Influence of modified starches composition on their performance as fluid loss additives in invert-emulsion drilling fluids

Fuel

Volumn 140, Issue , 2015, Pages 711-716

  Dias, F T G ^a   Souza, R R ^b   Lucas, E F ^a  

^a FEDERAL UNIVERSITY OF RIO DE JANEIRO   (Brazil)

^b Poland Quimica Ltda   (Brazil)

Author keywords

Drilling fluid; Fatty esters; Filtrate controller; Invert emulsion; Modified starch

Indexed keywords

FATTY ESTERS; FLUID LOSS ADDITIVES; INVERT EMULSIONS; MODIFIED STARCHES;

DRILLING FLUIDS;

EID: 84908345539     PISSN: 00162361     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.fuel.2014.09.074     Document Type: Article

References (43)

1. J.A. Rodrigues, E.R. Lachter, and R.S.V. Nascimento New multifunctional polymeric additives for water-based muds SPE J 7 2006 5069 5074
2. Apaleke AS, Al-Majed A, Hossain ME. Drilling fluid: state of the art and future trend. In: North Africa technical conference and exhibition, Cairo, Egypt; 2012. SPE 149555.
3. D. Pozebona, E.C. Lima, S.M. Maia, and J.M.G. Fachel Heavy metals contribution of non-aqueous fluids used in offshore oil drilling Fuel 84 2005 53 61
4. N. Alimohammadi, S.R. Shadizadeh, and I. Kazeminezhad Removal of cadmium from drilling fluid using nano-adsorbent Fuel 111 2013 505 509
5. T. Ademiluyi, O.F. Joel, and A.K. Amuda Investigation of local polymer (cassava starches) as a substitute for imported sample in viscosity and fluid loss control of water based drilling fluid J Eng Appl Sci 6 2011 1819 6608
6. R. Caenn, H.C.H. Darley, and G.R. Gray Composition and properties of drilling and completion fluids 6th ed. 2011 Gulf Professional Publishing Massachusetts
7. Przepasniak AM, Clark PE. Polymer loss in filter cakes. In: Society of petroleum engineers. International symposium on formation damage control, Lafayette, EUA; 1998. SPE 39461.
8. A.L. Martins, A.T.A. Waldmann, A.F.L. Aragao, and R.F.T. Lomba Predicting and monitoring fluid invasion in exploratory drilling SPE Dril Compl 20 2005 SPE-86497-PA
9. L.V. Amorim, K.V. Farias, J.D. Viana, M.I.R. Barbosa, E. Pereira, and K.B. França Fuidos de perfuração à base de água. Parte I: Efeitos de aditivações poliméricas nas propriedades reológicas Ceramica 51 2005 128 138
10. M.A. Kelland Production chemicals for the oil and gas industry 2009 CRC Press Boca Raton
11. E.F. Lucas, C.R.E. Mansur, L. Spinelli, and Y.G.C. Queirós Polymer science applied to petroleum production Pure Appl Chem 81 2009 476 494
12. L. Spinelli, G. Rezende Neto, L.F.A. Freire, V. Monteiro, R. Lomba, and R. Michel Synthetic-based aphrons: correlation between properties and filtrate reduction performance Colloid Surf, A 353 2010 57 63
13. J.J.F. Cardoso, L.S. Spinelli, V. Monteiro, R. Lomba, and E.F. Lucas Influence of polymer and surfactant on the aphrons characteristics: evaluation of fluid invasion controlling Express Polym Lett 4 2010 474 479
14. L.M. Zhang, and D.-Y. Yin Preparation of a new lignosulfonate-based thinner: introduction of ferrous ions Colloid Surf, A 210 2003 13 21
15. R.C.P. Nunes, R.V. Pires, E.F. Lucas, A. Vianna, and R. Lomba J Appl Polym Sci 2014 131 10.1002/app.4064 [in press]
16. Kippie DP, Horton RL, Foxenberg WE, Arvie M. Chemical fluid-loss-control systems for severe environment: taking conventional systems to a higher level. In: International symposium and exhibition on formation damage control, Louisiana, EUA; 2002. SPE 73771.
17. V.D. Miladinov, and M.A. Hanna Starch esterification by reactive extrusion Ind Crop Prod 11 2000 51 57
18. E. Fuda, and P. Jauregi An insight into the mechanism of protein separation by colloidal gas aphrons (CGA) generated from ionic surfactants J Chromatogr, B 843 2006 317 326
19. C.K. Simi, and T.E. Abraham Hydrophobic grafted and cross-linked starch nanoparticles for drug delivery Bioprocess Biosyst Eng 30 2007 173 180
