ML15293A221: Difference between revisions
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{{#Wiki_filter:Units 3 & 4 Uprate Implementation Water Quality Impacts | {{#Wiki_filter:Units 3 & 4 Uprate Implementation Water Quality Impacts | ||
Approximate Uprate Periods | |||
* Unit 3 was off-line to be uprated from February 26 to August 29, 2012 gradually brought back to full operating capacity by November 5, 2012. | |||
* Unit 4 was off-line to be uprated from November 5, 2012 to April 6, 2013 gradually brought back to full operating capacity by May 27, 2013 | |||
Nitrogen TKN Increase in CCS Surface Water | |||
CCS | Nitrogen Increase Likely linked to Apparent Algal Bloom in CCS See next 3 slides showing progressive deterioration of water clarity in the CCS | ||
Salinity of CCS Surface Water Increasing Post Uprate as Evidenced by Increasing Specific Conductance Specific Conductance for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend in Salinity Salinity for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend Compilation of Available CCS Surface Water Salinity Data Most Recent Available CCS Surface Water Salinity Data Turkey Point G-III Boundary TPGW-1 & TPGW-L3 Approximate Location Monitoring Wells Outside G-III Boundary with Chloride Concentrations Above Seawater Chloride Concentrations Attributable to CCS Contributions CCS Surface Water Temperature Profiles Apparent Higher Than Expected CCS Surface Water Temperatures Post Uprate Pre and Post Uprate Temperature Profile for TPSWCCS-1B Model Lands Dry Season Water Level Profiles}} | March 31, 2010 Google Earth View March 6, 2013 Google Earth View January 18, 2014 Google Earth View | ||
CCS Plume Expands to NE as Evidenced by Increasing Tritium Concentrations at TPGW-10 | |||
Salinity of CCS Surface Water Increasing Post Uprate as Evidenced by Increasing Specific Conductance | |||
Specific Conductance for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend in Salinity | |||
Salinity for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend | |||
Compilation of Available CCS Surface Water Salinity Data | |||
Most Recent Available CCS Surface Water Salinity Data | |||
Turkey Point G-III Boundary TPGW-1 & TPGW-L3 Approximate Location Monitoring Wells Outside G-III Boundary with Chloride Concentrations Above Seawater | |||
Chloride Concentrations Attributable to CCS Contributions | |||
CCS Surface Water Temperature Profiles Apparent Higher Than Expected CCS Surface Water Temperatures Post Uprate | |||
Pre and Post Uprate Temperature Profile for TPSWCCS-1B | |||
Model Lands Dry Season Water Level Profiles Units 3 & 4 Uprate Implementation Water Quality Impacts | |||
Approximate Uprate Periods | |||
* Unit 3 was off-line to be uprated from February 26 to August 29, 2012 gradually brought back to full operating capacity by November 5, 2012. | |||
* Unit 4 was off-line to be uprated from November 5, 2012 to April 6, 2013 gradually brought back to full operating capacity by May 27, 2013 | |||
Nitrogen TKN Increase in CCS Surface Water | |||
Nitrogen Increase Likely linked to Apparent Algal Bloom in CCS See next 3 slides showing progressive deterioration of water clarity in the CCS | |||
March 31, 2010 Google Earth View March 6, 2013 Google Earth View January 18, 2014 Google Earth View | |||
CCS Plume Expands to NE as Evidenced by Increasing Tritium Concentrations at TPGW-10 | |||
Salinity of CCS Surface Water Increasing Post Uprate as Evidenced by Increasing Specific Conductance | |||
Specific Conductance for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend in Salinity | |||
Salinity for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend | |||
Compilation of Available CCS Surface Water Salinity Data | |||
Most Recent Available CCS Surface Water Salinity Data | |||
Turkey Point G-III Boundary TPGW-1 & TPGW-L3 Approximate Location Monitoring Wells Outside G-III Boundary with Chloride Concentrations Above Seawater | |||
Chloride Concentrations Attributable to CCS Contributions | |||
CCS Surface Water Temperature Profiles Apparent Higher Than Expected CCS Surface Water Temperatures Post Uprate | |||
Pre and Post Uprate Temperature Profile for TPSWCCS-1B | |||
Model Lands Dry Season Water Level Profiles}} |
Latest revision as of 06:31, 31 October 2019
ML15293A221 | |
Person / Time | |
---|---|
Site: | Turkey Point ![]() |
Issue date: | 10/20/2015 |
From: | Citizens Allied for Safe Energy (CASE) |
To: | Atomic Safety and Licensing Board Panel |
SECY RAS | |
References | |
50-250-LA, 50-251-LA, ASLBP 15-935-02-LA-BD01, RAS 28417 | |
Download: ML15293A221 (23) | |
Text
Units 3 & 4 Uprate Implementation Water Quality Impacts
Approximate Uprate Periods
- Unit 3 was off-line to be uprated from February 26 to August 29, 2012 gradually brought back to full operating capacity by November 5, 2012.
