SCH08-032, Quarterly Remedial Action Progress Report, Fourth Quarter 2007 PSEG Nuclear, LLC, Salem Generating Station: Difference between revisions
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{{#Wiki_filter:PSEG Nuclear LLC P.O. Box 236, Hancock Bridge, NJ 08038-0236 CERTIFIED MAIL 0 PSEG | {{#Wiki_filter:PSEG Nuclear LLC P.O. Box 236, Hancock Bridge, NJ 08038-0236 CERTIFIED MAIL 0 PSEG NuclearLLC March 25, 2008 " .2 ,/I7 SCH08-032 Karen Tuccillo Radiation Protection Programs Bureau of Nuclear Engineering New Jersey Department of Environmental Protection 33 Arctic Parkway Trenton, New Jersey 08625 QUARTERLY REMEDIAL ACTION PROGRESS REPORT, FOURTH QUARTER 2007 PSEG NUCLEAR, LLC, SALEM GENERATING STATION | ||
==Dear Ms. Tuccillo:== | ==Dear Ms. Tuccillo:== | ||
PSEG Nuclear LLC (PSEG) has prepared this Quarterly Remedial Action Progress Report (RAPR) summarizing groundwater remediation activities performed in 2007 including activities performed since the submission of the previous RAPR in December 2007 at the PSEG Nuclear, LLC, Salem Generating Station (Station). | |||
The Station is located on Artificial Island in Hancock's Bridge, Salem County, New Jersey.Groundwater remediation activities are being conducted to address tritium detected in shallow groundwater adjacent to and south of the Salem Unit 1 Reactor Containment and Fuel Handling Building. | PSEG Nuclear LLC (PSEG) has prepared this Quarterly Remedial Action Progress Report (RAPR) summarizing groundwater remediation activities performed in 2007 including activities performed since the submission of the previous RAPR in December 2007 at the PSEG Nuclear, LLC, Salem Generating Station (Station). The Station is located on Artificial Island in Hancock's Bridge, Salem County, New Jersey. | ||
The Station site plan is depicted in Figure 1.The release of tritium contaminated water to the environment ceased in February 2003 when the Salem Unit 1 telltale drains were cleared and the Spent Fuel Pool (SFP) water that had accumulated behind the liner was drained. Following draining activities, a regular program was instituted whereby the telltale drains are monitored for flow and the seismic gap is continuously drained.Short-lived gamma-emitting radioisotopes, which are associated with site operations, had not been consistently detected in groundwater collected from the seismic gap since May 2004 until recently. | Groundwater remediation activities are being conducted to address tritium detected in shallow groundwater adjacent to and south of the Salem Unit 1 Reactor Containment and Fuel Handling Building. The Station site plan is depicted in Figure 1. | ||
Since May 2007 cobalt 58 (Co-58) has been sporadically detected in groundwater collected from within the seismic gap. However, short-lived gamma-emitting radioisotopes have not been detected and tritium concentrations have continued to decline in groundwater collected outside of the seismic gap indicating that current draining protocols are adequately capturing groundwater. | The release of tritium contaminated water to the environment ceased in February 2003 when the Salem Unit 1 telltale drains were cleared and the Spent Fuel Pool (SFP) water that had accumulated behind the liner was drained. Following draining activities, a regular program was instituted whereby the telltale drains are monitored for flow and the seismic gap is continuously drained. | ||
At present, it is estimated that the previous estimate of 2 to 5 Curies of tritium in the plume where it exists above the NJDEP Ground Water Quality Criteria (GWQC) has been reduced by approximately 0.6 Curies since the first quarter of 2006. The range is.W dependant on the amount of tritium drawn back through the seismic gap, the actual degree of variability in the tritium concentrations of the groundwater, and the amount of mass held in dead end pore space.The following sections present the background of environmental investigation and remedial action at the site, the details and results of activities conducted since the submittal of the December 2007 RAPR, the progress of remedial actions conducted to date, and provide a discussion of upcoming activities projected for the next reporting period.1 Project Background In April 2004, a Remedial Investigation Report (RIR) was submitted to the New Jersey Department of Environmental Protection Bureau of Nuclear Engineering (NJDEP-BNE) presenting the details and results of a groundwater investigation conducted following the discovery of tritium in groundwater adjacent to Salem Unit 1. The results of the remedial investigation indicated that the source of tritium detected in groundwater was the Spent Fuel Pool, the tritium release to the environment had been stopped, and that tritium had not migrated to the property boundary above the New Jersey GWQC.Based on the results of the remedial investigation a remedial action strategy was developed to hydraulically limit further migration and reduce the concentration of tritium remaining in groundwater adjacent to Salem Unit 1. In April 2004, PSEG initiated a pilot* study designed to demonstrate the effectiveness of groundwater extraction for achieving remedial objectives. | Short-lived gamma-emitting radioisotopes, which are associated with site operations, had not been consistently detected in groundwater collected from the seismic gap since May 2004 until recently. Since May 2007 cobalt 58 (Co-58) has been sporadically detected in groundwater collected from within the seismic gap. However, short-lived gamma-emitting radioisotopes have not been detected and tritium concentrations have continued to decline in groundwater collected outside of the seismic gap indicating that current draining protocols are adequately capturing groundwater. | ||
