DEVELOP Training Center (TM) menyelenggarakan Pelatihan Introduction to Subsea Pipeline Design&Installation Technology Engineering Training yang sangat berguna untuk mendapatkan skill tentang metode & teknologi terkait Subsea Pipeline Design Process, Subsea Pipelines Laying, Subsea Pipeline Laying Existing Dangers & Preventive Activity serta Methods of Subsea Pipeline Burying.
Materi Training di DEVELOP Training Center (TM) dirancang khusus oleh para praktisi designer & engineer sesuai dengan kebutuhan project. Anda akan mendapat sharing ilmu langsung dari para praktisi yang berpengalaman.
DEVELOP mengimplementasikan Syllabus Pelatihan Introduction to Subsea Pipeline Design&Installation Technology Engineering Training dengan tahap-tahap pembelajaran berkualitas sbb :
Sesi 1-2
Skill Focus:
- Subsea Pipeline Design Process
- Intersection of Subsea Pipelines
- Connection to Offshore Platforms
- Initial-Preliminary Stage
- Measurement And Investigation Stage&Data Collection
- Stage of Design Works
- Laying Stage
- Measurement,Test&Data Collection
- Geophysical Investigations, Bathymetrical Investigations, Geotechnical Investigations,Oceanographical Investigations
- Design Work Stage
- Pipeline Route Selection
- Pipeline Division Sections Refer to Bathymetry
- Design Wave, Geotechnical Conditions Environment Risks
- Decision On Necessity to Immerse Pipeline Below Sea Bottom
- Determination of Design Safety of Pipeline Stability&Strength
- Laying Stage
- Actions on Subsea Pipeline
- Gravity Forces Lift
- Hydrostatic Forces
- Liquefaction Resistance Forces
- Ground Internal Pressure
- Dangers Threating Sea Pipelines
- Prevailing Type Of Ground, Geometrical&Physical Characteristics region
Sesi 3-4
Skill Focus:
- Laying of Subsea Pipelines
- Interaction During Laying
- Preventive Activity in Case of Dangers Threatening Subsea Pipelines
- Environmental Danger
- Preventive Actions
- Pipeline Burying
- Pipeline Uplift Ballasting
- Jacket Pipeline Anchorage
- Bottom Deposits, Turbidity Currents Pipeline
- Floating Deposit
- Caking Crystallization of Salt
- Ground Liquefaction
- Current Requirements Concerning Large Diameter Pipeline Burying
- Pipeline Laying Existing Dangers
- Waves Currents Depth
- Pipeline Protection Methods
- Ballasted Pipelines
- Pipelines On Stakes
- Pipelines On Supports (Saddles)
- Anchorage Pipeline
- Rinsed Out Pipeline
- Immersed Pipeline – Natural Backfilling
- Immersed Pipeline – Backfilling ( Cover) Of Rock Blocks
- Immersed Pipeline – Concrete Cover
- Methods of Subsea Pipeline Burying Below Sea Bottom
- Stream Method (Hydraulic Loosening)
- Sandy Soil Liquefaction Method
- Mechanical Cutting Method (Deepening
- Plowing Method (Plowing)
- Evaluation of Trench Deepening
- Liquefaction Units Conventional Hydraulically Cultivation (Towed Cradles)
- Subsea Equipment And Vehicles Plowing
- Sandy Bottom, Clayey Bottom
- Effective Method Interrelation On Equipment On Sea Surface
- Dependent-Independent Impacts Of Sea Current
- Small Impact-Big Impact Method Development
- Damage Risk of Subsea Pipelines
- Anchorage Resulting From Machine
- Failure Anchorage Resulting From Collision Of Two Vessels Running Of Vessels At Bottom of Sea
- Intersection of Subsea Pipelines
- Connection of Subsea Pipelines To Offshore Platforms
- Connection of Pipelines With Conventional Type Riser:
- Hinge Connection Using Rotational connectors
- Connection With Use of Dog’s Leg Type pipe Section
- Connection By Means of Hyperbaric welding
- Connection With Use of A Straight section
- Deck & Platform Base
Selama training, instruktur kami akan menggunakan kombinasi teori serta praktek langsung dengan studi kasus yang telah dipersiapkan yang menyerupai Proyek nyata.
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