高温高压试验

在万能材料实验机上进行72h的高温高压试验（温度恒定：450℃，最大压力达：1400kg／cm2）。

The samples are tested by the all purposes material machine for 72 hours under high pressures and temperatures ( at temperature : 450 ℃, maximumpressure : 1400 kg / cm2 ) .

高温高压试验回路的主换热器设计

Primary Heat Exchanger Design of High Temperature and High Pressure Test Loop

本课题完成的主要工作包括：1.调研和分析了当前国内外常用的稠油开采工艺的状况和需求，在此基础上设计了适用于热采分层注汽工艺的高温高压试验系统。

The domestic status of heavy oil recovery technology was adequately studied , with emphasis on analyzing the current heavy oil extraction technology at home and aboard . On this basis the high pressure and temperature test system for thermal recovery layer steam injection was designed . 2 .

采用高温高压釜试验，辅以失重法、X射线衍射、扫描电镜和电子能谱分析，对90℃时油管钢P110在模拟油井采出液中的CO2/H2S腐蚀行为进行了研究。

Autoclave test , together with weight loss method , XRD , SEM and EDS , was used to study CO2 / H2S corrosion behavior of tubular steel P110 in oil well produced water at90 ℃ .

粘土矿物和油气生成的高温高压模拟试验

High pressure and high temperature simulation of the oil and gas generation and clay mineral alteration

着重介绍了在高温高压水试验台上进行的立式蒸汽发生器汽水分离装置的热态考核试验。

The article puts emphasis on the qualification test of the steam-water separating device at hot conditions in a high temperature and pressure water test rig .

南堡油田先导试验水平井高效钻完井技术超深井水基钻井液高温高压流变性试验研究

Pilot test of horizontal drilling and completion techniques in Nanpu Oilfield Rheological Properties of Water-Based Drilling Fluids in Ultra-Deep Wells at High Temperature and High Pressure

超深井水基钻井液高温高压流变性试验研究台阶式溢洪道滑行水流压强特性的试验研究

Rheological Properties of Water-Based Drilling Fluids in Ultra-Deep Wells at High Temperature and High Pressure Experimental investigation on the pressure characteristics of skimming flow on stepped spillways

在进行岩心流动试验，降失水性、流变性和高温高压失水性试验的基础上，选择甲酸钾修井液进行施工。

After core flow test , fluid loss control test , rheology property test and HTHP filtration test , Potassium formate workover fluid was proved to be the most effective .

绕组失超电阻对超导变压器特性影响的研究超深井水基钻井液高温高压流变性试验研究

The Study of Impact on Characteristic of the Superconductive Voltage Transformer of the Quench of the Winding Resistance Rheological Properties of Water-Based Drilling Fluids in Ultra-Deep Wells at High Temperature and High Pressure

细陶瓷适应高温、高压环境评价试验方法

Testing methods for adaptation assessment of high performance ceramics under high temperature and high pressure

进行了地面试验和高温高压容器内的模拟高温高压起爆试验，以及3口井的井下作业验证，其结果可满足实际要求。

Surface test , detonation test of high temperature and pressure simulated in high temperature and high pressure container , as well as downhole operation verification in 3 wells were completed , their results meet the practice requirements .