A kind of oil well cement slurry system and preparation method thereof for preventing high temperature strength decline
An oil well cement slurry, high temperature strength technology, applied in chemical instruments and methods, drilling composition and other directions, can solve the problem of difficult to meet oil well cement slurry engineering applications, poor compatibility of cement slurry additives, complex formulations, etc. It can improve the long-term sealing integrity, reduce the cost of promotion and application, and achieve the effect of simple promotion and application.
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Embodiment 1
[0042] Weigh 500 parts by weight of cement, 175 parts by weight of silica fume, 20 parts by weight of fluid loss reducer, 5 parts by weight of retarder, 5 parts by weight of strength enhancer, 2.5 parts by weight of suspension stabilizer and 235 parts by weight of tap water. According to the test method for the compressive strength of oil well cement in the API specification, cement, silica fume and suspension stabilizer are dry mixed together, and other components are added to water and stirred evenly, and finally the two are mixed together by a high-speed mixer, and poured into the corresponding The mold is cured under the corresponding temperature conditions, and the corresponding compressive strength is tested with a pressure testing machine after demoulding. The test results are shown in Table 1.
Embodiment 2
[0044]Weigh 500 parts by weight of cement, 175 parts by weight of silica fume, 20 parts by weight of fluid loss reducer, 5 parts by weight of retarder, 10 parts by weight of strength enhancer, 5 parts by weight of suspension stabilizer and 230 parts by weight of tap water. According to the test method for the compressive strength of oil well cement in the API specification, cement, silica fume and suspension stabilizer are dry mixed together, and other components are added to water and stirred evenly, and finally the two are mixed together by a high-speed mixer, and poured into the corresponding The mold is cured under the corresponding temperature conditions, and the corresponding compressive strength is tested with a pressure testing machine after demoulding. The test results are shown in Table 1.
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