System Risk Assessment
Ship-Plant Technology Center has conducted continuous R&D activities associated with risk
assessment on the design of ship and offshore plant system, since 1990. Risk assessment, where
reliability analysis and risk analysis are the key methods, is to analyze target systems in a probabilistic
manner and pursue further safe and reliable design development
assessment on the design of ship and offshore plant system, since 1990. Risk assessment, where
reliability analysis and risk analysis are the key methods, is to analyze target systems in a probabilistic
manner and pursue further safe and reliable design development
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- HAZID Study
- HAZOP Study
- RAM Study
- SIL Study (including SIL allocation & verification)
- Natural Ventilation Analysis
- Gas Dispersion Analysis
- Fire & Explosion Risk Analysis
- Dropped-Object Analysis
- Ship Collision Analysis
- QRA (Quantitative Risk Assessment)
- FSA (Formal Safety Assessment)
- Firewater Demand Calculation
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Overall Risk Assessment Flow
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Fault Tree Analysis
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CFD Simulation for Gas Explosion
CFD Simulation for Gas Dispersion
Ship-Plant Technology Center has carried out various projects for establishing technologies related to risk assessment as follows
| Projects |
|---|
| FSA Study on Flooding/Collision/Stranding of Bulk Carriers |
| Study on the Safety of Passenger against Fire Accidents |
| Development of Standards for IMO GBS |
| HAZID/HAZOP on Ship Propulsion LNG FGS Basic Design |
| Risk Assessment System Development for LNG-FSRU |
| Development of SIL Verification and Fire/Explosion Risk Analysis |
| Engineering for Fire/Explosion of FPSO |
| Development of Risk-based Ship Design Technology |
| Safety Technology Development for Cruise Ship |
| HAZID on Container Securing Opertion |
| Development of Safety and Reiliability Technology for LNG-FPSO |
| Development for Deepwater O&G Production System FEED Engineering & Floating Systems |
| Risk Assessment on Floating LNG Bunkering System |
