xie

☺A study of asphaltene adsorption on metal surfaces using quartz crystal microbalance

48

11:45 – 12:10

Sen J. Ubbels
^ ☺Preventing naphthenate stabilised emulsions and naphthenate deposits during crude oil processing
Return to program summary


GENERAL TOPICS POSTER SESSION


Please check after March 31, 2004 for your assigned Poster ID and Room .





Poster ID

& Room No

Authors

Title

49




Jianxin Wang and Jill S. Buckley

☺Solubility conditions at the onset of asphaltene flocculation

50




^ Douglas Fisher, Nintoku Yazawa, Hemanta Sarma, Marcel Girard, Haibo Huang

☺Size and Shape Characterization of Asphaltene Particles during Precipitation and Flocculation

51




^ Kamran Akbarzadeh, Hussein Alboudwarej, William Y. Svrcek, Harvey W. Yarranton

☺Towards generalization of the regular solution model for predicting asphaltene precipitation from n-alkane diluted heavy oils

52




^ Hélène Buron, Pascal Bru, Jim Munhall

☺Asphaltenes stability in crude oil and heavy fuel

53




Haibo Huang, Douglas Fisher, Ted Frauenfeld and Kevin Rispler

☺Asphaltene precipitation/flocculation behavior in heavy oils mixed with aliphatic solvents

54




^ Bryan J. Fuhr, Craig Hawrelechko, Larry R. Holloway and Haibo Huang

☺Comparison of bitumen fractionation methods

55




Y. Wen, A. Kantzas, and G. Wang

☺Estimation of diffusion coefficients in bitumen solvent mixtures using x-ray cat scanning and low field NMR

56




^ Marek Rogalski, Pierre Magriand Gédeon Ekulu

☺Scanning calorimetry of crude oils

57




Emmanuel Behar

☺Physico-chemical characterization of unstable asphaltenic reservoir crudes

58




C. Pierre, I. Hénaut and J F. Argillier

☺Comparative organization of asphaltenes and resins in model solvent and in heavy oil

59




^ Juan Pereira, Edgar Carrasquero, Leyan Becerrit

☺Interaction study of resins with colloidal fractions of asphaltene

60




Toshimasa Takanohashi, Shinya Sato, Ikuo Saito and Ryuzo Tanaka

☺Molecular dynamics simulation of structural relaxation for asphaltene aggregates in solvents

61




Alexandre N.M. Carauta, Julio C.G. Correia, Daniel M. Silva, ^ Peter R. Seidl, Erika C.A.N. Chrisman, Sonia M.C. de Menezes, Wladimir F. de Souza, Marco A.G. Teixeira

☺Modeling the effect of solvents on asphaltene aggregates

62




^ Peter R. Seidl, Erika C.A.N. Chrisman, Príscila O. Menechini, Katia Z. Leal, Sonia M.C. de Menezes

☺Modeling structures from NMR data

63




D. Kvostichenko and S.I.Andersen

☺Investigations of electrodeposition of asphaltenes and asphaltenic subfractions

64




^ Géza Horváth-Szabó, Jacob H. Masliyah, and Jan Czarnecki

☺Water promotion and maltene inhibition on asphaltene association

65




^ Henry Labrador, María Arrázola, Carlos Berroterán, and Juan Pereira

☺The amphiphiles effect of natural and synthetical upon the asphaltenes of Monagas crude oils (Venezuela)

66




Fabricio Arteaga-Larios, Eric Y. Sheu, Elias Pérez

☺Two dimensional asphaltene precipitations

67




Abdel M. Kharrat
^ ☺Critical assessment of selected sara methodologies
68




K. K. (Adry) Bissada, Ewa B. Szymczyk, and David G. Nolte

☺Enhanced SARA and pin group-type separations and quantification - in crude-oil and condensate characterization

69




Kenneth M. Barker, and Michael E. Newberry

☺ASTM maximum pour point: What does it really mean?

70




W.M.S. Kassim, ^ H.A. Mansoori, E.E. Zorgani

☺An experimental study of wax deposition in crude oil pipeline.