The pilot study proved to be effective, and in July 2004, a Remedial Action Work Plan (RAWP) proposing the operation of a full-scale groundwater extraction system was prepared and submitted to the NJDEP-BN. | At present, it is estimated that the previous estimate of 2 to 5 Curies of tritium in the plume where it exists above the NJDEP Ground Water Quality Criteria (GWQC) has been reduced by approximately 0.6 Curies since the first quarter of 2006. The range is | ||
The RAWP was approved by the NJDEP-BNE in November 2004 and a full-scale groundwater extraction system was subsequently installed. | .W dependant on the amount of tritium drawn back through the seismic gap, the actual | ||
Further, in September 2005, weekly draining of the Unit I seismic gap was initiated to ensure that the flow of water entering the seismic gap was directed toward the interior of the building for treatment rather than outward toward the environment. | |||
Continuous draining of the Unit 1 seismic gap was initiated in late February 2007.2 Continued Groundwater Monitoring Groundwater monitoring activities continued through this reporting period in accordance with the schedule provided to NJDEP-BNE. | degree of variability in the tritium concentrations of the groundwater, and the amount of mass held in dead end pore space. | ||
The sampling program is designed to provide representative data necessary to evaluate plume containment. | The following sections present the background of environmental investigation and remedial action at the site, the details and results of activities conducted since the submittal of the December 2007 RAPR, the progress of remedial actions conducted to date, and provide a discussion of upcoming activities projected for the next reporting period. | ||
Monitoring activities include the periodic collection of groundwater samples from the 36 Station monitoring wells. A summary of monitoring well construction details is presented in Table 1. Monitoring well locations are depicted on Figure 1.*1 Groundwater samples are initially submitted to Salem Chemistry for analysis for tritium and short-lived gamma-emitting radioisotopes. | 1 Project Background In April 2004, a Remedial Investigation Report (RIR) was submitted to the New Jersey Department of Environmental Protection Bureau of Nuclear Engineering (NJDEP-BNE) presenting the details and results of a groundwater investigation conducted following the discovery of tritium in groundwater adjacent to Salem Unit 1. The results of the remedial investigation indicated that the source of tritium detected in groundwater was the Spent Fuel Pool, the tritium release to the environment had been stopped, and that tritium had not migrated to the property boundary above the New Jersey GWQC. | ||
Samples indicating tritium 2 concentrations less than 50,000 picocuries per liter (pCi/L) are sent to Maplewood Testing Services for more refined analysis.Historical and current analytical data indicate that plant related gamma-emitting radioisotopes have not been detected in groundwater from any monitoring well since monitoring was initiated in 2003. Detailed historic analytical radioisotope groundwater results were presented in the previously submitted RIR and RAPRs and are not presented herein.Historical analytical tritium results for groundwater collected from the Station monitoring wells are presented on Figure 1 and Table 2. Included on Figure 1 are: panel 1) the extent of tritium in groundwater at the completion of the remedial investigation (Baseline Plume); panel 2) the extent of tritium in groundwater one year ago in December 2006;and, panel 3) the extent of tritium in groundwater in December 2007. Based on a review of Figure 1, it is apparent that the mass of tritium in groundwater has been significantly reduced by the remedial efforts occurring at the site. Details regarding these activities are discussed below.The analytical results for groundwater samples collected from the monitoring wells were evaluated based on the water-bearing zone in which they are screened. | Based on the results of the remedial investigation a remedial action strategy was developed to hydraulically limit further migration and reduce the concentration of tritium remaining in groundwater adjacent to Salem Unit 1. In April 2004, PSEG initiated a pilot | ||
The three primary water-bearing units investigated beneath the Station are: 1) the Vincentown Formation; | * study designed to demonstrate the effectiveness of groundwater extraction for achieving remedial objectives. The pilot study proved to be effective, and in July 2004, a Remedial Action Work Plan (RAWP) proposing the operation of a full-scale groundwater extraction system was prepared and submitted to the NJDEP-BN. The RAWP was approved by the NJDEP-BNE in November 2004 and a full-scale groundwater extraction system was subsequently installed. | ||