- Unit 4 was off-line to be uprated from November 5, 2012 to April 6, 2013 gradually brought back to full operating capacity by May 27, 2013
Nitrogen TKN Increase in CCS Surface Water
Nitrogen Increase Likely linked to Apparent Algal Bloom in CCS See next 3 slides showing progressive deterioration of water clarity in the CCS
March 31, 2010 Google Earth View March 6, 2013 Google Earth View January 18, 2014 Google Earth View
CCS Plume Expands to NE as Evidenced by Increasing Tritium Concentrations at TPGW-10
Salinity of CCS Surface Water Increasing Post Uprate as Evidenced by Increasing Specific Conductance
Specific Conductance for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend in Salinity
Salinity for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend
Compilation of Available CCS Surface Water Salinity Data
Most Recent Available CCS Surface Water Salinity Data
Turkey Point G-III Boundary TPGW-1 & TPGW-L3 Approximate Location Monitoring Wells Outside G-III Boundary with Chloride Concentrations Above Seawater
Chloride Concentrations Attributable to CCS Contributions
CCS Surface Water Temperature Profiles Apparent Higher Than Expected CCS Surface Water Temperatures Post Uprate
Pre and Post Uprate Temperature Profile for TPSWCCS-1B
Model Lands Dry Season Water Level Profiles Units 3 & 4 Uprate Implementation Water Quality Impacts
Approximate Uprate Periods
- Unit 3 was off-line to be uprated from February 26 to August 29, 2012 gradually brought back to full operating capacity by November 5, 2012.
- Unit 4 was off-line to be uprated from November 5, 2012 to April 6, 2013 gradually brought back to full operating capacity by May 27, 2013
Nitrogen TKN Increase in CCS Surface Water
Nitrogen Increase Likely linked to Apparent Algal Bloom in CCS See next 3 slides showing progressive deterioration of water clarity in the CCS
March 31, 2010 Google Earth View March 6, 2013 Google Earth View January 18, 2014 Google Earth View
CCS Plume Expands to NE as Evidenced by Increasing Tritium Concentrations at TPGW-10
Salinity of CCS Surface Water Increasing Post Uprate as Evidenced by Increasing Specific Conductance
Specific Conductance for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend in Salinity
Salinity for CCS Surface Water Station TPSWCCS-1B Showing Increasing Trend
Compilation of Available CCS Surface Water Salinity Data
Most Recent Available CCS Surface Water Salinity Data
Turkey Point G-III Boundary TPGW-1 & TPGW-L3 Approximate Location Monitoring Wells Outside G-III Boundary with Chloride Concentrations Above Seawater
Chloride Concentrations Attributable to CCS Contributions
CCS Surface Water Temperature Profiles Apparent Higher Than Expected CCS Surface Water Temperatures Post Uprate
Pre and Post Uprate Temperature Profile for TPSWCCS-1B
Model Lands Dry Season Water Level Profiles