8/10/2019 Offshore Pipe Course

1/1

Construction of

Subsea Pipeline

About the course :

This course delivers a complete and detail understanding of

the processes, equipment and vessels involved in offshore

pipe-lay and different methods used. Areas covered include

trenching, hydrotesting, surveys and tie-ins.

Course information :

Duration : 28 hours (Monday-Thursday, 7-9.30pm)

Course Fee : Rp 3,500,000.-

Early Bird & Cash

2 or more delegates (disc 12.5%)

Single (disc 10%)

Normal Rate & Cash

2 or more delegates (disc 7.5%)

Single (disc 5%)

Normal Rate & Non-Cash

1st: 25%, 2nd: 30% , 3rd: 30% , 4th: 15%Key learning areas :

UNDERSTAND subsea pipeline system configuration

and construction.

LEARN the different technologies and methods toinstall subsea pipelines such as S-Lay, J-Lay, Bundles &

Reel-Lay including overall construction process.

CONSIDER their advantages and limitations

OPTIMIZE the use of resources in high-risk areas by

carrying out pipeline construction management

BENEFITS from a range of case studies, exercises &

group discussions

Participant : 5 -10 participants (Please bring your laptop)

Benefits : Module kit

CertificateCoffee break, Snack/Lunch

Additional free consultation

related subsea pipeline

Contact :

08111338685Who this course is for :

Final year of University/College

Fresh Graduate engineers

Conversion engineers from other industriesPiping or Pipeline engineers moving from onshore to offshore

projects

Another discipline engineers looking to expand their pipeline

knowledge

offshoreoilgastraining@yahoo.com

www.offshoreoilgastraining.com

Course content :

S-LayS-lay process, Vessels and market,

Insulated pipe, Lay curve control

Reel Lay

Reel-lay process, Vessels and

market, Special considerations,

Ovalisation and cumulative strain,

Lay method comparison exercise

and discussion

Pipeline Construction Management

Law, Quality assurance, Health, safety,

and environment, Commercial risk

management

Diving & ROVDiving physiology, Diving

operations, Diving market,

ROV types and uses, Tooling,

ROV market

J-LayLine pipe supply and specifications,

Welding procedures, Sample testing,

Welding methods, Non-destructive testing,

Engineering critical assessment, ECA case-

study

LandfallsPull ashore, Pull offshore,

Directional drilling

Offshore SurveysGeophysical survey equipment and

methods, Geotechnical equipment and

methods, Visual surveys, ROVs and

AUVs, Survey operations, Post survey

data analysis

DecommissioningLegislation, Infrastructure

removal, Decommissioning/

abandonment in-situ,

Pipeline recovery, Re-use.

BundlesDesign of bundles, Fabrication, Towheads,

Insulation and heating, Re-usable bundles,

Deep water, Advantages of bundles

Tie-InsFlanged connection by divers,

Hyperbaric welding, Flanged

driverless

Seabed ModificationsSandwave sweeping, Rock outcrop

removal, Rock dump, Concrete

mattresses, Protection covers, Pipeline

crossings

Exercises and worked

Examples on :S-Lay Pipe stress, Stinger

pipe stress, Ovalisation,

Buckle prevention, winch

capacity, landfall pull load,

strut design code, Strop

sizing, spool lift, lug stress,

crane load stability, anchorcapacity, sheet pile, laydown

FlexiblesInstalling unbonded flexibles, J-tube

installation, Risers, Umbilicals, Bonded

hose

Pre-CommissioningGauging and flooding, Hydrotest,

Finding leaks, Dewatering, air and

vacuum drying

TrenchingPloughs, jetters, cutters and dredgers,

Cable trenching, Trench transitions,

Backfill options

CASE STUDY & EXAMINATION

CSP