压裂液

应用核磁共振技术研究压裂液伤害机理

Research on the Damage Mechanism of Fracturing Fluids through Nuclear Magnetic Resonance Technology

压裂液优化设计与应用技术

Optimization design of fracturing fluids and applied technology

硼交联N2伴注泡沫压裂液的阻力特性研究

Study on the frictional pressure drop of borate-crosslinked N_2 foam fracturing fluid

施工条件下CO2泡沫压裂液的对流换热特性

Convective heat transfer of co_2 foam fracturing fluid under downhole conditions

CO2泡沫压裂液两相流流动特性的试验研究

Experimental Research on the Two-Phase Flow Characteristics of CO_2 Foam Fracturing Fluid

竖管中CO2泡沫压裂液的管流阻力特性

Frictional pressure drop of non-Newtonian flow of co_2 foam fracturing fluid in vertical downward pipe

泡沫质量和温度以指数规律影响着CO2泡沫压裂液流变参数，而压力的影响不是很大。

The effect of the foam quality and temperature is large and the effect of the pressure is little .

压裂液主要由增稠剂、交联剂、破胶剂、PH调节剂、粘土稳定剂及助排剂等成分组成。

Fracturing fluid from the thickening agent , crosslinking agent , breaker , PH regulator , clay stabilizing agent cleanup agent composition .

高pH值XD、ZW&1硼冻胶压裂液研究与应用

Application of High pH Boron Gel Fracturing Fluid ZW-1

季铵盐Gemini表面活性剂合成及在压裂液中应用

The Synthesis of Quaternary Ammonium Gemini Surfactant and Application in Fracturing Fluid

研制了一种新型的PAC阳离子聚合物压裂液体系，对其配方与性能进行了研究。

A new type of PAC cationic polymer fracturing fluid system was prepared .

文章针对低效油气藏存在低压、水敏等问题，开发了CO2泡沫压裂液技术。

Aiming at the problems of low pressure and water sensitivity of low effective reservoirs , CO2 foam-fracturing fluid is developed .

PAC阳离子聚合物压裂液体系的研究

Study of PAC Cationic Polymer Fracturing Fluid System

SCF压裂液对粘土的防膨率为80.5%。

The decrement of clay swelling in the fluid is of 80.5 % .

该压裂液体系的破胶速度随溶胶液pH值增加而减小，随环境温度的上升而逐渐增加；

Gel breaking speed of the fracture fluid system decreases as the increasing of pH value of colloidal sol , and increases as the increasing of environment temperature ;

室内实验中观测了CO2泡沫压裂液的形成、动态变化、泡沫结构，测定了CO2泡沫压裂液的流变性，发现其属于假塑性非牛顿流体。

So laboratory measurement and study are made on preparation of CO2-foam fracturing fluid , rheological measurement and friction computation methods in this paper .

压裂液用植物胶杀菌剂COG－285

Bactericide cog 285 for use in plant gum based hydrofracturing fluids

HEC煤层压裂液的性能评价及应用

Performance Evaluation and Application of Coal - bed Fracturing Fluid

酸碱度控制剂可有效的中和高pH值压裂液中的强碱性物质，使液体保持在弱酸性的环境下，在一定程度上减轻了水敏程度。

The pH controlling agent can neutralize the alkali matter in high pH fracturing fluid to keep the fluid in mild acid environment and mitigate the degree of water sensitivity .

压裂液动态滤失及滤饼溶解剂FCS的研究

The research of dynamic filter of fracture fluid and the solution agent FCS of filter cake

目前现场使用的胍胶压裂液对储层造成的水测渗透率损害率（Dk）均在54%以上，在酸化解堵作业过程中可能存在污染、损害。

Presently , water-surveyed permeability damage rate of the carbamidine glue in-field used in reservoir is all above 54 % . There maybe exist damage in the operation of acid treating .

XGM压裂液改善注水量的研究

XGM fracturing fluid improves the effect of water injection well

中高温VES压裂液用表面活性剂NTX-100

Surfactant NTX-100 for Middle-High Temperature Viscoelastic Surfactant Fracturing Fluid

实验结果表明，该压裂液黏度高、成本低，对岩心基质伤害率低，因此，其性能明显优于HPG压裂液。

Experiments show that the VES-SL system exhibits a high viscosity , low cost , and low damage to core matrix .

结合煤层孔隙度小、渗透性差等物性特征，对压裂液配方进行优化，筛选出适合煤层物性的HEC压裂液，并对其性能进行了评价。

According to coal-bed formation characteristics of low porosity and low permeability to choose optimum fracturing fluid formula , we have chosen HEC fracturing fluid .

针对中原油田开发后期的低压、水敏油气层的特点，对CO2、CO2泡沫压裂液的主要特性以及CO2泡沫压裂工艺技术的主要特点进行了探索。

According to the features of low pressure and sensitive reservoir in Zhongyuan oilfield during the later development period , the paper presents the main characteristics of CO2 ,, CO_2 foam fracturing fluid and CO_2 foam fracture technology .

通过实验研究得出了N2泡沫压裂液在15~45MPa范围内摩擦阻力系数和广义雷诺数之间的计算关联式，其在本文实验工况下的平均计算误差为10.2%。

The relational expression between the frictional resistance factor and generalized Reynolds number is obtained by the experiments , and whose average calculation error is 10.2 % under the experimental condition .

对N2增能水基压裂液进行了大量的室内研究，以尽可能降低由于压裂液侵入储气层而造成的伤害。

Based on-the characteristics of upper Paleozoic erathom in Tabamiao area , a N2 energized aqueous fracturing fluid was studied to reduce the damage to gas-bearing formation caused by fracturing fluid .

研究开发出了新型的VES清洁压裂液体系，它是由VES粘弹性表面活性剂和水或盐水组成。

A novel clean fracturing fluid system VES was developed , which was composed of viscoelastic surfactant VES and water / salt water .

本文介绍压裂液在受地层压缩性控制的滤失过程中，地层内压力P（x，t）的微分方程的建立及求解，从而求出在该因素作用下压裂液的滤失系数。

This paper introduces the establishing and solving of the differential equation of pressure P ( x , t ) in formation during the process of filtration controlled by the formation compressibility . Thereby the filtration coefficient of fracturing fluid affected by this factor is obtained .