ML16280A210

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Amendment Update to the Updated Final Safety Analysis Report (Ufsar), Revision 26, Chapter 10, Steam and Power Conversion System, Figure 10.1-1, Revision 21 to Figure 10.2-9
ML16280A210
Person / Time
Site: Indian Point Entergy icon.png
Issue date: 09/19/2016
From:
Entergy Nuclear Operations
To:
Office of Nuclear Reactor Regulation
Shared Package
ML16280A161 List: ... further results
References
NL-16-109
Download: ML16280A210 (18)
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Text

Uprate PEPSE Model with New HP Turbine Hi h Pressure Turbine Ex ansion Sheet 1 of 6 Entergy

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'Nuclear Power Plant INDIAN POINT UNIT No. 2 UPRATE PEPSE MODEL WITH NEW HP TURBINE HIGH PRESSURE TURBINE EXPANSION UFSAR FIGURE 10.1-10 REV. No. 21

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Moisture Separator Effectiveness Uprate PEPSE Model with New HP Turbine Moisture Se erator Reheater Train B Sheet 3 of 6 Entergy 2U.9P Indian Point 2 Nuclear Power Plant INDIAN POINT UNIT No. 2 UPRATE PEPSE MODEL WITH NEW HP TURBINE MOISTURE SEPERATOR REHEATER TRAIN B UFSAR FIGURE 10.1-1c REV. No. 21

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  1. 25C Low Pressure Turbine #22 SGBD Retovery Hx's Uprate PEPSE Model with New HP Turbine Low Pressure Turbine Ex ansion Sheet 4 of 6 Entergy Indian Point 2 Nuclear Power Plant INDIAN POINT UNIT No. 2 UPRATE PEPSE MODEL WITH NEW HP TURBINE LOW PRESSURE TURBINE EXPANSION UFSAR FIGURE 10.1-1d REV. No. 21

Uprate PEPSE Model with New HP Turbine Main Condensers Sheet 5 of 6 Entergy ln!ennedb1te Pru'lu.reLu1k (i) m:rl u:fw.12+

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CIRCULATING WATER TEMPERATURES INLET, F: 43.80 OUTLET #21:

NOTES:

1. This model runs Data Sets 1, 6, 5 and 1£i in that order.

S&W changes are in Data Set 16, or elsu in the last set where the data are entered.

2. OPVB 12 is the Input for Ciro Water 1nlet Temp. Opera.lions 103-105 set this value for the CW sources,
3. This ha.at balance should not be used to predict pres:r:iures in the condensate and feedwater system. The hydraulic performance has not been tuned to reflect actual plant co1idit.ions.
4. Hotwell subwoling is modeled by moans of fictitious heat exchangers (Component Numbers 395, 405, 455} in the condensate line at the condenser exit. For the uprate case 5 Deg F subcooling has been assumed
5. New HP turbine is tuned to match turbine p~rameters per Siemens-Westinghouse heat balance WB-9341
6. The reheaters ere modeled using the s-1mpli1ied design mode components of PEPSE 66. In this representation the heat tran$fer coefficients are fixed at the values established for the Benchmark Tuning Model, representative of pre-upratu performance. The heat transfer coefficients are expected to be somewhat higher after uprate.

Uprate PEPSE Model with New HP Turbine I

Notes and Significant Results Sheet 6 of 6 Entergy Indian Point 2 Nuclear Power Plant INDIAN POINT UNIT No. 2 UPRATE PEPSE MODEL WITH NEW HP TURBINE NOTES AND SIGNIFICANT RESULTS UFSAR FIGURE 10.1-1f l REV. No. 21

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