本研究试图确定可能影响可生物降解有机物（BOM）和醛类生成的水质和水处理参数，并得出BOM的相关性（通过测量可同化有机碳[AOC]和可生物降解溶解有机碳[BDOC]估算）通过多元回归分析，确定了臭氧用量和水质变量对醛类的影响。醛的形成受臭氧用量、碱度、DOC的非腐殖部分、叶绿素a和DOC的影响。臭氧水BDOC水平是原水BDOC浓度和臭氧剂量的函数，而臭氧水中AOC浓度与原水AOC水平、碱度和臭氧剂量有关。 多元回归分析显示AOC、BDOC和醛类与所列变量具有良好的相关性。包括39个参考文献、表格和图表。

This research attempted to identify water quality and water treatment parameters that can potentially influence the creation of biodegradable organic matter (BOM) and aldehydes, and derive correlations of BOM (estimated by measuring assimilable organic carbon [AOC] and biodegradable dissolved organic carbon [BDOC] and aldehydes, with ozone dosage, and water quality variables, through multiple regression analysis. Aldehyde formation was influenced by ozone dosage, alkalinity, nonhumic fraction of DOC, chlorophyll a, and DOC. Ozonated water BDOC level was a function of raw water BDOC concentration and ozone dosage, whereas AOC concentration in ozonated water was related to raw water AOC level, alkalinity, and ozone dosage. Multiple regression analysis showed good correlations of AOC, BDOC, and aldehydes with the variables listed. Includes 39 references, tables, figures.