中国井矿盐
中國井礦鹽
중국정광염
CHINA WELL AND ROCK SALT
2015年
5期
19-22,26
,共5页
复杂剖面%水平连通井%对接技术%RMRS%无溶腔
複雜剖麵%水平連通井%對接技術%RMRS%無溶腔
복잡부면%수평련통정%대접기술%RMRS%무용강
complex section%horizontal connected well%docking technology%RMRS%no solution cavity
水平连通井对接控制钻井技术广泛应用于盐硝非烃类矿藏的开发中。由于影响水平连通井目标井实钻井眼轨迹误差因素及地面布井限制条件等较多，在水平连通井对接控制钻井技术发展初期，一次对接连通成功率不高，矿藏采收率也受到影响。
水平連通井對接控製鑽井技術廣汎應用于鹽硝非烴類礦藏的開髮中。由于影響水平連通井目標井實鑽井眼軌跡誤差因素及地麵佈井限製條件等較多，在水平連通井對接控製鑽井技術髮展初期，一次對接連通成功率不高，礦藏採收率也受到影響。
수평련통정대접공제찬정기술엄범응용우염초비경류광장적개발중。유우영향수평련통정목표정실찬정안궤적오차인소급지면포정한제조건등교다，재수평련통정대접공제찬정기술발전초기，일차대접련통성공솔불고，광장채수솔야수도영향。
Horizontal connected well docking control drilling technology is widely used in the development of salt and nitrate deposits. Due to the influence of horizontal connected well drilling hole trajectory error and the ground well limit conditions. At the beginning of the development of horizontal connected well, the success rate is not high, and the recovery rate of mineral resources is also affected.
