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Improvement of a boiler feedwater system using six sigma analysis

机译:使用六西格玛分析改进锅炉给水系统

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Industrial boiler systems are used in manufacturing plant to generate steam for the purpose of production. The current boiler feed exhibits the feedwater chemical parameters that are not consistent with the acceptable water chemistry limits. Around 60% of damages of power plant equipment occur due to deviation from the normal water chemistry. The Six Sigma DMAIC method was used to investigate and prioritize the main issues revolving around these parameters-namely Define-Measure-Analyze-Improve-Control. Based on this case study of the plant, it was found that the leading issues are that there is insufficient pretreatment to remove silica. It was found that there has been significant improvement to water quality to almost all the investigated parameters namely the Silica content, Hardness content and P-alkalinity in the water. The results of this study have proven that Six Sigma is useful in creating sustainable improvement in process in an organization.
机译:工业锅炉系统用于制造工厂以产生蒸汽以用于生产的目的。电流锅炉进料表现出与可接受的水化学限制不一致的给水化学参数。由于偏离正常水化学,大约60%的电厂设备损坏。六种Sigma DMAIC方法用于研究和优先考虑围绕这些参数旋转的主要问题 - 即定义 - 测量分析改进控制。基于该植物的这种情况研究,发现主要问题是预处理的预处理不足以去除二氧化硅。结果发现,对水质的几乎所有调查参数都有显着改善,即二氧化硅含量,硬度含量和水中的碱度。本研究的结果证明,六西格玛可用于在组织中创造可持续改进。

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