Further, in September 2005, weekly draining of the Unit I seismic gap was initiated to ensure that the flow of water entering the seismic gap was directed toward the interior of the building for treatment rather than outward toward the environment. Continuous draining of the Unit 1 seismic gap was initiated in late February 2007. | |||
2.1 Tritium Analytical Results for the Vincentown Formation The following wells are screened in the Vincentown Formation: | 2 Continued Groundwater Monitoring Groundwater monitoring activities continued through this reporting period in accordance with the schedule provided to NJDEP-BNE. The sampling program is designed to provide representative data necessary to evaluate plume containment. Monitoring activities include the periodic collection of groundwater samples from the 36 Station monitoring wells. A summary of monitoring well construction details is presented in Table 1. Monitoring well locations are depicted on Figure 1. | ||
Well V, Well K, Well L, Well P, Well Q, and, Well CB. Groundwater quality for Well K, Well L, Well P, and Well Q is currently monitored on a semi-annual basis. Groundwater quality for Well V and Well CB is currently monitored on a quarterly and monthly basis, respectively. | *1 Groundwater samples are initially submitted to Salem Chemistry for analysis for tritium and short-lived gamma-emitting radioisotopes. Samples indicating tritium 2 | ||
Tritium has consistently not been detected above laboratory detection limits or detected at relatively low levels in groundwater at all monitoring wells screened within the Vincentown formation since the initiation of monitoring at these locations. | |||
The groundwater monitoring results continue to indicate that the previous release of tritium impacted water from the SFP has not significantly migrated below the shallow water-bearing unit.2.2 Tritium Analytical Results for Wells Installed Within the Limits of the Cofferdam The following wells are screened in the shallow, water-bearing unit within the limits of the cofferdam: | concentrations less than 50,000 picocuries per liter (pCi/L) are sent to Maplewood Testing Services for more refined analysis. | ||
Well M, Well N, Well 0, Well R, Well AC, Well AE, Well Al, Well AM, 3 Well AN, and Well AO. Groundwater quality for these wells is currently monitored on a monthly basis. However, Well AO has been inaccessible due to site constraints and has not been sampled since January 2007.Groundwater collected from Well AC, Well AM, and Well AN exhibit the highest concentrations of tritium at the Site, likely due to their location relative to the previous release from the Salem Unit 1 seismic gap. However, groundwater at these wells exhibits general decreasing temporal tritium concentration trends since the initiation of monitoring in 2003. For instance, tritium concentrations at Well AC, located directly southeast of the Salem Unit 1 seismic gap, have steadily declined from a maximum of 15,000,000 pCi/L in April 2003 to 53,500 pCi/L during the most recent sampling event in December 2007. Further, the decrease in tritium concentrations at Well AC is additional confirmation that tritium impacted groundwater is no longer being released from the seismic gap and the remedial groundwater recovery system is effectively reducing concentrations of previously released tritium. Well AM exhibits fluctuating concentrations which continue to be addressed using the mobile groundwater extraction unit. The mobile unit has previously been used with success at this and other wells to remediate localized portions of the tritium plume and will continue to be used in this manner.Tritium concentrations at Well 0 are typically below GWQC. However, some seasonal fluctuation is typically observed in this area. Fluctuations are believed to be associated with the changes. that occur in the plume as a result of seasonal variation in the groundwater flow patterns within this area.Tritium concentrations at Well M, Well N, Well R, Well AE, Well Al, and Well AO are below GWQC and generally show consistent declining temporal trends. Tritium concentrations at all well locations within the cofferdam have generally decreased by one order of magnitude or more since the initiation of monitoring, indicating that remedial activities are effectively removing mass from the areas of greatest concentration. | Historical and current analytical data indicate that plant related gamma-emitting radioisotopes have not been detected in groundwater from any monitoring well since monitoring was initiated in 2003. Detailed historic analytical radioisotope groundwater results were presented in the previously submitted RIR and RAPRs and are not presented herein. | ||
