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A platform for research: civil engineering, architecture and urbanism
Heat conduction cement slurry system
The invention discloses a heat conduction cement slurry system which comprises water and dry powder. The mass ratio of water to dry powder is (0.43-0.45): 1; the dry powder comprises the following components in percentage by mass: 83%-87.8% of high-temperature-resistant cement, 10% of a heat conduction agent, 2%-5% of a density regulator, 0.1%-1% of a coagulant and 0.1%-1% of a fluid loss agent; the high-temperature-resistant cement is pure calcium aluminate cement; the heat conduction agent comprises, by mass, 35% of single crystal aluminum nitride, 25% of aluminum alloy 1050 powder, 20% of aluminum oxide powder, 10% of green silicon carbide and 10% of copper powder. The density regulator is high-temperature-resistant hollow glass floating beads; the coagulation accelerator is prepared from CaCl2 and Na2S04 according to the mass percent of 1: 1; and the fluid loss agent is polyacrylamide. The heat conduction cement slurry system solves the problems that the heat conduction coefficient of existing well cementation cement stone is small, and heat energy in a casing pipe is stably transmitted to a reservoir stratum.
本发明公开了导热水泥浆体系，包括水和干粉；按照质量百分比水：粉干为0.43‑0.45:1；按照质量百分比，干粉包含83％‑87.8％耐高温水泥、10％导热剂、2％‑5％密度调节剂、0.1％‑1％促凝剂以及0.1％‑1％降失水剂；耐高温水泥为纯铝酸钙水泥；导热剂按照质量百分比包含35％单晶氮化铝、25％铝合金1050粉、20％氧化铝粉、10％绿色碳化硅和10％铜粉；密度调节剂为耐高温空心玻璃漂珠；促凝剂按照质量百分比为CaCl2：Na2S04＝1:1；降失水剂为聚丙烯酰胺。该导热水泥浆体系，解决了现有固井水泥石的导热系数小，解决了套管内热能向储层稳定传递的问题。
Heat conduction cement slurry system
The invention discloses a heat conduction cement slurry system which comprises water and dry powder. The mass ratio of water to dry powder is (0.43-0.45): 1; the dry powder comprises the following components in percentage by mass: 83%-87.8% of high-temperature-resistant cement, 10% of a heat conduction agent, 2%-5% of a density regulator, 0.1%-1% of a coagulant and 0.1%-1% of a fluid loss agent; the high-temperature-resistant cement is pure calcium aluminate cement; the heat conduction agent comprises, by mass, 35% of single crystal aluminum nitride, 25% of aluminum alloy 1050 powder, 20% of aluminum oxide powder, 10% of green silicon carbide and 10% of copper powder. The density regulator is high-temperature-resistant hollow glass floating beads; the coagulation accelerator is prepared from CaCl2 and Na2S04 according to the mass percent of 1: 1; and the fluid loss agent is polyacrylamide. The heat conduction cement slurry system solves the problems that the heat conduction coefficient of existing well cementation cement stone is small, and heat energy in a casing pipe is stably transmitted to a reservoir stratum.
本发明公开了导热水泥浆体系，包括水和干粉；按照质量百分比水：粉干为0.43‑0.45:1；按照质量百分比，干粉包含83％‑87.8％耐高温水泥、10％导热剂、2％‑5％密度调节剂、0.1％‑1％促凝剂以及0.1％‑1％降失水剂；耐高温水泥为纯铝酸钙水泥；导热剂按照质量百分比包含35％单晶氮化铝、25％铝合金1050粉、20％氧化铝粉、10％绿色碳化硅和10％铜粉；密度调节剂为耐高温空心玻璃漂珠；促凝剂按照质量百分比为CaCl2：Na2S04＝1:1；降失水剂为聚丙烯酰胺。该导热水泥浆体系，解决了现有固井水泥石的导热系数小，解决了套管内热能向储层稳定传递的问题。
Heat conduction cement slurry system
导热水泥浆体系
GAO YUNWEN (author) / ZHANG YANNA (author) / LU HONGJUN (author) / ZHANG KUANGSHENG (author) / ZHAO JIYONG (author) / ZHOU ZHIPING (author) / OUYANG YONG (author) / WU XUESHENG (author) / AI LEI (author) / XIN QINGQING (author)
2024-06-18
Patent
Electronic Resource
Chinese