熊友明
Xiong Youming ;

• 1:西南石油学院

摘要(Abstract)：

从泡沫酸酸压设计计算的实际需要出发,提出了考虑反应热和地层传热对酸液有效作用距离综合影响的计算方法,给出了实例计算,分析计算结果得出的几点结论以及所编制的计算机程序可供泡沫酸酸压施工和设计计算使用。
This paper develops a calculation method for the effective range of foamedacid fracturing treatment, as viewed from considering thc effect of both reaction heat and formation-transfer heal, and gives the calculation examples. The conclusions obtained from tbe calculations, as well as the computer program, suggest that they can be used for foamed acid fracturing treatmrnts and design calculations.

关键词(KeyWords)： 酸化压裂;酸性泡沫;作用距离
: acid and fracturing treatments, acidic foam, penetrative depth

Abstract:

Keywords:

基金项目(Foundation):

作者(Authors): 熊友明
Xiong Youming ;

DOI: 10.19597/j.issn.1000-3754.1989.04.011

参考文献(References)：

• [1] D.E. Niemll and B.B.Williams: "Characteristics of Acid Reaction in Limestone Formations" SPEJ. (Dec. 1971) 406～468.
• [2] L.D. Roberts and J.A.Guin: "The Effect of Surface Kinetics in Fracture Acidizing" SPEJ. (May. 1975) 227～286.
• [3] M.H.Lce and L.D. Roberts: "The Effect of Heat of Reaction on Temperature Distribution and Acid penetration in a Fracture" SPE 7893.[4]任书泉等:“压裂酸化施工时氢离子有效传质系数变化规律的试验研究”,《西南石油学院学报》1982.No.3.
• [5]任书泉,熊宏杰:“同离子效应和温度场对裂缝中酸液有效作用距离的影响”SPE 14852.
• [6] William G.F. Ford, L.D. Roberts: "The Effect oi Foam on Surface Kinetics in Fracture Aeidizing" JPT, (Jan. 1985) 80～97.
• [7] N,F. Whistitt and G.R.Dysart: "The Effect of Temperature on Stimulation Design" JPT. (April. 1070).