A device for testing the waterproof channeling performance of cement slurry
A cement slurry and performance technology, which is applied in the direction of measuring devices, flow characteristics, instruments, etc., can solve the problems of inability to effectively and accurately reflect the waterproof performance, poor repeatability, large errors, etc., and achieve accurate measurement of waterproof performance and external factors The effect of less and simple operation
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Embodiment 1
[0037] According to the cement slurry formula: Shengwei G-grade cement slurry + 3% BH-D301L + 7% BH-G502S + 3% BH-F201L + 0.1% BZXP-1 + 40% water (BH-D301L is oil well cement drag reducing agent, Produced by PetroChina Bohai Drilling Engineering Company; BH-G502S is oil well cement anti-channeling agent, produced by PetroChina Bohai Drilling Engineering Company; BH-F201L is oil well cement water loss reducer, produced by PetroChina Bohai Drilling Engineering Company; BZXP-1 is oil well cement defoamer The cement slurry prepared according to GB / T19139-2012 was poured into the cement slurry cylinder of the water channeling simulation device, and the constant temperature heater was turned on in advance to heat the water temperature to the required temperature of 75 °C, and the low-speed circulating pump was turned on. The cycle time For 15min, observe the experimental phenomenon: a small amount of cement slurry around the simulated hole and crack dissolves, and a small amount of c...
Embodiment 2
[0039] According to the cement slurry formula: Shengwei Grade G cement slurry + 3% BH-D301L + 3% BH-F201L + 0.1% BZXP-1 + 40% water (BH-D301L is a drag reducer for oil well cement, produced by PetroChina Bohai Drilling Engineering Company ; BH-F201L is oil well cement water loss reducing agent, produced by PetroChina Bohai Drilling Engineering Company; BZXP-1 is oil well cement defoamer, produced by PetroChina Bohai Drilling Engineering Company), prepared cement slurry according to GB / T19139-2012 and poured into water channeling In the cement slurry cylinder of the simulated device, turn on the constant temperature heater in advance to heat the water temperature to the required temperature of 75 °C, turn on the low-speed circulating pump, and the circulation time is 15 minutes. Simulate the flow of formation water to dissolve and migrate a large amount of cement slurry. After the 15min experiment, turn off the low-speed circulating pump, and set the six-speed rotational viscom...
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