Specific Solutions
Oil and Gas terms - from a professional translation company
地质体精细描述技术 | Fine Description Techniques for Geological Bodies |
盖层精细刻画 | Fine characterization of cap reservoir |
储层精细刻画 | Fine description of lithofacies |
断层精细描述 | Fine description of faults |
三维精细地质建模 | 3D fine geological modeling |
岩相精细描述 | Fine description of lithofacies |
密封评价技术 | Sealing Evaluation Technology |
地应力场 | Crustal stress field |
盖层临界破裂压力 | Critical fracture pressure of cap rock |
断层临界滑动压力 | Fault Critical Slip Pressure |
力学参数实验 | Rock mechanics parameter experiment |
渗流场 | Flow field |
参数设计技术 | Parameter Design Technology of Storage Construction |
物质平衡方法 | Material balance method |
数值模拟方法 | Numerical simulation method |
优化技术 | Optimization Technology for Gas Storage Operation |
库存量 | Inventory volume |
达容率 | Volume achieving ratio |
气顶高度 | Height of gas cap |
油气界面 | Oil -gas interface |
含油高度 | Oil -bearing height |
气窜 | Gas channeling |
油侵 | Oil invasion |
电网络模拟 | Electrical network simulation |
反九点面积注水井网 | Inverse nine -spot areal water injection pattern |
饱和度场 | Saturation field |
流线分布图 | Streamline distribution diagram |
含气饱和度 | Gas saturation |
含水饱和度 | Water saturation |
射孔 | Perforation |
泥岩夹层 | Mudstone interlayer |
油气压差 | Pressure difference between oil and gas |
油区 | Oil zone |
气区 | Gas zone |
缓冲区 | Buffer zone |
射开井区 | Perforated area |
未射孔注水井 | Unperforated water injection well |
已射孔注水井 | Perforated water injection well |
未射孔生产井 | Unperforated production well |
已射孔生产井 | Perforated production well |
采油 | Oil production |
注气 | Gas injection |
采气 | Gas production |
注采比 | Injection -production ratio |
监测 | Monitoring |
中子 - 中子测井 | Neutron -neutron logging |
放射性比 | Radioactive ratio |
气底部深度 | Depth of gas bottom |
油顶部深度 | Depth of oil top |
生产井 | Production well |
压缩机 | Compressor |
地面设施 | Surface facilities |
压缩机组 | Compressor unit |
输气站 | Gas transmission station |
锅炉房 | Boiler room |
供暖泵 | Heating pump |
中央控制室 | Central control room |
配电室 | Power distribution room |
电伴热电缆 | Electric trace heating cable |
单井管道 | Single -well pipeline |
放火炬 | Flare stack |
分液罐 | Liquid knockout pot |
电加热器 | Electric heater |
阀门 | Valve |
管道 | Pipeline |
套管 | Casing |
水泥环 | Cement sheath |
固井质量 | Cementing quality |
漏失检测 | Leak detection |
套管柱 | Casing string |
标准管柱 | Standard pipe column |
标准井口 | Standard wellhead |
远程监控 | Remote monitoring |
数据中心 | Data center |
网关 | Gateway |
应急组织 | Emergency organization |
应急响应流程 | Emergency response process |
地质资料管理标准 | Management standard for geological data |
运行管理规定 | Regulations on operation and management |
七项制度 | Seven regulations |
油侵气窜应急预案 | Emergency plan for oil invasion and gas channeling |
安全隐患 | Safety hazard |
标准化治理 | Standardized governance |
岗位责任制 | System of position responsibility |
安全生产制度 | System of safety production |
巡回检查制 | System of routine inspection |
设备维修保养制 | System of equipment maintenance |
质量责任制 | System of quality responsibility |
技术培训制 | System of technical training |
交接班制 | System of shift handover |
年度注采运行曲线 | Annual gas injection and production operation curve |
运营管理水平 | Operational management level |
累计注气量 | Cumulative gas injection volume |
累计采气量 | Cumulative gas production volume |
注采气 | Gas injection and production |
试采段 | Trial production stage |
采气周期 | Gas production period |
注气周期 | Gas injection period |
生产系数 | Production coefficient |
产能方程 | Productivity equation |
井底流压 | Bottomhole flow pressure |
携液流量 | Liquid -carrying flow rate |
冲蚀流量 | Erosion flow rate |
热中子成像测井 | Thermal neutron imaging logging |
气水界面 | Gas -water interface |
水侵 | Water invasion |
流体膨胀驱动能量 | Energy driven by fluid expansion |
孔隙弹性驱动能量 | Pore elasticity driving energy |
注气驱动能量 | Gas injection drive energy |
水侵驱动能量 | Water invasion drive energy |
多周期运行 | Multi -cycle operation |
库存增量曲线 | Inventory increment curve |
4D 应力模型 | 4D geostress model |
动态密封评价 | Dynamic sealing evaluation |
破裂压力 | Fracture pressure |
注入 - 采出模型 | Injection -production model |
孔隙压力 | Pore pressure |
稳态渗流方程 | Steady -state flow equation in porous media |
井筒流动方程 | Wellbore flow equation |
流入动态影响因素 | Inflow dynamic influencing factors |
井筒流动影响因素 | Wellbore flow influencing factors |
注采能力 | Injection capability |
中文 | 英文 |
纳米尺度 | Nano-scale |
有机物质 | Organic matters |
纳米级孔隙 | Nano-scale pores |
干酪根 | Kerogen |
微米尺度 | Micro-scale |
微米级孔隙 | Micro-scale pores |
粘土矿物 | Clay minerals |
非有机物质 | Non-organic matters |
井筒 | Wellbore |
基质 | Matrix |
介观尺度 | Meso-scale |
水力压裂 | Hydraulic fracture |
储层尺度 | Reservoir scale |
力学性能 | Mechanical properties |
测试尺度 | Test scale |
多尺度测试 | Multiscale testing |
地质材料 | Geomaterials |
测量的力学性能 | Measured mechanical properties |
强依赖性 | Strong dependence |
选择的测试尺度 | Choice of the test scale |
纳米、微米和介观尺度 | Nano, micro and mesoscale |
从颗粒层面到细观和宏观层面 | From the granular level to the meso and macro level |
耗时且成本高昂 | Time-consuming and costly |
试样尺寸 | Specimen size |
完整性 | Integrity |
微观变化 | Microscopic variations |
孔隙结构 | Pore structures |
薄层 | Laminae |
微观方法 | Microscopic methods |
实验流程 | Experimental procedure |
多孔试样 | Porous specimen |
单矿物 | Single mineral |
矿物复合材料 | Minerals Composite |
微观裂缝 | Microfractures |
纳米压痕 | Nanoindentation |
原子力显微镜 | Atomic Force Microscopy (AFM) |
多轴压缩 | Polyaxial compression |
微米尺度结果 | μm-scale result |
矿物成分 | Mineral composition |
厘米尺度结果 | cm scale result |
有机组分 | Organic components |
孔隙 | Pores |
矿物 | Minerals |
估计力学性能 | Estimate the mechanical properties |
精细尺度特性 | Fine-scale properties |
升尺度技术 | Upscaling techniques |
理解和控制岩土材料行为 | Understanding and manipulation of geomaterials behavior |
测量原理 | Measurement principle |
峰值力定量纳米力学(PeakForce QNM) | PeakForce QNM |
弹性模量 | Modulus of elasticity |
探针尖端 | Probe tip |
泊松比 | Poisson’s ratio |
折减模量 | Reduced modulus |
尖端半径 | Tip radius |
样品变形 | Sample deformation |
黏着力 | Adhesion force |