2.3 Tritium Analytical Results for Wells Installed Outside the Limits of the Cofferdam The wells installed in the shallow, water-bearing unit beyond the limits of the cofferdam are Well S, Well T, Well U, Well W, Well Y, Well Z, Well AA, Well AB, Well AD, Well AF, Well AG (Shallow and Deep), Well AH (Shallow and Deep), Well AJ, Well AL, Well AP, Well AQ, Well AR, Well AS, Well AT, and Well CA. These wells are screened either just above the clay confining unit that separates the shallow water-bearing unit from the Vincentown Formation, or in the interval indicating the highest tritium concentrations found in the shallow water-bearing unit at each boring location at the time of the Supplemental' Investigation completed in August 2003.4 | Historical analytical tritium results for groundwater collected from the Station monitoring wells are presented on Figure 1 and Table 2. Included on Figure 1 are: panel 1) the extent of tritium in groundwater at the completion of the remedial investigation (Baseline Plume); panel 2) the extent of tritium in groundwater one year ago in December 2006; and, panel 3) the extent of tritium in groundwater in December 2007. Based on a review of Figure 1, it is apparent that the mass of tritium in groundwater has been significantly reduced by the remedial efforts occurring at the site. Details regarding these activities are discussed below. | ||
* As discussed in previous RAPRs, increased concentrations of tritium were detected in Wells W and AP in 2005. In response the mobile groundwater extraction unit was activated to spot remediate these wells. As a result, concentrations of tritium in groundwater at these well locations exhibited a general downward temporal trend.Tritium concentrations at these wells are currently below the GWQC.Recently higher concentrations of tritium (around 80,000 pCiIL) have been observed in groundwater samples from Well AR these are believed to be associated with the higher concentrations observed in Well AM during May of 2006. These slightly elevated concentrations represent material not captured by the operation of the mobile groundwater recovery unit during the summer of 2006. The mobile unit was deployed to Well AR to capture this additional volume and as a resulting in decreased tritium concentrations. | The analytical results for groundwater samples collected from the monitoring wells were evaluated based on the water-bearing zone in which they are screened. The three primary water-bearing units investigated beneath the Station are: 1) the Vincentown Formation; 2) the shallow water-bearing unit within the limits of the cofferdam surrounding Salem Unit 1; and, 3) the shallow, water-bearing unit outside the limits of the cofferdam. | ||
Tritium concentration trends for wells screened in the shallow, water-bearing unit indicate that the groundwater extraction system has demonstrated the ability to achieve the remedial action objectives (i.e., reduce the mass of tritium in groundwater, and maintain hydraulic control). | 2.1 Tritium Analytical Results for the Vincentown Formation The following wells are screened in the Vincentown Formation: Well V, Well K, Well L, Well P, Well Q, and, Well CB. Groundwater quality for Well K, Well L, Well P, and Well Q is currently monitored on a semi-annual basis. Groundwater quality for Well V and Well CB is currently monitored on a quarterly and monthly basis, respectively. | ||
The current distribution of tritium in groundwater (December 2007) is presented on Figure 1, along with the distribution of tritium prior to the initiation of the pilot study (March 2004) and in December 2006. As shown on Figure 1, the mass of tritium in groundwater has continued to decrease through the operation of the groundwater extraction pilot study system and operation of the full-scale system..3 Groundwater Extraction Groundwater extraction as a remedial strategy at the site was initiated with the operation of a pilot test from April 2004 to February 2005. In accordance with the RAWF' developed for the site, a full-scale groundwater recovery system (GRS) was subsequently implemented in February 2005 and has continued to operate to the present.3.1 Full-Scale System The objectives of the full-scale GRS consist of: 1) maintaining hydraulic containment of the tritium plume; and, 2) reducing tritium concentrations in groundwater. | Tritium has consistently not been detected above laboratory detection limits or detected at relatively low levels in groundwater at all monitoring wells screened within the Vincentown formation since the initiation of monitoring at these locations. The groundwater monitoring results continue to indicate that the previous release of tritium impacted water from the SFP has not significantly migrated below the shallow water-bearing unit. | ||
The present operation of the GRS consists of groundwater extraction from Wells AB, AD, AJ, AN, AS, and AT. Well. S is not currently operating and has not been. in operation during 2006 or 2007 as a result of its low yield and resulting pump failures.Groundwater extracted from the wells is processed in accordance with the Station's United States Nuclear Regulatory Commission (USNRC) license and plant procedures. | 2.2 Tritium Analytical Results for Wells Installed Within the Limits of the Cofferdam The following wells are screened in the shallow, water-bearing unit within the limits of the cofferdam: Well M, Well N, Well 0, Well R, Well AC, Well AE, Well Al, Well AM, 3 | ||
