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{{#Wiki_filter:Three Mile Island Chapter 18.0B&WCrossTrainingCourse 1 B&W Cross-Training Course R-326C OBJECTIVES1.Explain how a loss of feedwater resulted in a reactor trip and subsequent LOCA. 2.Describe the major radiation release paths which occurred at TMI-2.
{{#Wiki_filter:Three Mile Island Chapter 18.0 B&W Cross-Training Cross Training Course R-326C 1
3Describethedecayheatremovalmethods 3.Describe the decay heat removal methods used at TMI-2 during the transient. 4.Explain which parameters are used and how they indicate decay heat removal by natural circulation (or loss of natural


circulation).
OBJECTIVES
5.List the operational conditions which enhance natural circulation. Include which systems may be operated different from
: 1. Explain how a loss of feedwater resulted in a reactor trip and subsequent LOCA.
: 2. Describe the major radiation release paths which occurred at TMI-2.
3 Describe the decay heat removal methods 3.
used at TMI-2 during the transient.
: 4. Explain which parameters are used and how they indicate decay heat removal by natural circulation (or loss of natural circulation).


normal conditions.
OBJECTIVES
6Listthesourcesofhydrogenandoxygen OBJECTIVES 6.List the sources of hydrogen and oxygen within the primary system and  
: 5. List the operational conditions which enhance natural circulation. Include which systems may be operated different from normal conditions.
6 List the sources of hydrogen and oxygen 6.
within the primary system and containment.
: 7. Determine which RCS parameters can be used as possible indications of boiling (steam formation) within the system.


containment. 7.Determine which RCS parameters can be used as possible indications of boiling (steam formation) within the system.
Appendix - Sequence of Events 4
Appendix -Sequence of Events 4
 
Appendix -Sequence of Events 5
Appendix - Sequence of Events 5
Appendix -Sequence of Events 6
 
Appendix -Sequence of Events 7
Appendix - Sequence of Events 6
Appendix -Sequence of Events 8
 
Appendix -Sequence of Events 9
Appendix - Sequence of Events 7
Appendix -Sequence of Events 10 Appendix -Sequence of Events 11 Appendix -Sequence of Events 12 Appendix -Sequence of Events 13 14Three Mile Island (Fig. 18-1) 15T=0 Minutes (Fig. 18-2) 16T=8 Minutes (Fig. 18-3) 17T=1 Hour (Fig. 18-4) 18T=2 Hours (Fig. 18-5) 19T=16 Hours (Fig. 18-6) 20TMI Radiation Release Path (Fig. 18-7)}}
 
Appendix - Sequence of Events 8
 
Appendix - Sequence of Events 9
 
Appendix - Sequence of Events 10
 
Appendix - Sequence of Events 11
 
Appendix - Sequence of Events 12
 
Appendix - Sequence of Events 13
 
Three Mile Island (Fig. 18-1) 14 T=0 Minutes (Fig. 18-2) 15 T=8 Minutes (Fig. 18-3) 16 T=1 Hour (Fig. 18-4) 17 T=2 Hours (Fig. 18-5) 18 T=16 Hours (Fig. 18-6) 19 TMI Radiation Release Path (Fig. 18-7) 20}}

Latest revision as of 16:20, 12 November 2019

521- R326C B&W Tech Cross Training - Chapter 18 Three Mile Island
ML11221A326
Person / Time
Site: Three Mile Island  Constellation icon.png
Issue date: 08/01/2011
From:
NRC/HR/ADHRTD/RTTB-PWR
To:
References
Download: ML11221A326 (20)
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Text

Three Mile Island Chapter 18.0 B&W Cross-Training Cross Training Course R-326C 1

OBJECTIVES

1. Explain how a loss of feedwater resulted in a reactor trip and subsequent LOCA.
2. Describe the major radiation release paths which occurred at TMI-2.

3 Describe the decay heat removal methods 3.

used at TMI-2 during the transient.

4. Explain which parameters are used and how they indicate decay heat removal by natural circulation (or loss of natural circulation).

OBJECTIVES

5. List the operational conditions which enhance natural circulation. Include which systems may be operated different from normal conditions.

6 List the sources of hydrogen and oxygen 6.

within the primary system and containment.

7. Determine which RCS parameters can be used as possible indications of boiling (steam formation) within the system.

Appendix - Sequence of Events 4

Appendix - Sequence of Events 5

Appendix - Sequence of Events 6

Appendix - Sequence of Events 7

Appendix - Sequence of Events 8

Appendix - Sequence of Events 9

Appendix - Sequence of Events 10

Appendix - Sequence of Events 11

Appendix - Sequence of Events 12

Appendix - Sequence of Events 13

Three Mile Island (Fig. 18-1) 14 T=0 Minutes (Fig. 18-2) 15 T=8 Minutes (Fig. 18-3) 16 T=1 Hour (Fig. 18-4) 17 T=2 Hours (Fig. 18-5) 18 T=16 Hours (Fig. 18-6) 19 TMI Radiation Release Path (Fig. 18-7) 20

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