well drilling technology

Slurry confection and index measurement in well drilling technology

成井工艺中泥浆的配制和指标的测定

The MBHW04 is the first well using geometry steerable drilling technology in China.

新疆油田MBHW04水平井是国内第一口使用地质导向钻井技术的井

The well drilling technology in sloughing and leaking layer

严重漏失、坍塌地层的成井工艺

Drilling fluid technology of bi-lateral horizontal& Well Jing 31-59

静31-59双分支侧钻水平井钻井液技术

If pre-drilling mode was taken in an offshore oil development, PGB-free well drilling technology might be adopted for supplementary wells when the PGB slots were totally occupied.

采用预钻井方式开发的海上油气田，对水下钻井基盘钻井槽孔用完后增钻的调整井，可采用无基盘钻井方式作业。

Well drilling technology is the key for securing quality of water supply wells.

成井工艺是保证供水井质量的关键工艺.

The recent development of special oil well cement and additives is reviewed, including high temperature cement, anti-fluid-channeling cement, TUF cement developed by Halliburton, polymer cementing fluid, and MTC, the technology of drilling fluid turned into cement, etc.

对国内外特种油井水泥及油井水泥外加剂的最新发展进行了综述。介绍了抗高温水泥、防窜水泥、TUF水泥、聚合物固井液、泥浆转化为水泥浆等技术的发展动向；

The Cluster Well Drilling Technology and Characteristic of Zone B Platform in SZ 36-1 Oilfield

绥中36&1油田B平台丛式钻井技术及其特点

It will become the leading technology in the shallow sea oilfield well drilling technology.

它将成为滩海油田钻井技术中的主导技术.

The working characteristic of wire rope for well drilling, and the use conditions, structure, specification and production technology requirements of large diameter wire ropes for drill oil derrick base rising are analyzed.

分析钻井用钢丝绳的工作特点，钻机井架底座起升用粗直径钢丝绳的使用工况条件、结构、规格和生产技术要求；

Application of Slant Well Drilling Technology to Daqing Oilfield

直斜井钻井技术在大庆油田的应用

Platform AI has made a great progress in the aspects of loose surface layer detecting, hole trajectory control, raising well-drilling effeciency by new technology, reducing costs etc.

AI平台在疏松表层造斜，井眼轨迹控制，应用钻井新工艺、新技术提高钻井效率，降低昂贵的海上钻井成本等方面，取得了长足进步。

The study on drilling technology of shallow horizontal well in Fuyu Oilfield is developed in view of the character of shallow oil zone, large reserve, and developing difficultly.

本文针对扶余油田油层埋藏浅、地质储量大、难开发储量多的特点，开展了扶余油田浅层水平井钻井工艺技术研究。

Taking Well T-1 as an example, the paper introduced the technology of pressure monitoring while drilling HTHP formation of piedmont structural zone.

该文以T-1井为例，介绍了钻探山前构造带高温高压地层的随钻压力监测技术。