Details of the extracted effluent are discussed below.3.2 Mobile Groundwater Recovery Unit 5 The mobile groundwater recovery unit was designed and built to target specific areas of the plume exhibiting greater tritium activity. | |||
The mobile unit typically operates between March and November (weather permitting). | Well AN, and Well AO. Groundwater quality for these wells is currently monitored on a monthly basis. However, Well AO has been inaccessible due to site constraints and has not been sampled since January 2007. | ||
The mobile unit collects water in nominal 1,000 gallon batches for handling in accordance with the station's permits. The mobile unit has historically been used successfully at Wells AP and AM. Recently it has operated at Wells AR and AM which have shown relatively elevated concentrations with respect to the remainder of the plume 3.3 Total System Effluent Data and Evaluation The GRS became operational on February 16, 2005. The system operated in various configurations as part of the optimization process for approximately the first month. The GRS discharges continuously in accordance with the Station's USNRC permit allowing the GRS to be more effective and efficient than the pilot-scale system. As of December 31, 2007, the GRS has recovered greater than 17 million gallons of groundwater. | Groundwater collected from Well AC, Well AM, and Well AN exhibit the highest concentrations of tritium at the Site, likely due to their location relative to the previous release from the Salem Unit 1 seismic gap. However, groundwater at these wells exhibits general decreasing temporal tritium concentration trends since the initiation of monitoring in 2003. For instance, tritium concentrations at Well AC, located directly southeast of the Salem Unit 1 seismic gap, have steadily declined from a maximum of 15,000,000 pCi/L in April 2003 to 53,500 pCi/L during the most recent sampling event in December 2007. Further, the decrease in tritium concentrations at Well AC is additional confirmation that tritium impacted groundwater is no longer being released from the seismic gap and the remedial groundwater recovery system is effectively reducing concentrations of previously released tritium. Well AM exhibits fluctuating concentrations which continue to be addressed using the mobile groundwater extraction unit. The mobile unit has previously been used with success at this and other wells to remediate localized portions of the tritium plume and will continue to be used in this manner. | ||
This is equivalent to an average .recovery rate of approximately 12 gallons per minute or greater than 17 times the recharge rate for the extraction area (calculated to be 0.7 gallons per minute, based upon an assumed percentage of annual precipitation). | Tritium concentrations at Well 0 are typically below GWQC. However, some seasonal fluctuation is typically observed in this area. Fluctuations are believed to be associated with the changes. that occur in the plume as a result of seasonal variation in the groundwater flow patterns within this area. | ||
Table 3 presents a summary of the full-scale system discharges through December 31, 2007.3.4 Water-Level Data and Evaluation Water level measurements from the extraction and select observation wells have been monitored to confirm hydraulic containment of the tritium groundwater plume. Water levels are periodically collected and evaluated according to the schedule described in the Q4 2006 RAPR submitted in February 2007. Groundwater elevation contours developed from water level measurements collected in August 2007 and January 2008 are presented in Figure 2 and. Figure 3, respectively. | Tritium concentrations at Well M, Well N, Well R, Well AE, Well Al, and Well AO are below GWQC and generally show consistent declining temporal trends. Tritium concentrations at all well locations within the cofferdam have generally decreased by one order of magnitude or more since the initiation of monitoring, indicating that remedial activities are effectively removing mass from the areas of greatest concentration. | ||
These contours indicate that the GRS system continues to be effective at capturing the extent of the tritium groundwater plume. Table 4 presents the water level measurement data.3.5 Cumulative Curies Removed The various groundwater recovery activities conducted to date have been successful in recovering tritium from groundwater at and downgradient of the Salem Unit 1 seismic gap.Figure 4 summarizes the results of groundwater remediation activities conducted using the well field and including both the pilot study and the permanent system. As shown on Figure 4 and Table 3, greater than 2.6 curies of tritium have been recovered from the operation of the GRS through December 31, 2007. Approximately 0.93 curies of tritium were removed by the pilot system. As the mass remaining in the plume 6 decreases so will the rate of tritium recovery by the GRS. The effectiveness of the GIRS is emphasized by the decrease and stabilization of system effluent concentrations since the activation of the full scale system in February 2005. System effluent concentrations averaged 21,510 pCiIL during the fourth