kw.\*:("Fluide fracturation")
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Biocides control Barnett shale fracturing fluid contaminationFICHTER, J. K; JOHNSON, K; FRENCH, K et al.Oil & gas journal. 2009, Vol 107, Num 19, pp 38-44, issn 0030-1388, 7 p.Article
Selection of fracturing fluid for stimulating tight gas reservoirsMALPANI, Raj; HOLDITCH, Stephen A.World oil. 2008, Vol 229, Num 7, pp 137-141, issn 0043-8790, 5 p.Article
New fracturing fluids minimize costs, risks, logistics, deck space requirementsBAYCROFT, Perry.Offshore (Conroe, Tex.). 2004, Vol 64, Num 4, pp 28-31, issn 0030-0608, 4 p.Article
Total Phosphorus Recovery in Flowback Fluids After Gelled Hydrocarbon Fracturing Fluid TreatmentsFYTEN, G; HOULE, P; TAYLOR, R. S et al.Journal of Canadian Petroleum Technology. 2007, Vol 46, Num 12, pp 17-21, issn 0021-9487, 5 p.Article
Numerical analysis of cleanup processes in german tight-gas formations with fractured wellsFRIEDEL, T; MTCHEDLISHVILI, G; BEHR, A et al.Erdöl, Erdgas, Kohle. 2004, Vol 120, Num 9, pp OG133-OG136, issn 0179-3187Article
New breaker technology for fracturing high-permeability formationsNORMAN, L; SANJAY, S; TERRACINA, J et al.European formation damage control conference. 1995, pp 187-199Conference Paper
Fluid-loss control differences of crosslinked and linear fracturing fluidsZIGRYE, J. L; WHITFILL, D. L; SIEVERT, J. A et al.Journal of petroleum technology. 1985, Vol 37, Num 2, pp 315-320, issn 0022-3522Article
A study of relation between suspension behavior and microstructure and viscoelastic property of guar gum fracturing fluid : Reservoir Stimulation through Fracturing (2014)SHIBIN WANG; YIYAO ZHANG; JIANCHUN GUO et al.Journal of petroleum science & engineering. 2014, Vol 124, pp 432-435, issn 0920-4105, 4 p.Article
Custom high-density fracturing fluid design developed for tight gas wells in Saudi ArabiaBARTKO, Kirk M; MUKHERJEE, Tushar S; AROCHA, Carlos I et al.World oil. 2010, Vol 231, Num 2, issn 0043-8790, 76-81 [4 p.]Article
Development and field application of a delayed-breaker system for use at high temperaturesJournal of petroleum technology. 1998, Vol 50, Num 6, pp 88-89, issn 0149-2136Article
Optimizing surfactants to improve stimulation flowback in tight gas wells : Production technologyKALFAYAN, Leonard; HALEY, Brandon; WEISS, Stephanie et al.World oil. 2008, Vol 229, Num 11, pp 35-36, issn 0043-8790, 2 p.Article
Optimizing fracturing-fluid cleanup in the bossier sandSULLIVAN, R; WOODRUFF, R; STEINBERGER- GLASER, A et al.Journal of petroleum technology. 2005, Vol 57, Num 7, pp 44-45, issn 0149-2136, 2 p.Article
Breaker concentrations required to improve the permeability of proppant-packs damaged by concentrated linear and borate-crosslinked fracturing fluidsBRANNON, H. D; PUISINELLI, R. J.Technology in the 90's. Conference. 1990, pp 90.1-90.10Conference Paper
Planned stimulation cuts cost, increases productionJPT. Journal of petroleum technology. 1997, Vol 49, Num 1, pp 62-63Article
Proppant scheduling and calculation of fluid lost during fracturingCRAWFORD, H. R.Annual technical conference and exhibition. 58. 1983, 16 p.Conference Paper
A New Model of Fluid Leak-off in Naturally Fractured Gas Fields and Its Effects on Fracture GeometryLI, Y; GUO, J; ZHAO, J et al.Journal of Canadian Petroleum Technology. 2007, Vol 46, Num 12, pp 12-16, issn 0021-9487, 5 p.Article
Applying unified fracture design to natural gas wellsECNOMIDES, M.J; OLIGNEY, R.E; VALKO, P et al.World oil. 2002, Vol 223, Num 10, pp 50-62, issn 0043-8790, 13 p.Article
Downhole mixing, real-time monitoring improve fracsOil & gas journal. 2001, Vol 99, Num 2, pp 44-45, issn 0030-1388Article
Effects of oxygen on fracturing fluidsWALKER, M. L; SHUCHART, C. E; YARITZ, J. G et al.International symposium on oilfield chemistry. 1995, pp 339-348Conference Paper
Experimental study of fracturing fluid lossMAYERHOFER, M. J; ECONOMIDES, M. J; NOLTE, K. G et al.Journal of Canadian Petroleum Technology. 1994, Vol 33, Num 8, pp 49-56, issn 0021-9487Article
Slimhole complections offes limited stimulation variancesBRUNSMAN, B. J; MATSON, R; SHOOK, R. A et al.Petroleum engineer international. 1994, Vol 66, Num 12, pp 34-37, issn 0164-8322Article
The influence of fluid properties on the success of hydraulic fracturing operationsPOWER, D. J; PATERSON, L; BOGER, D. V et al.Asia Pacific Oil & Gas Conference. 1994, pp 601-612Conference Paper
Wellsite mixing minimizes the environmental impact and reduces costs during pumping operationCHANG, D. J; GERKE, J. A; OSBORN, F. A et al.The Second International Conference on health, safety & environment in oil & gas exploration & production. 1994, vol. 1, 413-417Conference Paper
Measurements of effective fracture toughness values for hydraulic fracture: dependence on pressure and fluid rheologyHOLDER, J; MORITA, N; KENRICK, A. J et al.Production Operations Symposium. 1993, pp 761-770Conference Paper
Properties and application of delayed-release breakersPARKER, M. A; LARAMAY, S. B.SPE Mid-continent gas symposium. 1992, pp 81-90Conference Paper