Date/Time
03/03/2018
9:30 am - 4:30 pm
Location: Bow Valley Square (#300, Barclay Room)
205 5 Ave SW, Calgary, Canada, T2P2V7, Alberta
Total Spaces: 50
Booked Spaces: 26
Available Spaces: 24
OVERVIEW
This course provides an overview of Hydraulics, PSV and Control Valve Sizing & Selection process in Oil & Gas and Chemical industries. Course is designed with theoretical & industry specific real examples approach.
DESIGNED FOR
Junior/Intermediate Mechanical & Process Specialists/Engineers as well as Electrical, Piping,, Facilities and Project Engineers who would like to improve their basic understanding of Hydraulics, PSV and Control Valve Sizing & Selection process in oil and gas industry.
DATE AND TIMING
Saturday, 3RD Mar, 2018
9:30 AM – 4:30 PM
LOCATION
Bow Valley Square, Calgary
205 5 Ave SW, Calgary, AB T2P 2V7.
Program venue: #300 , Barclay Room
Note: All participants upon arrival, proceed to security and ask them for Barclay Room.
PARKING : There is public Paid parking in Bow Valley Square’s heated underground parkade. The entrance is located on 5th Avenue SW, between 1st and 2nd street SW. If the parking lot is full, there are 2,000 Paid public parking stalls available within one block of Bow Valley Square.
EVENT FEE
FOR NEDAAAB: $50 CD
FOR NON NEDAAAB: $60 CD
LUNCH & STRETCH BREAKS
Lunch & Stretch breaks will be provided.
COURSE COMPLETION CERTIFICATE
Certificates will be provided by NEDAAAB to earn CPD/PDUs
CATEGORY
PROFESSIONAL EVENT
BOOKING DEADLINE
28th Feb, 2018
TASKFORCE MEMBERS
Aquib Khan, Taskforce Lead
Khurram Tauheed
Mustafa Siddiqi
Imran Khan
Noaman Ahmed
Mir Mahmood Ali
Salman Mohiuddin
COURSE INSTRUCTOR
Instructor Mr. Umar Siddiqui is a Process Engineer, graduated from NED University (2011) in Chemical Engineering, with Masters in Petroleum Engineering (2014) from University of Calgary. He is registered with APEGA as an E.I.T since 2014 with his P.Eng expected in June 2018.
Having 5 years’ experience in design and troubleshooting of conventional oil & gas processing and power generation facilities. His work experience encompasses Conceptual, FEED and Detailed Engineering design studies of gas processing units, transmission pipelines, compressor stations and crude oil processing facilities across three continents; Asia, North America & Western Africa. He is certified with ASPEN Tech (USA) in advanced Process Simulation, with proficiency in developing process philosophy, scoping and executing detailed engineering design.
COURSE CONTENTS
PART I (Approx. 3.5 hours)
PIPING HYDRAULICS
1) Liquid Phase
- Introduction to Fluid Flow
First Principles, Basic Flow Equation, Laminar/Turbulent Flow characteristics, Evaluating Friction factor in pipes
- Pipe Sizing
Line Hydraulics fundamentals, Economic Considerations, Erosion Consideration, Mechanical Considerations, wall thickness consideration
- Plant Piping
ASME B31.1 Power Piping, ASME B31.3 Process Piping, Flange Ratings
- Pressure Drop Calculations
Considerations and Correlations to determine pipe pressure drop
- Pressure Surges
Overview of Pipeline Surge Analysis/ Transient Analysis
2) Gas/Vapor Phase
- Introduction to Fluid Flow
First Principles, Basic Flow Equation, Pipeline Gas Flow Equations (Weymouth, Panhandle A/B, AGA), Pipeline Elevation Changes
- Pipeline Cooling Under Flow conditions
Effect of temperature drop due to fluid flow in pipeline
- Pipe Sizing
Gas phase line hydraulics/considerations
3) Multiphase Flow
- Introduction to Fluid Flow
Multi-phase flow in Horizontal pipes, in Vertical Pipes
- Multi-phase Pressure Drop Calculations
Considerations and Correlations to determine pipe pressure drop
- Liquid Hold-up & Slug formation in pipelines
Overview, pipeline slug volume estimation
4) Use of Software applications for Line Hydraulics
- Interactive session on usage of software resources like ASPEN HYSYS, PIPENET etc. for flow line hydraulics. Both liquid/gas & multi-phase hydraulics will be studied using software.
5) Line Hydraulics – Best Practices
- Overview of design practices employed while executing line hydraulics. References from standards such as GPSA, JGC, Shell DEP etc. will be shared with the audience
6) Resources
- Would try to provide some literature/useful resources for the audience (Not confirmed yet, will see).
PART II (Approx. 2.5 hours)
SIZING OF PSV & CONTROL VALVES
1) PSV Sizing
- Introduction
Understanding of over-pressure and relief conditions, Depressuring, Overview of Pressure Relief Devices; their types and utility
- PSV Sizing
Relief scenarios for PSVs; Fire, Blocked Discharge, Thermal Relief etc., Orifice Sizing for Critical & Sub-Critical flows (gas/vapor, liquids, two-phase) based on API 520 (Part I) guidelines
- PSV Orifice Designations
PSV Orifice designations as per API and ASME; their difference and final selection criteria, PSV Datasheet preparation
- Use of Software applications for PSV Sizing
Interactive session on usage of software resources like ASPEN HYSYS or commercial PSV Sizing tools for relief valve selection. Both liquid/gas & multi-phase hydraulics will be studied using software.
- Resources
Would try to provide some useful excel calculation sheets for the audience (Not confirmed yet, will see).
2) Control Valve Sizing (Short session)
- Introduction
Overview of control valve purpose in piping network, its types and utilities
- Control Valve Sizing
Sizing considerations, Equations
- Use of Software applications for Control Valve Sizing
Interactive session on using software resource like FISHER Specification Manager for preliminary selection of control valves for required service.
PART III
- Overall Q&A
BOOKINGS
Bookings are closed for this event.
List of Attendees
- Khurram Tauheed
- Mumtaz Alam
- Muhammad Khan
- Ghufran Khan
- Karthic Kanthi
- Amir Khan
- Muhammad Rehman
- Ronald Manipon
- Muhammad Ahmed
- Muhammad Mustafa Siddiqui
- Vikas Sood
- Faheem Ahmed
- Jahir Siddique
- Khurram Khan
- LiLin James Hu
- Asad Khan
- Khurram Sharafat
- Nadeem Paracha
- Muhammad Kashif
- Syed Ayaz Mahmood
- Arsalan Ahmed
- Muhammad Zubair
- Syed Raza Abdi
- Muhammad Aquib Khan
- Saleem Khan
- Balamurugan kochadaimuthu
