Specific Solutions
Oil and Gas terms - from a professional translation company
加载 | Loading |
卸载 | Unloading |
压痕深度 | Indentation Depth |
硬度 | Hardness |
最大载荷 | Maximum load |
接触深度 | Contact depth |
接触面积 | Contact area |
多轴试验 | Polyaxial Test |
样品参考系 | Sample reference system |
热 | Thermo |
超声 | Ultrasonic |
碳捕集与封存(CCS) | Carbon Capture and Sequestration (CCS) |
石油和天然气行业 | Oil and Gas Industry |
全球温室气体排放 | Global GHG Emissions |
二氧化碳排放 | CO2 Emissions |
在源头捕获 | Capture at its source |
运输 | Transport |
地下储存 | Store underground |
高成本 | High costs |
技术复杂性 | Technical complexities |
广泛采用 | Widespread adoption |
资本密集型行业 | Capital-intensive industries |
气候目标 | Climate goals |
显著减排 | Significant emissions reduction |
融资挑战 | Financing challenges |
成本不确定性 | Cost uncertainties |
监管不确定性 | Regulatory uncertainties |
碳捕集、运输和封存 | Capture, Transport, and Sequestration |
捕集阶段 | Capture phase |
总 CCS 成本 | Total CCS costs |
能源要求 | Energy requirements |
技术要求 | Technology requirements |
扩大规模 | Scale up |
当前融资模式 | Current Financing Models |
项目融资挑战 | Challenges in Financing Projects |
初始资本成本 | Initial capital costs |
投资者 | Investors |
技术风险 | Technological risks |
操作风险 | Operational risks |
潜在存储泄漏 | Potential storage leakage |
项目延误 | Project delays |
储气库 | Underground Gas Storage (UGS) |
天然气调峰保供 | Natural gas peak shaving and supply guarantee |
“双碳” 战略 | “Dual-carbon” strategy |
新型能源体系 | New energy system |
油藏型储气库 | Oil reservoir type UGS |
气藏型储气库 | Gas reservoir type UGS |
盐穴型储气库 | Salt cavern UGS |
油气协同发展 | Coordinated development of oil and gas |
产学研一体化 | Integration of industry, academia and research |
调峰能力 | Peak shaving capacity |
工作气量 | Working gas volume |
对外依存度 | External dependence |
已建储气库 | Built UGS |
在建储气库 | Being built UGS |
老油区转型发展 | Transformation and development of old oil fields |
气密封性 | Gas tightness |
有效储气空间 | Effective storage space |
扩容方式 | Expansion method |
排液井 | Drainage well |
海上储气库 | Offshore UGS |
地质体动态密封性 | Dynamic sealing capacity of geological body |
CO₂ - 水 - 黏土接触角:接触面积与三相接触线 | CO2-Water-Clay Contact Angle: Contact Area versus Three-phase Contact Line |
储层条件 | Reservoir conditions |
CO₂封存 | CO2 sequestration |
HP-HT 接触角测量 | HP-HT contact angle measurement |
地质材料 | Geomaterials |
接触角 | Contact angle |
润湿性表征 | Wettability characterisation |
材料非均质性 | Material heterogeneity |
表面粗糙度 | Surface roughness |
几何形状 | Geometry |
干涉测量法 | Interferometry |
高岭石 | Kaolinite |
伊利石 | Illite |
蒙脱石 | Montmorillonite |
机械压实装置 | Mechanical compaction rig |
接触角测量装置 | Contact angle measurement apparatus |
前进接触角 | Advancing contact angle |
后退接触角 | Receding contact angle |
Cassie - Baxter 预测模型 | Cassie - Baxter prediction |
Alnali 模型 | Alnali’s model |
三相接触线 | Three-phase contact line |
单孔样品 | Single hole sample |
双孔模式表面 | Dual-hole pattern surface |
膨润土 | Bentonite |
复杂断块储气库高效建设与运行实践 | Efficient Construction and Operation Practices of the Wei 11 Complex Fault Block Gas Storage |
孔隙度 | Porosity |
渗透率 | Permeability |
井中原位地应力测试技术 | In-situ Stress Measurement Technology in Wells |
断层摩擦系数实验方法 | Fault Friction Coefficient Experiment Method |
储气库极限承压能力评价实例 | Gas Storage Facility Ultimate Pressure Capacity Evaluation Case |
讨论与结论 | Conclusions and Discussion |
地应力测试技术 | In-situ Stress Testing Techniques |
水压致裂深部原位地应力测量技术 | Hydraulic Fracturing In-Situ Stress Measurement Technology |
地应力分析方法 | In-situ Stress Analysis Methods |
集数据分析、统计、绘图和管理于一体的地应力分析云平台软件 | Integrated Data Analysis, Statistics, Plotting, and Management Cloud Platform Software for In-Situ Stress Analysis |
断层摩擦试验装置 | Fault Friction Testing Equipment |
断层摩擦系数验证性试验 | Fault Friction Coefficient Verification Testing |
孔隙压力循环载荷疲劳试验曲线 | Pore Pressure Cyclic Load Fatigue Test Curve |
基于有限元的四维地质力学模拟方法 | Four-Dimensional Geomechanical Simulation Method Based on the Finite Element Method |
注气过程地层压力分布 | Pore Pressure Distribution During Gas Injection Process |
