俄羅斯韃靼石油公司（PJSC Tatneft）對(duì)接專場(chǎng)

時(shí)間：2023年5月31日上午10:00-12:00

地點(diǎn)：cippe2023展會(huì)現(xiàn)場(chǎng)·對(duì)接區(qū)

“碼”上報(bào)名

俄羅斯韃靼石油公司（PJSC Tatneft）參觀代表團(tuán)對(duì)接需求（如有出入，以英文為準(zhǔn)）：

1. 提高人工舉升采油效率的設(shè)備和技術(shù)：

a. 深度達(dá)2000米的低速率礦石中的無(wú)桿采礦方法；

b. 能夠最大限度地減少跳閘操作（降低、提升、在電纜上操作ESP）的技術(shù)；

c. 設(shè)備具有廣泛的性能特點(diǎn)，通用性強(qiáng)，適用于任何流量和壓力；

d. 防止油井中瀝青/樹(shù)脂/石蠟沉積物（ARPD）形成的技術(shù)（以及去除ARPD的技術(shù)）。

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設(shè)備和技術(shù)

a. 縮短地下維修時(shí)間的技術(shù)；

b. 井下修井自動(dòng)化/機(jī)器人化；

c. 在不升高的情況下、密封井中的油管

d. 將ESP泵降低到柔性管道上、將電纜集成到管道中的技術(shù)

e. 最大限度地減少診斷設(shè)備拆卸的技術(shù)-井口診斷。例如，用于復(fù)雜油井庫(kù)存（機(jī)械雜質(zhì)、鹽、石蠟）的設(shè)備

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. 油田生產(chǎn)中高效的能源和資源節(jié)約型技術(shù)

3. Energy and resource-saving technologies in the field of oil production, with a high efficiency;

4. 鉆井設(shè)備與技術(shù)

a. 旋轉(zhuǎn)轉(zhuǎn)向系統(tǒng)

b. 具有液壓通信通道的電信系統(tǒng)；

c. 螺桿式井下電機(jī)的自動(dòng)控制系統(tǒng)

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.