NPP Accident Management
Vision
To enhance the safety of nuclear power plants against severe accident risks through practical and technically sound solutions.
Mission
To deliver timely, effective, and reliable engineering services to resolve technical issues related to severe accidents by leveraging our comprehensive understanding of state-of-the-art technology, mature technical skills, and integrated engineering experiences.
Solution
To develop technical solutions that meet the diverse needs of our clients by optimally combining well-established technical resources.
Nuclear Safety/Integrity
SAMG
- Strategy Flow Chart (DFC, DPG)
- Mitigation Strategies
- Calculation Aid
- Technical Background
PSA
- Event Tree
- Success Criteria for Heading
- Plant Damage Status
- Source-term Category
Severe Accident Phenomena
- Core Heat-up & Degradation
- Cladding Oxidation & Hydrogen Generation
- Molten Corium-Concrete Interaction
- Fission Product Behavior & Source Term
- Fuel Coolant Interaction
- Containment Thermal-Hydraulics
- Bypass Sequences
- HPME/DCH
Organization
- Engineering Experience over 20 years
- Various SA-Related Projects
- Highly Qualified Technical Expertise
- Interaction with Global Businesses Partners
Accomplishment
- Development of SAMGs
- Comprehensive SA-related Engineering Services
- Development of Korean SA analysis code, CINEMA
Capability
- Cutomized Solutions for SA Technical Issues
- Severe Accident Scenario/Phenoma Analysis
- Development of Plant Inputs for SA Codes
- SAMG Development/Maintenance
- Severe Accident Source-Term Calculation
- PSA Success Criteria Analysis
- Uncertainty Analysis
Computer Code Utilization
- MAAP5, MELCOR, ISAAC/MAAP-CANDU, TEXAS-V, CFD (CFX, FLUENT,.)
- FEM (ANSYS, LS-DYNA,.), GOTHIC, GASFLOW, CONTAIN