quarter of 2007. This indicates that the GIRS has been successful at significantly decreasing tritium concentrations in groundwater as discharge concentrations are now less than 25 percent of the peak concentration (109,000) observed in March 2005. The mass of tritium in the plume was .recalculated in early 2006 to be approximately 2 to 5 Curies (depending on the amount of tritium drawn back through the seismic gap, the actual variability in discharge concentrations and the amount of tritium remaining in dead end pore spaces) at concentrations above the NJDEP GWQC. Based upon the tritium removed since the last recalculation, the present estimate would indicate that the plume retains 1.2 to 4.2 Curies of tritium.Therefore, GRS operations may achieve end criteria for tritium removal ahead of the previously communicated schedule. | 2.3 Tritium Analytical Results for Wells Installed Outside the Limits of the Cofferdam The wells installed in the shallow, water-bearing unit beyond the limits of the cofferdam are Well S, Well T, Well U, Well W, Well Y, Well Z, Well AA, Well AB, Well AD, Well AF, Well AG (Shallow and Deep), Well AH (Shallow and Deep), Well AJ, Well AL, Well AP, Well AQ, Well AR, Well AS, Well AT, and Well CA. These wells are screened either just above the clay confining unit that separates the shallow water-bearing unit from the Vincentown Formation, or in the interval indicating the highest tritium concentrations found in the shallow water-bearing unit at each boring location at the time of the Supplemental' Investigation completed in August 2003. | ||
Ongoing data collection will provide additional data to confirm this preliminary conclusion later in 2008.4.0 Operation of the Seismic Gap Drain In addition to the operation of the GIRS and mobile groundwater recovery unit, the seismic gap drains in Salem Unit 1 and Unit 2 are being used to continuously drain the water from these gaps, resulting in the recovery of residual tritium concentrations recovering concentrations from the seismic gap. The operation of these permanent gap drains creates an inward gradient towards the gaps facilitating the recovery of water from low accessibility areas.Water samples from the seismic gap drains are periodically collected for tritium analysis. | 4 | ||
Table 5 and Figure 5 summarizes the results of periodic tritium analysis from the seismic gap. A comparison of Figure 1 and Figure 5 reveals the concentrations of tritium in water recovered in the Unit 1 seismic gap have been consistently significantly higher than those detected in groundwater samples collected from Well AC and Well AM located to the southeast and southwest of the seismic gap, respectively. | * As discussed in previous RAPRs, increased concentrations of tritium were detected in Wells W and AP in 2005. In response the mobile groundwater extraction unit was activated to spot remediate these wells. As a result, concentrations of tritium in groundwater at these well locations exhibited a general downward temporal trend. | ||
Thus, continuous operation of the Unit 1 seismic gap drain is effectively removing residual SEP water in the seismic gap, resulting in the reduction of tritium concentrations in groundwater adjacent to the seismic gap. Significant concentrations of tritium continue to be removed from the Unit 1 seismic gap however the exact mass removed can no longer be accurately determined due to monitoring limitations imposed at the initiation of continuous draining. | Tritium concentrations at these wells are currently below the GWQC. | ||
The concentration distribution of tritium at the gap drains will vary with the source of the water being drained, the amount of precipitation since the last draining, and the movement of the water within the seismic gap.During the winter of 2006 to 2007, increased levels of tritium were detected in samples collected from the Unit 1 seismic gap drain. Concentrations began declining in early January and by late January had decreased significantly from the peak concentrations. | Recently higher concentrations of tritium (around 80,000 pCiIL) have been observed in groundwater samples from Well AR these are believed to be associated with the higher concentrations observed in Well AM during May of 2006. These slightly elevated concentrations represent material not captured by the operation of the mobile groundwater recovery unit during the summer of 2006. The mobile unit was deployed to Well AR to capture this additional volume and as a resulting in decreased tritium concentrations. | ||
Since mid-February tritium concentrations have fluctuated around a mean of 70 million pCi/L. During July the lowest concentration since early 2005 was reported in the Unit 1 7 seismic gap. Additionally, the highest concentration since January 2007 was detected in September. | Tritium concentration trends for wells screened in the shallow, water-bearing unit indicate that the groundwater extraction system has demonstrated the ability to achieve the remedial action objectives (i.e., reduce the mass of tritium in groundwater, and maintain hydraulic control). The current distribution of tritium in groundwater (December 2007) is presented on Figure 1, along with the distribution of tritium prior to the initiation of the pilot study (March 2004) and in December 2006. As shown on Figure 1, the mass of tritium in groundwater has continued to decrease through the operation of the groundwater extraction pilot study system and operation of the full-scale system. | ||
