Pipeline and riser system engineering design training in ph

Boerata Training and Professional Development Services a division of Boerata Energy and Technology Limited with the purpose of providing training and professional development services for individual and corporate organizations invites you to it April Session Discounted offer on Pipeline and Riser System Engineering Design Training.

MODULE 1: COURSE OVERVIEW
Ø Who is a pipeline Engineer?
Ø Responsibilities of Pipeline Engineer and Designer
Ø Scope of Pipeline Input and Outputs
Ø Types of Pipelines
Ø General Operation of Petroleum Pipeline Systems
Ø Pipeline Industry Overview
Ø Introduction to pipeline systems design onshore
Ø Pipeline systems definition and applications
Ø Introduction to Pipeline Systems Design (Offshore)
Ø Understanding Nigerian Pipeline Acts and DPR guidelines
Ø Understanding Codes and standards related to pipelines
Ø Understanding in Country Regulations, industry Codes, international standards and specifications, and Company design practices

MODULE 2: ASME CODE AND INDUSTRY GUIDES

Ø Understanding ASME Requirements
Ø Industry Best Practice and Applications
Ø Environmental Considerations (Leakage and Spillover Containment)

MODULE 3: DESIGN CONSIDERATIONS
Ø Route Survey
Ø Flow Regimes, Velocities and Friction Losses
Ø Pipeline Materials Selection
Ø Anchoring Systems
Ø Pipeline Protection
Ø Crush Mitigation
Ø Corrosion Prevention

MODULE 4: PIPELINE ROAD CROSSINGS DESIGN
Ø Introduction to road crossing design
Design of uncased crossing (paved & unpaved roads)
Ø Design of cased crossings
Ø Case study analysis

MODULE 5: PIPELINE DRAWINGS
Ø Field layouts
Ø Alignment sheet
Ø Riser and spool GAD’s
Ø Crossing details configurations (roads &pipelines
Ø Trench details
Ø ROW sectional details
Ø Markers & warming signs

DESIGN EXERCISE PHASE 1

MODULE 6: PIPELINE HYDRAULICS
Ø Single-phase flow, oil and gas;
Ø Calculation of pressure drop and effect on optimal line size;
Ø Influence of compressibility, temperature change and profile, two phase flow; flow regimes, correlations, profile effects,
Ø Terrain-induced slugging, slugging in risers.
Ø Pipeline Pressure Surge
Ø Hydrates and wax.
WORKSHOP 1 – CASE STUDY ANALYSIS WITH Q & A

MODULE 7: PIPELINE AND RISER MATERIALS COMPONENTS
Ø Pipeline material types
Ø Pipeline valve systems
Ø Line pipes
Ø Pig traps
Ø Flanges
Ø Fittings
Ø Jumpers
Ø Spool piece
Ø Bend

MODULE 8: INTRODUCTION TO PIPELINE PIGGING
Ø Pigging system
Ø Various types of Pigs and uses
Ø Pig Launcher and Receivers details
Ø Valves used for Pigging
Ø Pig trap interlock system & sequence

MODULE 9: INTRODUCTION TO CORROSION AND CORROSION CONTROL
-Internal Corrosion and Its Prevention
Ø Sweet and sour corrosion mechanisms: Pitting and mesa attack.
Ø Evaluating a suitable corrosion allowance
Ø Effects of flow on corrosion
Ø Moderators of corrosion
Ø Corrosion inhibition and its relation to flow morphology
-External Corrosion and Its Prevention
Ø Coating for submarine risers and pipelines: enamels, FBE, 3-layer coatings, elastomers.
Ø Inspection of coating integrity
Ø Field joints and infills
Ø Cathodic protection
MODULE 10: GLOBAL BUCKLING
Ø Driving force for upheaval and lateral buckling
Ø Analysis of risk of buckling
Ø Alternative design and construction options to eliminate problems
Ø Verification checks for HP/HT related upheaval buckling of onshore pipelines
Ø Mitigations for HP/HT related upheaval buckling defects

CASE STUDY OF UPHEAVAL BUCKLING

MODULE 11: ON-BOTTOM STABILITY ANALYSIS
Ø Pipeline in place stability analysis
Ø Concrete weight coating calculation

MODULE 12: WALL-THICKNESS DESIGN
Ø Pipeline Wall-Thickness design (Onshore)
Ø Pipeline Wall thickness Design (Offshore)
- Requirements for wall thickness calculations,
Ø Selecting the Longitudinal weld joint efficiency factor
Ø Knowing Pipeline material SMYS and SMTS
Ø Differences between Pipeline Operating Pressure, incidental Pressure, Design Pressure and Test Pressure.
Ø Introduction to Hot and Cold Bends
Ø Calculating Pressure containment wall thickness for Pipes using the Barlow equation
Ø Bend wall thickness calculation
Ø Hydrotest Calculations
Ø Calculating Pressure containment wall thickness for pipes using the Limit state Criteria
Ø Collapse and Building Propagation Analysis

WORKSHOP 2 – CASE STUDY ANALYSIS WITH Q & A

MODULE 13: PIPELINE ROUTING (ONSHORE AND OFFSHORE)

MODULE 14: PIPELINE AND RISER FLEXIBILITY ANALYSIS
Ø Introduction to flexibility analysis
Ø Basic approach
Ø Case study analysis

MODULE 15: PIPELINE REPAIRS

MODULE 16: RISER SYSTEMS DESIGN
Video session on Onshore and Offshore Pipeline systems
FEATURES & FACILITIES

TRAINING STRUCTURE
Teaching method applied; include 50% Lectures 30% Group work and Practical exercise 15% Video and software (Where necessary), 5% test and Quiz
Courses are delivered to participant through live, interactive sessions with highly experienced instructors with wealth of field experience who has taught over 10,000 professionals in the past 12 years.

All courses are based upon real projects
Training Manuals, writing materials
Soft copy of study materials
100% job oriented training program
Curriculum Update
Career consulting & guidance
Audio and Video tutorials

DATE: 9^TH -30^TH April Weekends Only (Sat 10.00am-4.00pm with one hour lunch break), (Sunday 1.00pm-4.00pm)
Registration ongoing
Visit www.boerata.com
Email:[email protected]
Call: Okere: 09023929868, 07030054203
Venue: Red Carpet Conference Hall, Boerata Energy & Technology Ltd, 41 Olu-Obasanjo Rd Ph
Training limited to ten Participants