在现场实施中满足了作业施工和储层保护要求。
Field application showed that it had met the requirements of operation and reservoir protection.
从有效溶蚀和储层保护的角度出发，优选出不同酸液的最佳使用浓度。
On the point of effective corrosion and reservoir protection, optimized the best using concentrations of different acid.
针对中原油田特殊工艺井，开展了复杂地质条件下储层保护技术研究。
According to the features of non - conventional Wells in Zhongyuan oilfield, the paper discusses the research of formation damage control technology in complex geologic condition.
本文针对煤层气储层的特点，探讨了煤层气井取心技术及储层保护技术。
In accordance with properties of coal bed gas reservoir, the paper has probed into the protective techniques.
采用屏蔽暂堵储层保护工作液技术能够减轻致密砂岩气层的应力敏感性损害。
Temporary shielding protection reservoirs method can reduce the stress sensitivity damage of tight sandstone gas reservoirs.
从储层保护的角度把裂缝性储层分成两大类，即中小裂缝储层和大裂缝储层。
From the point of formation protection, the fractured reservoirs are classified as reservoir with small to medium fractures and reservoir with large fractures.
高孔高渗油田由于其自身的特点更容易受到伤害，做好储层保护的研究工作极其重要。
Oil fields with high permeability and porosity are more easy to be damaged. Therefore it is vitally important to handle well the reservoir protection.
准确预测地下油气储层是石油地质学家的研究任务，也是石油工程师实施储层保护的基础。
It's the research mission of the petroleum geologists and the foundation of the reservoir protection for the petroleum engineers to accurately predict the underground oil and gas reservoir.
储层损害一直是石油界一个不可避免的话题，储层保护工作贯穿于整个油气田开发过程当中。
Reservoir damage has been an inevitable topic in the field of petroleum. Reservoir protection is a task throughout the whole development process of oilfield.
实践证明，屏蔽暂堵技术是目前对渤海高渗、低压、稠油油田实施储层保护的一项行之有效的技术。
It is indicated that the technique of shielded temporary plugging is quite effective for reservoir protection of viscous oil fields with high permeability and low pressure in Bohai Sea.
通过岩芯伤害实验发现，渗透率恢复值为87.4%，说明该油溶性树脂起到了很好的储层保护作用。
By the permeability recovery data, the return permeability is 87.4%, it indicates that the oil soluble resin plays an important part in formation protection.
在此基础上设计储层保护数据库及敏感预测系统软件，并通过多元统计回归分析提出了储层敏感性预测模型。
Based on it, this article puts forward a reservation - layer protection data and sensitivity prediction system software, and raises a sensitivity prediction model through multiple - statistics.
因此，研究含聚污水对储层的损害机理，根据损害机理提出相应的储层保护措施，对于油藏的含聚污水回注具有重要意义。
Therefore, studying the reservoir damage mechanism, according to the reservoir damage mechanism proposed corresponding protection measures, is very significant for reservoir re-injection.
储层保护中，油水井单井、区块、油田油层保护措施实施配方、实施情况、实施效果为下步油层保护、油层改造研究提供借鉴作用。
The implement formulation, implementation and implementation effect provide reference to oil reservoir protection and renovation of individual well and block in the next step.
以四川油气田苏码头区块为例，分析了该区块储层损害类型，评价了该区块储层保护技术，为今后川渝地区油气田开发起到了指导性作用。
Takes the Sumatou block in Sichuan gas field as an example, this paper analyzed the type of reservoir damage for this block, evaluated the reservoir protection technology of the block...
暂堵技术是保护储层钻井完井技术的主要技术之一。
Temporary plugging technology is one of the main drilling and completion techniques for reservoir protection.
在州13和海拉尔区块的试验应用中，表现出了极强的抑制性和保护储层特性。
Their application in Block Zhou 13 and Block Hailaer shows a strong suppression and protection ability with a nice effect of test.
为达到较好的注水开发效果，建议控制注水压差和采油压差，同时要重视和强调注水过程中的储集层保护。
It is proposed that to achieve better waterflooding effect, the pressure differentials of waterflooding and production shall be controlled and formation protection shall be focused on and emphasized.
研究岩石力学-水化学耦合作用对于保护储层、优化裂缝性油气藏具有重要的现实意义。
The research of effect of the rock mechanics-chemistry coupling is of great importance to the reservoir protection.
屏蔽暂堵技术是保护储层钻井完井技术的主要技术之一，应用屏蔽暂堵技术的关键选择合适的暂堵剂。
Temporary plugging technology is one of the main drilling and completion techniques for protection reservoir. The key of the technology is selecting suitable temporary plugging agent.
适量的环边绿泥石也对储层起到了一定的保护作用。
Appropriate amount of rim chlorite also played an active role in the protection of reservoirs.
应用多项钻井工艺技术和酸化压裂改造技术有效地保护和改善储层性能。
A lot of drilling techniques, acid stimulation and compressive fracturing techniques effectively protected and stimulated the performance of reservoir.
煤储层具有伤害的敏感性与不可恢复性决定了在煤层气钻完井、开采过程中要坚持采取系统的保护煤层措施。
Sensitivity to damages and non-recoverability of coal reservoir determines that measures should be taken to protect the system in the process of well drilling, completion and production.
进而，提出该区块保护储层的相应措施，比如高能气体压裂，小型酸化等措施。
The paper proposed some measures to reservoir protection during the process of water infection, for instance, high energy gas fracture, washing with acid and so on.
同时指出了碳酸盐岩储层损害机理及保护技术的发展趋势。
At the same time, the development trend of the damage mechanism and protection technology for the carbonate rock reservoir were pointed out.
提出了不同类型出砂储层的保护措施。
Protective measures for different types of sand production formations are suggested.
应用钾酸盐泥浆能保护油层，减小钻井过程中对储层的破坏。
The potassium salt mud can be used to protect oil zones and reduce the drilling damage to reservoirs.
致密砂岩储层的保护应走“保护与改造并举”的途径。
The protection on close sandstone reservoir should take the approach on "protection and reform concurrently".
该井四开钻探过程中成功地采用欠平衡钻井技术钻穿寒武系凤阳山组，以防止该区古生界灰岩储层发生井漏及储层污染，从而保护油层。
Using under balance pressure drilling technique aims at preventing the mud loss and pollution of Palaeozoic limestone reservoir in this area and therefore protecting oil reservoir.
当储层裂缝发育时，储层的保护宜遵循“以裂缝为重点，兼顾基块”的原则。
When the crack is developing, the protection of the reservoir should follow the principle on "taking the fracture as the focus, compromised the matrices".
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