俄罗斯鞑靼石油公司（PJSC Tatneft）参观代表团对接需求（如有出入，以英文为准）：
1. 提高人工举升采油效率的设备和技术：
a. 深度达2000米的低速率矿石中的无杆采矿方法；
b. 能够最大限度地减少跳闸操作（降低、提升、在电缆上操作ESP）的技术；
c. 设备具有广泛的性能特点，通用性强，适用于任何流量和压力；
d. 防止油井中沥青/树脂/石蜡沉积物（ARPD）形成的技术（以及去除ARPD的技术）。
1. Equipment and technologies to improve the efficiency of artificial lift oil production:
a. Rodless mining methods in low-rate stock at depths up to 2000 m;
b. Technologies that allow minimizing tripping operations (lowering, lifting, operation of ESP on a cable);
c. Equipment with a wide range of performance characteristics, universal, adaptable to any flow rate and pressure;
d. Technologies to exclude the formation of asphalt-resin-paraffin substances (ARPD) in the well (and to remove ARPD).
2. 提高地下修井效率的设备和技术
a. 缩短地下维修时间的技术；
b. 井下修井自动化/机器人化；
c. 在不升高的情况下、密封井中的油管
d. 将ESP泵降低到柔性管道上、将电缆集成到管道中的技术
e. 最大限度地减少诊断设备拆卸的技术-井口诊断。例如，用于复杂油井库存（机械杂质、盐、石蜡）的设备
2. Equipment and technologies for improving the efficiency of underground well workover:
a. Technologies to reduce the duration of underground repairs;
b. Automation / robotization of underground well repair;
c. Sealing tubing in the well, without raising them;
d. Technologies for lowering the ESP pump on flexible pipes with a cable integrated into the pipes.
e. Technologies that minimize the removal of equipment for diagnostics - wellhead diagnostics.e. Equipment for complicated well stock (mechanical impurities, salts, paraffin).
3. 油田生产中高效的能源和资源节约型技术
3. Energy and resource-saving technologies in the field of oil production, with a high efficiency;
4. 钻井设备与技术
a. 旋转转向系统
b. 具有液压通信通道的电信系统；
c. 螺杆式井下电机的自动控制系统
4. Equipment and technologies for drilling wells:
a. Rotary-steered systems;
b. Telesystems with hydraulic communication channel;
c. Automatic control systems for screw downhole motors.