上限运行压力断层稳定性 | Fault Stability Under Maximum Operating Pressure |
考虑实测损伤的储气库四维地质力学模拟方法 | Four-Dimensional Geomechanical Simulation Method Incorporating Measured Damage |
注采过程水平主应力变化规律 | Horizontal Principal Stress Variation Pattern During Injection and Production Process |
交互人工智能与大尺度多库联动四维地质力学数值模拟 | Interactive Artificial Intelligence and Large-Scale Multi-Reservoir Coupled 4D Geomechanical Numerical Simulation |
多库联动注采储气库群有限元模型 | Multi-Reservoir Coupled Injection-Production Gas Storage Reservoir Finite Element Model |
储气库群地层压力随注采时间的四维变化 | The 4D Variation of Formation Pressure in Gas Storage Reservoir Clusters |
油藏改建储气库关键技术问题及研究进展 | Key Technical Issues and Research Progress of UGS Rebuilt from Oil Reservoir in China |
存在的主要问题与下步攻关方向 | Key Challenges and Strategic Directions for Future Challenges |
储层及隔夹层精细三维表征技术 | Fine Three-Dimensional Characterization Technology of Reservoirs and Interlayers |
注气重力辅助混相驱模拟技术 | Simulation Technology of Gas Injection Gravity-Assisted Miscible Flooding |
三维立体井网开发技术 | Three-Dimensional Stereoscopic Well Pattern Development Technology |
不同油藏类型气驱采油注采井网设计 | Injection-Production Well Pattern Design for Gas Flooding in Different Reservoir Types |
不同驱替方式提高采收率对比图 | Comparison Chart of Different Displacement Methods to Enhance Oil Recovery |
油藏建库设计核心内容 | Core Contents of Oil Reservoir Gas Storage Design |
储气地质体密封性评价 | Evaluation of the Sealing Integrity of Gas Storage Geological Bodies |
气驱效率与库容参数设计 | Design of Gas Drive Efficiency and Reservoir Capacity Parameters |
原油协同提高采收率预测 | Prediction of the Synergistic Increase in Crude Oil Recovery Rate |
气井注采气能力评价 | Evaluation of Gas Injection and Production Capacity of Gas Wells |
次生气顶形成过程及控制 | Formation Process and Control of Secondary Gas Cap |
油藏气驱采油与协同建库运行特征对比表 | Comparison Table of Operation Characteristics of Reservoir Gas Flooding and Cooperative Reservoir Construction |
枯竭油气藏型储气库全生命周期一体化测井技术 | Integrated Logging Technology for the Full Lifecycle of Depleted Oil and Gas Reservoir Storage |
建库论证设计期 | Feasibility Design Phase |
建库阶段 | Construction Phase |
运行阶段 | Operation Phase |
老井安全性检测技术 | Safety Inspection Technology for Old Wells |
封存前安全性评估 | Safety Assessment Before Sealing |
储盖层评价 | Evaluation of Reservoir Caprock |
储盖层检测及评价 | Detection and Evaluation of Reservoir Caprock |
井筒密闭性检测及评价 | Detection and Evaluation of Wellbore Integrity |
盖层含气性定期监测 | Periodic Monitoring of Caprock Gas Content |
盖层密闭性检测 | Caprock Seal Integrity Detection |
盖层及储层评价 | Caprock and Reservoir Evaluation |
老腔腔体检测技术 | Old Cavern Detection Technology |
造腔前气密封检测 | Pre-Cavern Gas Seal Test |
库体品质 | Storage Quality |
造腔阶段腔体形态及密闭性监测 | Shape and Seal Integrity Monitoring During Cavern Creation |
安全性及运行动态监测 | Safety and Operational Dynamic Monitoring |
溶腔完成密封性监测 | Seal Integrity Monitoring After Cavity Completion |
腔体稳定性监测及评价 | Stability Monitoring and Evaluation of the Cavity |
腔体形态变化监测 | Monitoring of Cavity Shape Changes |
腔底沉积物界面监测 | Monitoring of Sediment Interface at the Cavity Bottom |
异常检测 | Anomaly Detection |
管柱损伤定期检测 | Periodic Inspection of Tubing Damage |
测井一体化监测技术 | Integrated Logging Monitoring Technology |
技术应用 | Technical Applications |
下步工作展望 | Future Work Outlook |
测井系列优化 | Optimization of Logging Series |
含水层圈闭改建压缩空气储能库盖层密封失效影响因素分析 | Analysis of Factors Influencing the Seal Failure of the Cap Layer in the Conversion of Aquifer Traps into Compressed Air Energy Storage Reservoirs |
研究背景及意义 | Research Background and Significance |
目标区密封性评价及模型建立 | Sealing Evaluation and Model Establishment of Target Area |
注采气阶段盖层稳定性分析 | Analysis of Caprock Stability Gas Injection and Production Phase |
结论与展望 | Conclusion and Future Direction |
压缩空气储能 | Compressed Air Energy Storage |
基本概念 | Basic Concepts |
发展历史 | Development History |
补燃式压缩空气储能 | Supplemental Combustion Compressed Air Energy Storage |
非补燃压缩空气储能 | Non Supplementary Combustion Compressed Air Energy Storage |