1. Brannon H.D., Kendrick D.E., Luckey E., Stipetich A.: Multi-Stage Fracturing of Horizontal Wells Using Ninety-Five Quality Foam Provides Improved Shale Gas Production, SPE 124 767, 2009.
2. Ciechanowska M., Matyasik I., Such P., Kasza P., Lubaś J.: Uwarunkowania rozwoju wydobycia gazu z polskich formacji łupkowych, Nafta-Gaz, styczeń 2013.
3. Cipolla C., Warpinski N.R., Mayerhofer M.J., Lolon E.P., Vincent M.C.: The relationship between fracture complexity, reservoir treatment and fracture treatment design, SPE 115 769, 2008.
4. Coulter G.R., Gross B.C., Benton E.G., Thompson C.L.: Barnett Shale Hybrid Fracs – One Operator’s Design, Application, and Results, SPE 102 063, 2006.
5. Czupski M., Kasza P., Wilk K.: Płyny do szczelinowania złóż niekonwencjonalnych, Nafta-Gaz, styczeń 2013.
6. Fontaine J., Johnson N., Schoen D.: Design, execution, and evaluation of a ,,typical’’ Marcellus Shale slickwater stimulation: a case history, SPE 117 772, 2008.
7. Grieser B., Wheaton B., Magness B., Blauch M., Loghry R.: Sufrace Reactive Fluid’s Effect on Shale, SPE 106 815, 2007.
8. Grundmann S.R., Rodvelt G.D., Dials G.A., Allen R.E.: Cryogenic Nitrogen as a Hydraulic Fracturing Fluid in the Devonian Shale, SPE 51 067, 1998.
9. Handren P., Palisch T.: Successful Hybrid Slickwater Fracture Design Evolution – An East Texas Cotton Valley Taylor Case History, SPE 110 451, 2007.
10. Kaufman P., Penny G.S., Paktinat J.: Critical Evaluations of Additives Used in Shale Slickwater Fracs, SPE 119 900, 2008.
11. King E.G.: Thirty Years of Gas Shale Fracturing: What Have We Learned?, SPE 133 456, 2010.
12. Kostenuk N., Browne D.J.: Improved Proppant Transport System for Slickwater Shale Fracturing, CSUG/SPE 137 818, 2010.
13. Paktinat J., Pinkhouse J.A., Fontaine J., Lash G.G., Penny G.S.: Investigation of Methods to Improve Utica Shale Hydraulic Fracturing in the Appalachian Basin, SPE 111 063, 2007.
14. Penny G.S., Pursley J.T., Clawson T.D.: Field Study of Completion Fluids to Enhance Gas Production in the Barnett Shale, SPE 100 434, 2006.
15. Sullivan P.F., Gadiyar B., Morales R.H., Hollicek R., Sorrells D., Lee J., Fischer D.: Optimization of a Viscoelastic Surfactant (VES) Fracturing Fluid for Application in High-Permeability Formations, SPE 98338, 2006.
16. Tudor E.H., Nevison G.W., Allen S., Pike B.: Case Study of a Novel Hydraulic Fracturing Method that Maximizes Effective Hydraulic Fracture Length, SPE 124 480, 2009.
17. Yeager B.: ECA’s Waterline Project, prezentacja na konferencji: ,,Examining Cutting Edge Technologies and Best Practices to Optimize Water Sourcing, Maximize Re-Use & Efficiently Manage Flowback Water in Shale Gas Production’’, Canonsburg, Pennsylvania, 13-14 kwiecień 2011.
18. Yost II, Mazza A.B., Gehr J.B.: CO2 /Sand Fracturing in Devonian Shales, SPE 26 925, 1993