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New Start, New Standard
Comments on Sole Source Contract

Customer CenterComments on Sole Source Contract
Notice No. 452
Notice Date 2023-02-20
Contract Title Technical Support for The Probability of Ex-vessel Core Debris Coolability and Basemat Melt-through for Kori 3&4 and Hanbit 3&4
Contract Overview - Shake down KN3&4 parameter file and Hanbit 3&4
parameter file. (Steady-state analysis)
- Uncertainty analysis for estimating probability of the
ex-vessel debris coolability and basemat melt-through


* Comments via this webpage (use "Writing comment" section below) shall only be deemed as official comments.
Estimated Value USD 147,600
Expected Completion Date 12 months from the Execution Date
Reason(s) for the Sole Sourcing The requirements to perform this consulting service are as
follows:
- Proven experience of analysis capability by the
benchmarking the CCI-3 and the CCI-6 MCCI
experiments for the siliceous concrete which is used
in Kori 3,4 and Hanbit 3,4.
- PSA and the severe accident uncertainty analysis
consulting experience using MAAP program for the
Korean conventional large-scale reactor models (i.e.,
APR1400, OPR1000 or APR1000).
Fauske & Associates, LLC (FAI) has a strong understanding
of the severe accident phenomena through the in-house
experiments and knowledge of experiments performed
elsewhere. Especially, FAI developed the debris coolability
model such as a bulk cooling, a water ingression and a
melt eruption in the MAAP5 program by benchmarking
the CCI-2, CCI-3 and CCI-6 experiments sponsored by the
OECD/NEA MCCI program. Also, FAI has an experience in
the PSA and the severe accident uncertainty analysis of the
APR1400 (e.g. BNPP, SKN5&6 etc.) and the APR1000 (EUR).
Fauske & Associates, LLC is the only company that meets
the above requirements.


* Comments via this webpage (use "Writing comment" section below) shall only be deemed as official comments.
Company to be Contracted Fauske & Associates, a Division of Stone & Webster, LLC
Name Changhwan
Dept Integrated Safety Assessment Department
Tel +82 54 421 5612 (Phone calls will not be considered as official commetns)
email CHLim@kepco-enc.com (emails will not be considered as official comments)
Attachments
  • pdf 첨부파일 Technical Information.pdf (303KB) Download