第34卷第2期 2017年3月
井液
钻井液
究
号
DRILLINGFLUID& COMPLETIONFLUID
doi: 10.3969/j.issn.1001-5620.2017.02.020
Vol. 34 No. 2 Mar.2017
高石梯
弟－磨溪区块高压气井尾管固井技术
赵宝辉，刘爱萍
宋有胜，全
邹建龙，元
（中国石油集团海洋工程有限公司星公司中国石油集团钻井工程重点实验室固井技术研究室5油气钻井技术国家工程实验室
固井技术研究室，天津300451）
部建龙，
宋有胜，
SONG Yousheng.
Driling Flerdd &
摘要
性差及进行禁信时
Tumin
克
美链
欧宝辉
数
ZoU
Jianlong
Conprero
Fe
果子
中图分类号：TE256.3
套溪区块高压气井尾管固井技术[钻井液与完井液，2017，34（2）：111-116
ZHAO
Baohui.
LOz
ct al.Cementing the 177.8 mm Liner in the Block Gaoshiti-Moxi[J]
112-116
177.8
文献标识码：
A
实全客股时口义
流体相容
自愈合防审高密度水泥亲体系，井
-180*℃
的最性天界 48h抗压地度
大温茎；安岳气田
文章编号：1001-5620（2017）02-0111-06
Liner Cementing the highpressuregas wells in the Block Gaoshiti-Moxi
SONG Yousheng, ZOU Jianlong, ZHAO Baohui, LIU Aiping
化过避时问不 3.5MPa
界面胶结主代原率和合格
(Boxing Subsediary of CNPC Offshore Engineering Company Limited5 Research Center of Well Cementing Technology, CNPC Key Laboratory of Drilling Engineering5 Research Center of Well Cementing Technology, National Engineering
Laboratory of Oil & Gas Drilling Technology, Tianjin 300451)
Abstract In cementing the p 177.8 mm liner string in high pressure gas wells in the Block Gaoshiti-Moxi of southwest oilfield, problems such as active gas zones, narrow drilling windows, poor compatibility of fluids and large temperature difference at high aeea sa ea eda a seaeaae high density cement slurry was developed for cementing wells with large temperature difference at high temperatures. Laboratory study of the cement slurry showed that the cement slurry had density between 2.0 g/cm’ and 2.8 g/cm', and in field application, the cement
slurry can be prepared to have a density of 2.6 g/cm’ in room temperature and 180 °C. Differences between the
0.05 g/cm°. The fluid loss of the cement slurry
mixingcirculatio
. This cement slurry functioned at temperatures between
and bottom of cement slurry column was less than or equal to
was less
sthanor
qual to 5o m
The thickening time had good linear relationship with
the concentration of retarders, and the transit time for the thickening of the cement slurry was not longer than 10 min. The maximum transit time of the gel strengths of the cement slurry was 20 min. The 24-hour compressive strength of the set cement was greater than 10 MPa, and the 48-hour compressive strength of the cement top was greater than 3.5 MPa. The strength of the cement slurry developed fast at low temperatures. The set cement formed had stable non-shrinking volume, possessing a mechanical performance that is similar aaaoe o aennaeeoaeoa aaedansaaeaaaeoroeo
基金项目：国家科技重大专项课题“深并超深并优质钻并液与固井完并技术研究（2016ZX05020-004）和中国石油天（6
第一作者简介：宋有胜，高级工程师，1966年生，毕业于天津大学应用化学系，现在从事固并技术研究和应用工作。
电话(022） 66310307/13920263721;E-mail : songys@enpc.com.cn 万方数据