20. Evans B. Fluid loss control - improvement for HTHP wells. In: Production and operations symposium, Oklahoma, EUA; 2003. SPE 80946.
21. V. Mahto, and V.P. Sharma Rheological study of a water based oil well drilling fluid J Petrol Sci Eng 45 2004 123 128
22. Mettath S, Patel A, Stamatakis E, Young S. Non-asphaltic, fluid-loss-control agent for high-temperature applications in synthetic-based invert emulsion drilling fluids. In: Fluids conference and exhibition, Houston, Texas; 2011. AADE-11-NTCE-29.
23. Peresich RL, Burrell BR, Prentice GM. Development and field trial of a biodegradable invert-emulsion fluid. In: Drilling conference, Amsterdam, Netherlands; 1991. SPE 21935.
24. F. Dias, R. Souza, and E. Lucas Starch fatty esters for potential use in petroleum industry Chem Chem Technol 7 2013 451 456
25. L. Junistia, A.K. Sugih, R. Manurung, F. Picchioni, L.P.B.M. Janssen, and H.J. Heeres Synthesis of higher fatty acid starch esters using vinyl laurate and stearate as reactants Starch/Stärke 60 2008 667 675
26. L. Junistia, A.K. Sugih, R. Manurung, F. Picchioni, L.P.B.M. Janssen, and H.J. Heeres Experimental and modeling studies on the synthesis and properties of higher fatty esters of corn starch Starch/Stärke 61 2009 69 80
27. API RP 13B-2 Recommended practice for field testing of oil-based drilling fluids 4th ed. 2005 American Petroleum Institute p. 114
28. API RP 13I/ISO 101416 Recommended practice for laboratory testing of drilling fluids 8th ed. 2009 American Petroleum Institute p. 124
29. M.D. Amanullah, and L. Yu Environment friendly fluid loss additives to protect the marine environment from the detrimental effect of mud additives J Petrol Sci Eng 48 2005 199 208
30. T. Hamida, E. Kuru, and M. Pickard Filtration loss characteristics of aqueous waxy hull-less barley (WHB) solutions J Petrol Sci Eng 72 2010 33 41
31. M. Khodja, M. Khodja-Saber, J.P. Canselier, N. Cohaut, and F. Bergaya Drilling fluid technology: performances and environmental considerations Igor Fuerstner, Products and services; from R&D to final solutions 2010 Sciyo Publisher 422
32. E. Stamatakis, S. Young, and G. De Stefano Meeting the ultrahigh-temperature/ultrahigh-pressure fluid challenge SPE Dril Compl 28 2013 86 92
33. L.M. Zhang, Y.B. Tan, and Z.M. Li New water-soluble ampholytic polysaccharides for oilfield drilling treatment: a preliminary study Carbohydr Polym 44 2001 255 260
34. M. Eutamene, A. Benbakhti, M. Khodja, and A. Jada Preparation and aqueous properties of starch-grafted polyacrylamide copolymers Starch/Stärke 61 2009 81 91
35. J.K. Fink Oil field chemicals 2003 Elsevier Science New York
36. Rosa RCRS, Rosa ALA, Farias SB, Garcia MH, Coelho AS. A new inhibitive water-based fluid: a completely cationic system. In: Latin American and Caribbean petroleum engineering conference, Rio de Janeiro, Brazil; 2005. SPE 94523.
37. V. Kelessidis, C. Tsamantaki, A. Michalakis, G.E. Christidis, P. Makri, and K. Papanicolaou Greek lignites as additives for controlling filtration properties of water-bentonite suspensions at high temperatures Fuel 86 2007 1112 1121
38. R. Maglione, R. Giovanni, and R. Romagnoli In-situ caracterização reológica de lama de perfuração SPE J 5 2000 377 386
39. Wagle V, Maghrabi S, Kulkarni D. Formulating sag-resistant, low-gravity solids-free invert emulsion fluids. In: 18th Middle east oil & gas show and conference, Manama, Bahrain; 2013. SPE 164200.
40. J.E. Thomas Fundamentos da Engenharia de Petróleo 2001 Interciência Rio de Janeiro
41. W. Dye, T. Hemphill, W. Gusler, and G. Mulle Correlation of ultralow-shear-rate viscosity and dynamic barite sag SPE J 16 2001 27 34
42. Wagle V, Maghrabi S, Teke K, Gantepla A. Making good HPHT invert emulsion fluids great! In: Oil and gas India conference and exhibition, Mumbai, India; 2012.
43. J.C.V. Machado Reologia e escoamento de fluidos 2002 Interciência Rio de Janeiro