71




Paul Ross, Stefan Smuk, John Nighswander
^ ☺Quantification of oil based mud filtrate in contaminated reservoir fluid samples
72




A. Cosultchi, B. Zeifert, I. Cordova, M.A. Valenzuela, P. Bosch, V.H. Lara

☺Effect of crude oil adsorption on natural Montmorillonite

73




Zhongxin Huo, Shawn Taylor, Moin Muhammad, and Heng-Joo Ng
^ ☺Hydrate equilibrium: prediction and measurement
74



Alfred Hase ☺Impact of pressure and temperature on different asphaltene solvent / precipitant systems
75




Kevin Moran

☺Coalescence of small bitumen droplets

76




Sunil L. Kokal, Mohammad Al-Dokhi and Makki Al-Zubail
^ ☺Asphaltene precipitation in a saturated, gas-cap reservoir
77




Oswaldo J. Asprino and Murray Gray

☺Measurement of contact angle of asphaltenes on different solid surfaces

78




^ Michael K. Poindexter, Shannon Chuai, Robert A. Marble, Samuel C. Marsh

Elucidation of Factors Governing Emulsion Stability

79




Liyan Zhao and Phillip Choi
☺A molecular dynamics study of the coalescence of two nanometer-sized water droplets in an n-heptane environment with one being covered by 1-naphthalenepentalnoic acid
80




Mohammad Al-Dokhi and Sunil L. Kokal

☺Emulsion studies at reservoir conditions

81




Abdullah Al-Ghamdi and Sunil L. Kokal

☺Emulsion separation experience from a large oil field

82




^ Danuta M. Sztukowski and Harvey W. Yarranton

☺Synergy between asphaltenes and oil sands solids in stabilizing water-in-oil emulsions

83




^ Jonathan Allinson, Barry Bennett, Stephen R. Larter

☺Role of non-hydrocarbons in crude oil emulsions

84




Joseph L. Stark and Samuel Asomaning

☺Synergies between asphaltene stabilizers and demulsifying agents giving improved demulsification of asphaltene-stabilized emulsions

85




X.A. Wu and J. Czarnecki

☺A thermodynamic model of competitive adsorption of two surface-active species on diluted bitumen-water interface

86




^ Marek Rogalski, Roland Solimandoand Ewa Rogalska

☺Properties of asphaltene films formed on the water/oil interface

87




Li Yan Zhang, Zhenghe Xu and Jacob H Masliyah

☺Asphaltene monolayers at toluene-water interface

88




Yicheng Long, Tadeusz Dabros, and Hassan Hamza
^ ☺Structure of water/solids/asphaltenes aggregates and their settling behavior in solvent-diluted bitumen
89




Tadeusz Dabros, Xiaoli Yang, Yicheng Long, and Hassan Hamza

☺Settling Properties of Solvent-Diluted Bitumen Emulsions

90




Probjot Singh, William H. Thomason, David Blumer, and Lou Nathanson

☺Flow properties of Alaskan heavy oil emulsions

91




^ Xiaoli Yang and Jan Czarnecki

☺Removal of water and fine solids from Athabasca bitumen

92




E. Musiał, J. Masliyah, S. Bhattacharjee and J. Czarnecki

☺Estimation of a critical electric field (CEF) on individual emulsion droplet pairs using conducting micropipette method

93




^ A.R.H. Goodwin, E.P. Donzier, O. Vancauwenberghe, and S. Jacobs

☺Micro Electro Mechanical System (MEMS) for the measurement of density and viscosity

94




^ Xiaohui Zhang and John M. Shaw

☺Dynamic local phase concentration measurements in emulsions, dispersions and slurries

95




A.P. Watkinson

☺A comparison of crude oil fouling using two different laboratory test units

96




Xiaohui Zhang, Bei Zhao and John M. Shaw

☺Coke formation and catalyst deactivation in hydroprocessing of resides

Return to program summary





Authors:


