Thangavel Ganeshbabu

• Hands-on experience in developing and producing design documentation, piping calculations, flow supply schematics, process flow diagrams, master document lists, GA drawings, equipment layouts, isometric drawings, material take-off, P&ID, spec'ing pipes and pumps for initial construction by using Navis 3D enabled viewing of model hierarchy/object properties and embedded review data, one-line diagrams, located tie-in points and set nozzle locations as well as preliminary pipe route for power plant
• Exceptional in development of process piping and equipment for petrochemical and chemical industries, prepared 3D models and 2D drawings using AutoCAD Plant 3D & Cad Worx Plant 3D software, created piping plan and detailed drawings, developed piping isometric drawing for pipe rack, generated piping and instrumentation drawings through AutoCAD and AutoCAD Plant 3D, prepared line list and valve list for piping, Also can compete in terms of Procurement, Expediting & Quality Inspection of Valves and Piping materials
• Profound knowledge of electrical components, such as Flow Meter, RTD, Pressure Transmitter/Transducer, Level Transmitter/Transducer, Pneumatic Valves, respective controllers and their applications
• Consummate in selection of Pipes, Pumps, Motors, Valves and Reducers
• Extensive experience in checking drawings and documents used at site for approvals and compliance with project requirements; deft at preparing daily QA/QC reports regarding inspections, material, and non-conformances

Site Survey:

· Scheduling equipment location check against plot plan

· Examining pipeline routing following P&ID and isometric routine checking

· Organizing group of pipes and slop line checking

· Inspecting piping support and support span

· Setting right platform, ladders and stairs following correct position

· Arranging valve operators' inaccessible position and condensate assembly to be near column

AutoCAD Plant 3D

• Preparing AutoCAD P&ID (Piping and Instrumentation Diagram) valve lists and line lists involves several steps to ensure accuracy and efficiency:

1) Data Collection: Gather all necessary information including equipment specifications, piping details, valve types, sizes, and numbers, as well as instrumentation details.

2) Valve List Preparation: Create a comprehensive list of all valves used in the system, Include details such as valve tag number, valve type (e.g., gate valve, ball valve), size, material, pressure rating, and service description.

3) Line List Preparation: Develop a detailed line list that identifies all piping lines in the system. Include line number, line size, material, design pressure, design temperature, line class, and line description.

4) AutoCAD Drawing Setup: Set up the AutoCAD environment with appropriate layers, linetypes, and blocks for valves and piping components.

5) Drawing Creation: Use AutoCAD to draw the P&ID based on the collected data. Place valves and instrumentation symbols at appropriate locations along piping lines.

6) Symbolization: Assign symbols to represent valves and other components accurately. Use standard symbols or customize them based on project requirements.

7) Annotation: Label valves, lines, equipment, and other components with relevant information such as tag numbers, sizes, and specifications.

8) Verification and Review: Thoroughly review the P&ID and line list to ensure accuracy and consistency with project requirements and standards.

9) Revision Control: Implement a system for managing revisions to the P&ID and line list as the project progresses, ensuring that all changes are properly documented.

10) Finalization: Once the P&ID and line list are complete and approved, finalize the drawings and lists for use in the design, construction, and operation of the system.By following these steps, you can effectively prepare AutoCAD P&ID valve lists and line lists that meet project requirements and facilitate the design and implementation of piping systems.