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1)  protective tech niques of reservoir
储层保护技术
2)  oil-gas reservoir protection technology
油气储层保护技术
3)  Reservoir protection technology
油气层保护技术
4)  reservoir protection
储层保护
1.
Study on reservoir protection technology during water injection of low permeability oilfield;
低渗油田注水过程中储层保护技术研究
2.
According to the formation properties of Jidong oilfield and for the purpose of environmental and reservoir protection,a suitable high-inhibited and dual-protection drilling fluid system with non-clay phase has been developed.
该体系具有超强的抑制性,能对泥页岩产生最大的抑制作用,抑制了岩屑分散和地层造浆;具较强的润滑和防泥包性能以及良好的储层保护效果,并能够生物降解。
3.
Coal seam as the CBM source and reservoir has different features with conventional oil and gas reservoir on reservoir characteristics and storage manners that have determined specialty of CBM well drilling,completion,reservoir protection,hydraulic fracturing and other techniques.
煤层作为煤层气的生成层和储集层,在储层特征和储存方式等方面与常规油气储层具有不同的特点,决定了煤层气钻井、完井、储层保护及压裂等技术的特殊性。
5)  Formation damage control
储层保护
1.
A Research on Related Technologies of Formation Damage Control for Deep Gas Well in Xujiaweizi;
徐深气井储层保护配套技术研究
2.
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.
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。
6)  formation protection
储层保护
1.
In allusion to the characteristics of reservoirs in the area, techniques for formation protection were studied.
针对大港油田南部滩海地区的储层特性,开展了储层保护技术研究。
2.
A polymine drilling-in fluid system is developed for use in Jidong oil field according to the reservoir parameters and with the requirements of environment and formation protection taken into consideration.
该体系抑制性强,无黏土相,润滑和防泥包性能较强,储层保护效果良好,处理剂能生物降解。
3.
In consideration of the characteristics of multi-laminar sand-shale thin reservoirs and interbedded viscous oil reservoirs, the characteristics of reservoir changes are studied under the thermal and non-thermal production conditions, fluids used in well drilling and well completion, the formation protection by oil production technique are also studied.
针对ca油田多层状砂泥薄互层稠油油藏的特点,开展了热采和非热采条件下储层变化特征研究、钻井和固井过程入井液的研究、采油工艺技术等系统保护油气层研究,了解各种变化的作用过程和原因,有效地预防现场施工中可能发生的储层伤害,从而达到储层保护、提高采收率的目的。
补充资料:储层描述(见油气田储层评价)


储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field

  储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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