深井钻井

官渡构造异常超高压深井钻井新思路高压、超深井液压震击器的改进及应用

New drilling idea of abnormal ultra-high pressure deep drilling applied in Guandu structure

提高深井钻井速度的几种技术

Several techniques used to improve deep drilling speed

无荧光防塌降滤失剂KH-931在深井钻井液中的应用

Application of fluorescence free anti-sloughing filtrate reducer KH-931 in deep well drilling

大庆油田提高深井钻井速度的措施及效果

Measures and Effects of Increasing Deepwell Drilling Rate in Daqing Oilfield

赤水地区碳酸盐岩高压深井钻井技术

High-pressure Deep Well Drilling Techniques in Carbonate Formation of Chishui Area

高温高压超深井钻井液密度设计方法探讨

High temperature high pressure ultra-deep well drilling fluid density design method

川西地区高压天然气深井钻井完井技术

Drilling and Completion Techniques in Deep Gas Wells in Chuanxi Area

南方海相地区深井钻井技术的实践与认识

Deep Well Drilling Techniques in Marine Sedimentation Area , South China

深井钻井泥浆净化处理技术

The Disposal Technology of Slurry Purification in the Deep Artesian Shaft

深井钻井技术问题及其系统分析

Technical problems of deep well drilling and their systems analysis

深井钻井参数多目标可靠性优化

ABSTRACTS Multi objective Reliability Optimization of Deep Well Drilling Parameters

塔里木盆地中4超深井钻井技术

Drilling Technique in the Zhong-4 Supper Deep Well in the Tarim Basin

深井钻井岩石力学特性研究技术。

Study on the rock mechanics in deep well drilling .

华北油田鄚东地区深井钻井液技术

Deep well drilling fluid technology in Mao east area of Huabei oilfield

为深井钻井应用岩石可钻性进行钻头优选，提高钻井速度提供了依据。

, which is basis of bit optimization and increasing drilling speed .

中国石化深井钻井主要技术难点及对策

Main Technical Difficulties Encountered While Drilling Deep Wells and Countermeasures

华北油田深井钻井新技术应用方案研究

Application plan research on new drilling technology of deep wells in Huabei Oilfield

低密度深井钻井废弃泥浆固化技术研究

Study on Low-Density Deep Well Drilling Waste Solidification Technology

认识地层技术，提高深井钻井水平&为庆祝建国四十周年而作

Understanding the Formation Technique to Raise Deep Well Drilling

深井钻井的压力平衡研究

The Study on Pressure Balance in Deep Wells

川东地区复杂深井钻井技术

Complex deep drilling technique in East Sichuan area

复杂深井钻井知识集成与决策支持平台研究

Study on the Knowledge Integration and Decision Support Platform for Complicated Deep Well Drilling

西部新区准噶尔盆地深井钻井技术

Deep Well Drilling Techniques in Junger Basin

深井钻井完井液体系研究

Study on Deepwell Drilling Completion Fluid Systems

基于水力能量利用效率的超深井钻井提速技术

ROP increasing method based on the utilization efficiency of hydraulic power for the ultra-deep wells

高温深井钻井液当量循环密度预测模型井中三分量磁测井仪

A Prediction Model for Drilling Fluid ECD in High Temperature Deep Wells . tri-component borehole magnetometer

进行了超深井钻井水力参数设计研究，超深井水力参数设计应该采用最小排量法进行设计。

The method of minimum displacement should be used in the optimization design of hydraulic parameters in ultra-deep well drilling .

目前，如何准确了解深井钻井液体系流变性和预测循环井底压力，在深井钻井过程中有着特别重要的意义。

At present , it is significant to understand the rheology of the drilling fluid and predict bottom hole circulation pressure .

但在超深井钻井过程中，面临地层高温、高压、产出流体相态复杂，这对环空携岩和安全是一个严峻的考验。

During ultra deep well drilling , we will be confronted with high temperature , high pressure and complex produced fluid .

在多元随机钻井模式理论的基础上，提出了深井钻井参数多目标可靠性优化方法。

Based on the multivariable random drilling model , the multi objective reliability optimization of deep well drilling parameters is presented .