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所在平台: Udemy |
课程主页: https://www.udemy.com/course/smart-plant-instrumentation-epc-design-sizing-calculations/
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本课程专注于SmartPlant Instrumentation (SPI) 在EPC设计中的应用，重点讲解仪表选型和尺寸计算。 **核心内容涵盖：** * **SPI模块介绍：** 详细介绍SPI的“规格”、“计算”和“工艺数据”等关键模块。 * **域与参考浏览器：** 学习创建仪表回路、仪表类型、设置配置文件，以及回路的创建与属性设置。 * **工艺数据模块：** * 输入和管理管道及仪表的工艺数据。 * 定义所有活动设备的过程工况。 * 生成工艺数据报告。 * 导入导出工艺数据表（INtools格式）。 * 查看和编辑修订。 * **计算模块：** * **流量计计算：** 学习使用差压式流量計（孔板/文丘里管）的选型和尺寸计算软件，包括输入流体状态值、读取工艺数据、计算参数等。 * **控制阀计算：** 学习控制阀（如Globe阀）的选型和尺寸计算，包括选择 Cv 计算方法、流量系数标准、噪声计算方法、阀体类型，以及输入数值进行计算并查看结果。 * **安全阀计算：** 学习安全阀（PZV/PRV）的选型和尺寸计算软件，包括输入工艺数据、选择阀门配置，掌握单相流体安全阀的计算方法。 * **温度计套管（Thermowell）计算：** 学习温度计套管的应用、类型、结构，使用 vendor 软件和 SPI 进行尺寸和选型计算，包括输入工艺数据、选择套管尺寸和配置，以及基于ASME PTC 19.3标准计算允许的最大长度。 * **规格模块：** * 学习生成和创建规格表。 * 了解标准规格表模板。 * 掌握从工艺数据和计算结果中复制信息。 * 对比SPI与传统设计在仪表设计和尺寸计算方面的优势。 **通过本课程，您将能够：** * 熟练运用SmartPlant Instrumentation进行仪表设计和尺寸计算。 * 理解不同类型仪表（流量计、控制阀、安全阀、温度计套管）的选型依据和计算流程。 * 有效管理仪表的工艺数据，并生成相关报告。 * 掌握使用专业软件进行具体仪表尺寸计算的方法。 * 体会SPI在EPC项目设计中的重要性和优势。
Smart Plant Instrumentation-EPC Design -Sizing calculations-Flow Element/Control Valve/Pressure Relief valve/Themo Well:Flow Measurement, Orifice/Venturi,Control valve selection ,sizing software; Relief valve selection, sizing software;TW sizing and selection using vendor software and SPISmart Plant Instrumentation - Modules.• Specifications.• Calculations.• Process Data.Domain & Refrence Explorers:Creation of Instrument loop/instruments;Instrument Type and setting profile;Loop creation and their properties.Process Data Module:Piping process data;Instrument process dataDefines process conditions for all active devices.• Generate Process Data Reports.• Export & Import process data sheets (INtools process data) format.• Viewing and Editing RevisionsCalculations Module;DP Flowmeter, Control Valve,Relief Valve, Thermowell Study & Sizing CalculationsThe Calculation module includes Four sub-modules:Control Valve Calculation: construction and main parts of the globe type valve:This procedure enables you to enter various values for calculating a control valve Cv.First, you define a Cv calculation method and a flow coefficient standard (US orEurope) of Cv sizing, then you select a noise calculation method and a CV body type.Next, you enter values, perform the calculation, and view the resultsFlowmeter Calculation:Enables you to calculate orifice flowmeter parameters based on the fluidstate values of the flowmeter and values retrieved from the Process Data module. Ina calculation data sheet for a flowmeter item, you can accept or modify these values,or enter additional values. Then, in the Flowmeter Calculation dialog box, youcalculate orifice flowmeter parameters for a selected orifice flowmeter and view thecalculation results.Relief Valve CalculationUse this procedure to calculate the sizing of a relief valve. This option works forsingle phase fluids only and for all fluid statesThermowell Calculation:Thermowell application ,types and constructionTW sizing software,entry of process data,slected TW dimensions and configuration, This procedure shows you how SmartPlant Instrumentation calculates the maximumpermissible length of a Thermowell. The calculation is based on the maximumfrequency that the Thermowell can withstand. The calculation complies with ASMEPTC 19.3 StandardSpecification Module:Generation / Creation of Specification Sheet;standard specification form;Copy processdata/calculationsIt introduces SPI application in comparison with conventional design and its advantages over traditional design. It tells about the importance of Instrument design sizing calculations.principle of Differential Pressure type Flowmeterslearn to use DP flowmeter sizing softwareDefines process conditions for all active devices.Entered against process lines and instruments assigned to a line "inherit" the line's process data• Generate Process Data Reports.will learn to use Fisher Valve sizing softwarePressure Safety Valve (PZV) construction details,operation and main parts of PZVPRV sizing software,entry of process data,slected PRV configuration,
