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Validation of new methodology for the definition of tolerance limits of critical properties in fuels handled in terminals and pipelinesgiveaway: compliance with the specification

机译:验证终端和管道处理中燃料中关键属性的公差限制的新方法:遵守规范

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摘要

In any commercial transaction, the presence of tolerances from specification limits is essential to ensure that the true value of the property of interest is sufficiently close to the specification value with a mutually agreed probability, so that there is no litigation between the parties. In order to meet this requirement, this tolerance is treated elegantly as a toast or more technically as a superior quality that the customer receivesgiveaway. This work presents a new methodology for determining the tolerance limits of critical properties in some fuels, based on the reproducibility, on the difference between the averages of all acceptable results of each laboratory and on the specifications derived from the Brazilian National Agency for Oil, Natural Gas and Biofuels. Applying this approach to flash point by tag closed, final boiling point, volatility (95% evaporated temperature), electrical conductivity and total sulfur content of some fuels and by means of a hypothesis test, the results show that this methodology was validated for most of the proposed new limits.
机译:在任何商业交易中,从规范限制的情况存在公差对于确保感兴趣的性质的真实值与相互商定的概率相比充分接近规范值,因此各方之间没有诉讼。为了满足这一要求,这种耐受性优雅地作为吐司或更高级的技术上作为客户接收的优质待遇。这项工作提出了一种新方法,用于确定一些燃料中关键特性的公差限制,基于再现性,关于每个实验室所有可接受结果的平均值与来自巴西国家石油机构的规格之间的差异天然气和生物燃料。将这种方法应用于闪点,最终沸点,挥发性(95%蒸发温度),一些燃料的电导率和总硫含量,并通过假设试验,结果表明,该方法被验证了大多数提出的新限制。

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