Relatively high concentrations have continued through December 2007.Increased tritium concentrations detected in water collected from the seismic gap drains suggests that under the continuous draining program, instituted in late February 2007, portions of the seismic gap previously unaffected by the draining program may be supplying water to the gap drain.Continuous or nearly continuous draining provides a positive assurance of an inward gradient of groundwater to the seismic gap and assures that there is no further potential to discharge to the environment. | . 3 Groundwater Extraction Groundwater extraction as a remedial strategy at the site was initiated with the operation of a pilot test from April 2004 to February 2005. In accordance with the RAWF' developed for the site, a full-scale groundwater recovery system (GRS) was subsequently implemented in February 2005 and has continued to operate to the present. | ||
Concentrations of tritium from the Unit I seismic gap (summarized by week) are shown on Figure 5.Monitoring of water drained from the Unit 2 seismic gap acts as a screen for a potential release from the Unit 2 SFP. Currently, plant related gamma-emitting radioisotopes have not been detected in samples collected from the Unit 2 seismic gap drain.Short-lived gamma-emitting radioisotopes Were not consistently detected in samples collected from the Unit I gap for the period between May 2004 and May 2007.Beginning in May 2007 sporadic detections | 3.1 Full-Scale System The objectives of the full-scale GRS consist of: 1) maintaining hydraulic containment of the tritium plume; and, 2) reducing tritium concentrations in groundwater. | ||
'of Co-58 and Sb-125 have occurred in water collected from the Unit-i seismic gap drain. PSEG is presently evaluating the gap draining program. Although continuous draining ensures an inward gradient, the elevation to which the gap is drained could be optimized to ensure a continuous inward gradient with a lower volume discharge. | The present operation of the GRS consists of groundwater extraction from Wells AB, AD, AJ, AN, AS, and AT. Well. S is not currently operating and has not been. in operation during 2006 or 2007 as a result of its low yield and resulting pump failures. | ||
The lack of the presence of short-lived gamma-emitting radioisotopes and decreasing tritium concentrations in groundwater at well locations outside of the Unit 1 seismic gap suggest that these radioisotopes are not migrating beyond the Unit-I seismic gap.Water samples will continue to be periodically obtained from the Unit 1 and Unit 2*seismic gap drain to evaluate the potential for the release of radioisotopes to the environment. | Groundwater extracted from the wells is processed in accordance with the Station's United States Nuclear Regulatory Commission (USNRC) license and plant procedures. | ||
Details of the extracted effluent are discussed below. | |||
3.2 Mobile Groundwater Recovery Unit 5 | |||
The mobile groundwater recovery unit was designed and built to target specific areas of the plume exhibiting greater tritium activity. The mobile unit typically operates between March and November (weather permitting). The mobile unit collects water in nominal 1,000 gallon batches for handling in accordance with the station's permits. The mobile unit has historically been used successfully at Wells AP and AM. Recently it has operated at Wells AR and AM which have shown relatively elevated concentrations with respect to the remainder of the plume 3.3 Total System Effluent Data and Evaluation The GRS became operational on February 16, 2005. The system operated in various configurations as part of the optimization process for approximately the first month. The GRS discharges continuously in accordance with the Station's USNRC permit allowing the GRS to be more effective and efficient than the pilot-scale system. As of December 31, 2007, the GRS has recovered greater than 17 million gallons of groundwater. This is equivalent to an average .recovery rate of approximately 12 gallons per minute or greater than 17 times the recharge rate for the extraction area (calculated to be 0.7 gallons per minute, based upon an assumed percentage of annual precipitation). Table 3 presents a summary of the full-scale system discharges through December 31, 2007. | |||
3.4 Water-Level Data and Evaluation Water level measurements from the extraction and select observation wells have been monitored to confirm hydraulic containment of the tritium groundwater plume. Water levels are periodically collected and evaluated according to the schedule described in the Q4 2006 RAPR submitted in February 2007. Groundwater elevation contours developed from water level measurements collected in August 2007 and January 2008 are presented in Figure 2 and. Figure 3, respectively. These contours indicate that the GRS system continues to be effective at capturing the extent of the tritium groundwater plume. Table 4 presents the water level measurement data. | |||
