符合炼油厂调湿装置(HDT)安全使用条件的容器的分析和压力材料选择

Aline Raquel Vieira Nunes, A. E. Guedes, Daniel Lago Mousinho, Antônio Adalberto Cavalcante Moreira Filho, S. B. S. Neto, Tirso Lorenzo Reyes Carvajal
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引用次数: 0

摘要

炼油厂是对国家运作最重要的行业之一,从生产油田收到的石油中产生最终产品。炼油厂中进行精炼过程的不同位置称为过程单元,也称为精炼或处理单元。这些装置中的每一个都包括一套负责精炼步骤的设备。加氢处理催化剂是目前炼油厂操作的一种加氢工艺,其性能降低约90%来自石油馏分液中的硫、氮和氧化合物。炼油厂压力容器不仅是大多数过程工业最重要的特征,而且通常是较大的项目,重量和单位成本,平均占材料和单位设备过程总成本的60%。本文旨在根据ASME规范、PETROBRAS和ASTM标准,在考虑材料的力学性能、耐腐蚀性、焊接、获得设备制造和预期使用寿命的情况下,描述正确分析和选择用于满足炼油厂某装置安全使用条件的压力容器材料的程序。
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Analysis and pressure material selection for vessels that complies with the safety conditions of service within a hidrotatamento unit (HDT) in a refinery
Oil refineries are one of the industries most important to the functioning of the country that generate end products from oil received from production fields. The different locations in the refinery where occur the refining processes are the process units, also called refining or processing units. Each of these units comprises a set of equipment responsible for a refining step. The hydrotreating catalyst is a hydrogenation process which is currently operated at the refineries with a performance degradation of about 90% of compounds of sulfur, nitrogen and oxygen from the liquid fractions of petroleum distillates. Refinery pressure vessels are not only the most important features of most process industries, as well as usually the larger items, weight and unit costs, representing on average 60% of the total cost of materials and unit equipment process. This paper aims to describe the procedures for correct analysis and selection of materials to be used in pressure vessels, which meets with security service conditions within a unit at the refinery, taking into account the mechanical properties of materials, corrosion resistance, welding, obtaining facilities manufacturing and the expected useful life, based on the ASME code, the PETROBRAS and ASTM standards.
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