Akbarzadeh - 51

Al-Dokhi - 76, 80

Al-Ghamdi - 81

Al-Zubail - 76

Alboudwarej - 46, 51

Allinson - 83

Andersen - 63

Argillier - 20, 58

Arrázola - 65

Arteaga-Larios - 66

Asomaning - 84

Asprino - 77

Axcell - 40

Barker - 69

Becerrit - 59

Behar - 57

Bennett - 14, 37, 83

Berg - 39

Berroterán - 65

Bhat - 27

Bhattacharjee - 92

Bissada - 68

Blumer - 90

Bond - 39

Borghi - 32

Bosch - 40, 72

Broze - 25, 28

Bru - 52

Buckley - 43, 49

Buron - 52

Capuano - 2

Carauta - 61

Carrasquero - 59

Castillo - 34

Castro - 34

Chapman - 4

Chiba - 15

Chodakowski - 3

Choi - 33, 79

Chrisman - 61, 62

Chuai - 78

Cordova - 72

Cornelisse - 42, 45

Correia - 61

Correra - 2, 32

Cosultchi - 72

Creek - 1, 44

Czarnecki - 19, 64, 85, 91, 92

Dabros - 88, 89

Dettman - 35

Donzier - 93

E - 38

Ekulu - 56

Elliott - 19

Fisher - 50, 53

Flannery - 42

Fogler - 10, 31

Frauenfeld - 53

Frauwallner - 34

Friberg - 18

Fuex - 28, 42

Fuhr - 35, 54

Galarraga - 34

Gao - 36, 36

Gawrys - 8

Gelin - 45

Girard - 50

Gonzalez - 4

Goodwin - 93

Grainger - 23

Gray - 12, 77

Grutters - 45

Hammami - 28, 41

Hamza - 88, 89

Hase - 74

Hawrelechko - 54

Hirasaki - 4, 22

Hoeve - 39

Holloway - 30, 54

Horváth-Szabó - 16, 19, 64

Huang - 50, 53, 54

Huo - 73

Hénaut - 58

Ibrahim - 30

Imamkhan - 39

Impens - 7

Inman - 35

Ivory - 30

Jacobs - 93

Jamaluddin - 6

Jennings - 29

Joshi - 37, 44

Kantzas - 55

Karan - 47

Kassim - 70

Kharrat - 28, 67

Kilpatrick - 8, 24, 26

King - 37

Kinoshita - 33

Klein - 11

Kokal - 76, 80, 81

Korai - 33

Korpany - 30

Kumagai - 15

Kuramae - 33

Kvamme - 5

Kvostichenko - 63

Labrador - 65

Laer - 7

Lager - 14

Lam - 37

Langevin - 20

Lara - 72

Larter - 14, 83

Leal - 62

Lindeloff - 6

Lindemuth - 23

Little - 40

Long - 88, 89

Magri - 56

Maham - 3

Mansoori - 70

Marble - 78

Marques - 24

Marsh - 78

Marshall - 11

Masliyah - 16, 19, 64, 87, 92

McCaffrey - 12

McFadden - 44

Mehrotra - 27

Menechini - 62

Miller - 22

Mochida - 33

Moran - 75

Morrow - 43

Muhammad - 28, 41, 44, 73

Mulder - 39

Mullins - 9

Munhall - 52

Munsterman - 39

Musiał - 92

Nathanson - 90

Nesbitt - 40

Newberry - 69

Ng - 73

Nighswander - 71

Nolte - 68

Oliveira - 21, 21

Panariti - 2

Paso - 31

Paul - 40

Pedersen - 6

Pereira - 34, 59, 65

Peña - 22

Pierre - 58

Poindexter - 78

Pole - 46

Poteau - 20

Pérez - 66

Quiñones-Cisneros - 5

Radke - 17

Ranaudo - 34

Ratulowski - 41

Rispler - 53

Rodgers - 11

Rogalska - 86

Rogalski - 56, 86

Ross - 71

Rudy - 37

Saito - 60

Salmon - 35

Sarma - 50

Sato - 60

Schmidt - 5

Scott - 35

Seidl - 61, 62

Shaw - 3, 94, 96

Sheremata - 12

Sheu - 66

Silva - 61

Singh - 90

Sirota - 13

Sjöblom - 24

Smuk - 71

Solimando - 86

Stanford - 11

Stark - 84

Stenby - 5

Sullivan - 24

Svrcek - 46, 51

Sztukowski - 82

Szymczyk - 68

Takanohashi - 60

Tanaka - 15, 60

Taylor - 45, 73

Teixeira - 61

Thomason - 90

Ting - 4

Toma - 30

Ubbels - 48

Utech - 42

Valenzuela - 72

Vancauwenberghe - 93

Vandevoorde - 7

Wang - 40, 43, 49, 55

Watkinson - 38, 95

Wattana - 10

Weispfennig - 29

Wen - 55

Wu - 85

Xie - 47

Xu - 36, 87

Yang - 26, 89, 91

Yarranton - 19, 46, 51, 82

Yazawa - 50

Yen - 10

Zaki - 24

Zeifert - 72

Zhang - 3, 43, 87, 94, 96

Zhao - 79, 96

Zorgani - 70

Zougari - 28, 41