Discussion on methods to reduce the failure rate of gasoline oxidation stability tester during the induction period
Induction period is one of the indicators for evaluating the stability of gasoline under accelerated oxidation conditions,indicating the tendency of automotive gasoline to oxidize and form gum during storage.The longer the induction period of gasoline,the less likely it is to generate gum,and the better its antioxidant stability.Therefore,the induction period can reflect the storage stability of oil products.The usage cycle of the gasoline oxidation stabili-ty tester is over 20 years.Due to the aging of components,it is affected by high temperature and pressure during use,resulting in frequent malfunctions and a high failure rate.During use,it can also directly affect accuracy.Gasoline with poor stability is prone to oxidation reactions during storage and transportation,generating gum,darke-ning the color of gasoline,and even causing precipitation.Therefore,the accuracy of the measurement results di-rectly affects the efficiency of the product.Therefore,this article identifies the fundamental reasons that affect accu-racy through experiments,and takes measures to eliminate fault points,extend the lifespan of spare parts,in order to improve the accuracy of analysis results.
Oxidation stability of gasolineInduction periodFailure rate
万方数据
维普
