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首页> 外文期刊>Research journal of applied science, engineering and technology >Slagment Cement Improve the Cement Resistance Toward Acids Attack During Acidizing Treatment
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Slagment Cement Improve the Cement Resistance Toward Acids Attack During Acidizing Treatment

机译:矿渣水泥在酸化处理过程中提高水泥抵抗酸侵蚀的能力

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Acidizing treatment in past experience shows several zonal isolation problems after the treatment. This study presents the effect of the acid treatment toward class G cement and slagment cement as the improvement method to improve the cement resistance toward the acid. Lab experiments were conducted by immerge the respective cement cubes into 12% HCl/3% HF solution for 40 min before several analysis were conducted. Based on the result, the mass loss and compressive strength loss of the cement cubes decrease as the curing temperature and pressure increase due to more evenly distributed cement chemical composition crystal in high curing condition as shown in Scanning Electron Microscopy (SEM) analysis. From X-Ray Diffraction (XRD) and X-Ray Fluorescence (XRF) analysis, only the first layer of the cement cubes shows chemical component change due to the reaction between the acid. This study found that, replacing class G cement to slagment cement can reduce the mass loss and compressive strength loss up to 72% and 82%, respectively.
机译:根据过去的经验,酸化处理在处理后显示出几个分区隔离问题。本研究提出了对G级水泥和矿渣水泥进行酸处理的效果,作为提高水泥抗酸性的改进方法。通过将各自的水泥块浸入12%HCl / 3%HF溶液中40分钟来进行实验室实验,然后进行一些分析。根据结果​​,如扫描电子显微镜(SEM)分析所示,由于在高固化条件下水泥化学成分晶体分布更均匀,随着固化温度和压力的增加,水泥立方体的质量损失和抗压强度损失减少。根据X射线衍射(XRD)和X射线荧光(XRF)分析,仅水泥立方体的第一层会由于酸之间的反应而显示出化学成分的变化。这项研究发现,将G级水泥替换为矿渣水泥可以分别将质量损失和抗压强度损失分别降低72%和82%。

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