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Evaluation of thermooxidation stability of biodegradable recycled rapeseed-based oil NAPRO-HO 2003

机译:可生物降解的菜籽油NAPRO-HO 2003的热氧化稳定性评估

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摘要

The paper deals with the problems of introducing biodegradable oils in relation to the environmental protection. In the course of the research, the parameters were tested and improved of a number of rapeseed-based oils. Thus, two groups of oils were created to enable to distinguish raffinates and recycled oils. Recycling can remove the greatest disadvantage of raffinates, namely their thermo-oxidation instability, which becomes evident particularity by the formation of hardenable polymer deposits. The deposits result in the loss of the function of the components of the hydraulic circuit and gearbox. The methods of testing are based on the follow-up of the changes in acid value, kinematic viscosity at 40 degC, water content, and peroxide number during the service life test. It has been proved that peroxide number characterises very well the thermo-oxidation stability, which is nearly unsatisfactory in raffinates. Within the cooperation in the international program KONTAKT, compliance tests were carried out of recycled rapeseed-based oil NAPRO 2003 in a hydraulic circuit and gearboxes. Their results are compared with the parameters of the best-recycled oils available.
机译:本文涉及与环境保护相关的引入生物可降解油的问题。在研究过程中,对许多菜籽油进行了测试和改进。因此,创建了两类油以区分提余油和再生油。再循环可以消除萃余液的最大缺点,即它们的热氧化不稳定性,其通过形成可硬化的聚合物沉积物而变得显而易见的特殊性。沉积物导致液压回路和变速箱各部件的功能丧失。测试方法是根据使用寿命测试期间酸值,40℃下的运动粘度,水含量和过氧化物数的变化进行跟踪的。已经证明过氧化物的数量很好地表征了热氧化稳定性,其在萃余液中几乎不能令人满意。在国际计划KONTAKT的合作下,对液压回路和变速箱中的再生菜籽油NAPRO 2003进行了合规性测试。他们的结果与可用的最佳回收油的参数进行了比较。

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