SPPID Course

Schedules
Overview
Syllabus

SPP&ID training likely refers to SPP (Smart Process Plant) and P&ID (Piping and Instrumentation Diagram) training. P&ID is a crucial part of process design, used to represent the mechanical, electrical, and instrumentation components of a system. It is widely used in industries like chemical engineering, oil and gas, and manufacturing.

Want to Learn More

Get a free Demo Session & Course Guidance from experts

SPPID Course Pune

SPPID Training Institute Pune

SPPID Training Syllabus Details

Introduction to SPP&ID
- Overview of SPP&ID
- Navigating the Software
- Utilizing Drawing Manager & Smart P&ID
- Connecting to the Database
- Interpreting Drawing Icons
- Customizing Drawing Manager
- Creating New Drawings
- Using Drawing Properties
- Exploring the Legend Sheet
Practical Sessions
- Overview of Design Window, Property Window, Catalogue Explorer, and Engineering Data Editor
- Customizing Icons for Efficient Workflows
- Inserting P&ID Border Templates
- Placing Symbols/Items on the Grid
- Adding Equipment and Equipment Components
- Understanding Equipment Properties
- Labeling Equipment & Equipment Components
- Routing Lines and Using Segment Breaks
- Placing Piping Components
- Working With OPC’s (Off Page Connector)
- Adding Pipe Runs & Piping Component Labels
- Exploring Pipe Run Properties
- Placing Instruments & Signal Lines
- Understanding Instrument Properties
- Labeling Instruments
- Working With Assemblies
- Utilizing Auxiliary Graphics
- Applying Display Sets
- Performing Consistency Checks
- Generating Plant Reports & My Reports
- Printing Drawings in Various Formats
- Hands-on Practice Session on P&ID Drafting

Hands-On Project
- Create a complete P&ID for a specific plant system (e.g., chemical processing, power generation, oil & gas).
- Include equipment, piping, instrumentation, and control systems.
- Implement P&ID drawing standards, symbols, tags, and reporting.
Learning Outcomes
- Create and manage P&ID drawings using SmartPlant P&ID (SPPID).
- Integrate P&ID data with other SmartPlant applications like Smart 3D.
- Generate reports, bill of materials (BOM), and documentation.
- Implement data management practices, ensuring consistency and accuracy across the design.
- Utilize quality control tools to validate and review P&ID designs.
- Work effectively in collaborative and multidisciplinary project environments.
Project Presentation
- Present your final project to demonstrate your proficiency in using SmartPlant P&ID.
- Discuss design choices, report generation, and integration with other tools (e.g., Smart 3D, Smart Materials).
Tools and Technologies Covered
- SmartPlant P&ID (SPPID): Core software for P&ID design and data management.
- Smart 3D: Integration with 3D plant design.
- Smart Materials: Integration for material management.
- SmartPlant Foundation (SPF): For data management and collaboration.
- Microsoft Excel: For report generation and data management.