PROCESS ENGINEERING & PIPE DESIGN WITH PDMS, P&ID/ PROCESS SIMULATION WITH HYSYS IN ABUJA.( NOV, BATCH).
PROGRAME DESCRIPTION:
This training is targeted for young aspiring process Engineers or Engineers that wish to build a career in the process in industry.
You will be introduce to all API codes and Standard relevant to the process industry.
For full course modules log on to our website: www.geokentech/training.com
OVERWIEW:
Our process and piping Engineering course will introduce you to the following:
• Roles of process Engineer in the oil and gas industry
• Process Engineering design steps
• PFD and P&ID development
• Line and Equipment sizing and so on.
• How to design, interpret P&ID, Piping and Process diagram
WHAT YOU SHOULD BRING
• A laptop of Windows 7 or 8, operating system
• Writing pad, pencil, biro for making sketches
•
WHO SHOULD ATTEND?
• Chemical/ Mechanical/ Petroleum/Industrial/ Material/ Metallurgical
• Engineers
• Geologist, Process Engineers
• Graduate wishing to develop a career in process/Piping industry
MATERIALS (Take Home) :
Training Manuals, Training software fully installed on your PC, Process and Piping Engineering
E books, Design chart and tables, and Guaranteed Knowledge transfer.

Email: [email protected],
www.geokentech/training.com
08060360538, 08028553955
NB: Email or call to book for training date, Registration is on progress.
Lectures Hours: 4 hours, per Day
Duration: 5 Days, Installation of Software into participants Laptop, commences: 1 day to training
COURSES : 1. PDMS AND P&ID
2. HYSYS ( SIMULATION)






COURSE FEE BREAK DOWN:
Module 1: Piping & Process Engineering (PDMS, P&ID) = # 40,000
Module 2: SIMULATION WITH HYSYS = # 25,000




Course Module
• Basic 2 Dimensional drawing( working on x,y coordinates)
• Getting familiarize with 2 Dimensional tool bars and its application in design
• Applying 2 Dimensional toolbars in machine, civil and Electrical drawing
• &nbspimensioning of drawings ( Dimensional style settings)
• 2 Dimensional Isometric Drawing (x, y, z axis)
• &nbspimensioning and editing isometric drawings
• 3 Dimensional Drawing ( Working with 3D Tools bar) – Extrude, Subtract,
• Modeling, Solid Editing, View, Visual style
• Modeling of solid objects.
•


COURSE MODULE (PDMS) (PIPING DESIGN)
• Axis System (Piping Isometric):
• Identification of Equipment and Primitives ( Equipment and Primitives orientation)
• Creating of Equipments (Tanks, Reboiler, Heat exchanger, Column, Pumps)
• Modifying Equipment( Orientate, offset, move)
• Setting Attributes ( Height, Diameter, Position, orientation)
PIPEWORK MODELLING
Piping in PDMS: Basic Concepts
* Piping Specification: Setting the appropriate specification
* Pipe work tool bar
* Pipe creation Form
* Pipe Branch Head and Tail connected
* Creating Branch components (Pipe fittings)
*Pipe Branch Head/Tail position Explicit
* Pipe components creation form
2. Attaching fittings (Elbows, Valves, Flanges, Reducer, Tee, Cap etc) to Equipment
3. STRUCTURAL MODELLING: Designing Beams and Columns:
* Choosing specification for Beams and Columns (British Standard)
* Offsetting Beams and Columns
* Designing Plates and Panel
* Picking Plates and Panels points.

PIPING AND INSTRUMENTATION DESIGN ( COURSE MODULE)
• Mechanical/Process Equipments
• * Flow Diagram Reading and Interpretation.
• Developing Piping and Instrumentation Diagram Layout.
• Adding Flow lines, Instrument lines, Inline Components(Reducer, Valves) to
• P& ID Layout.
• * Interpreting and developing P & ID Diagram and Plant Modeling.
• Assigning tags, specs to Equipment and process lines.
•
• * Piping Specification, Piping Isometrics
• * Piping & Equipment Layout
• Detecting process flow errors and correcting them (Flow conflicts, unconnected components, Spec and Size mismatch, Unlabelled Annotation).

Aspen HYSYS: Process Modeling (Refining Industry Focus) MODULE
Module 1: Getting Started
• &nbspefine a fluid package – property package
• Select components, including hypotheticals
• Install streams and attach stream utilities
• Customize the Workbook
Module 2: Propane Refrigeration Loop
• &nbspefine a Fluid Package
• &nbspefine streams
• Navigate the Workbook interface
Module 3: De-pentanizer and De-butanizer
• Add columns using the Input Experts
• Use the Spreadsheet
• Link Templates
Module 4: Oil Characterization
• Use Oil Characterization in Aspen HYSYS
Module 5: Pre-Heat Train
• Install and converge heat exchangers
• Use logical operations: Adjust and Balance
• Use the Case Study tool to perform case studies on your simulation Module 6: Atmospheric Crude Column
• Build an atmospheric crude column
• Use Aspen HYSYS to analyze and predict the behavior of a simulated column
• Add side operations to a column to improve operation and efficiency
• Add cut point specifications to increase side product quality and quantity
Module 7: Vacuum Tower
• Install a vacuum tower with side draws and pump rounds
• Perform tray sizing and rating calculations
Module 8: Heat Integration
• Export pump rounds
• Use the recycle operation in Aspen HYSYS
Module 9: Rating Heat Exchangers
• Use the Dynamic Rating method (by providing heat exchanger geometry) to determine if an existing heat exchanger will meet process specifications
Module 12: Aspen Simulation Workbook and Reporting
• Customize reports using the Report Manager
• Use XML to create an input data summary
• Run Excel utilities to view workbook data
• Use Aspen Simulation Workbook to deploy models in Excel

N.B : The intake of candidate will be on 1st come, 1st serve, use this opportunity to grab a life Engineering skill.