3.5 Cumulative Curies Removed The various groundwater recovery activities conducted to date have been successful in recovering tritium from groundwater at and downgradient of the Salem Unit 1 seismic gap. | |||
Figure 4 summarizes the results of groundwater remediation activities conducted using the well field and including both the pilot study and the permanent system. As shown on Figure 4 and Table 3, greater than 2.6 curies of tritium have been recovered from the operation of the GRS through December 31, 2007. Approximately 0.93 curies of tritium were removed by the pilot system. As the mass remaining in the plume 6 | |||
decreases so will the rate of tritium recovery by the GRS. The effectiveness of the GIRS is emphasized by the decrease and stabilization of system effluent concentrations since the activation of the full scale system in February 2005. System effluent concentrations averaged 21,510 pCiIL during the fourth quarter of 2007. This indicates that the GIRS has been successful at significantly decreasing tritium concentrations in groundwater as discharge concentrations are now less than 25 percent of the peak concentration (109,000) observed in March 2005. The mass of tritium in the plume was .recalculated in early 2006 to be approximately 2 to 5 Curies (depending on the amount of tritium drawn back through the seismic gap, the actual variability in discharge concentrations and the amount of tritium remaining in dead end pore spaces) at concentrations above the NJDEP GWQC. Based upon the tritium removed since the last recalculation, the present estimate would indicate that the plume retains 1.2 to 4.2 Curies of tritium. | |||
Therefore, GRS operations may achieve end criteria for tritium removal ahead of the previously communicated schedule. Ongoing data collection will provide additional data to confirm this preliminary conclusion later in 2008. | |||
4.0 Operation of the Seismic Gap Drain In addition to the operation of the GIRS and mobile groundwater recovery unit, the seismic gap drains in Salem Unit 1 and Unit 2 are being used to continuously drain the water from these gaps, resulting in the recovery of residual tritium concentrations recovering concentrations from the seismic gap. The operation of these permanent gap drains creates an inward gradient towards the gaps facilitating the recovery of water from low accessibility areas. | |||
Water samples from the seismic gap drains are periodically collected for tritium analysis. Table 5 and Figure 5 summarizes the results of periodic tritium analysis from the seismic gap. A comparison of Figure 1 and Figure 5 reveals the concentrations of tritium in water recovered in the Unit 1 seismic gap have been consistently significantly higher than those detected in groundwater samples collected from Well AC and Well AM located to the southeast and southwest of the seismic gap, respectively. Thus, continuous operation of the Unit 1 seismic gap drain is effectively removing residual SEP water in the seismic gap, resulting in the reduction of tritium concentrations in groundwater adjacent to the seismic gap. Significant concentrations of tritium continue to be removed from the Unit 1 seismic gap however the exact mass removed can no longer be accurately determined due to monitoring limitations imposed at the initiation of continuous draining. The concentration distribution of tritium at the gap drains will vary with the source of the water being drained, the amount of precipitation since the last draining, and the movement of the water within the seismic gap. | |||
During the winter of 2006 to 2007, increased levels of tritium were detected in samples collected from the Unit 1 seismic gap drain. Concentrations began declining in early January and by late January had decreased significantly from the peak concentrations. | |||
Since mid-February tritium concentrations have fluctuated around a mean of 70 million pCi/L. During July the lowest concentration since early 2005 was reported in the Unit 1 7 | |||
seismic gap. Additionally, the highest concentration since January 2007 was detected in September. Relatively high concentrations have continued through December 2007. | |||
Increased tritium concentrations detected in water collected from the seismic gap drains suggests that under the continuous draining program, instituted in late February 2007, portions of the seismic gap previously unaffected by the draining program may be supplying water to the gap drain. | |||
Continuous or nearly continuous draining provides a positive assurance of an inward gradient of groundwater to the seismic gap and assures that there is no further potential to discharge to the environment. Concentrations of tritium from the Unit I seismic gap (summarized by week) are shown on Figure 5. | |||
Monitoring of water drained from the Unit 2 seismic gap acts as a screen for a potential release from the Unit 2 SFP. Currently, plant related gamma-emitting radioisotopes have not been detected in samples collected from the Unit 2 seismic gap drain. | |||
Short-lived gamma-emitting radioisotopes Were not consistently detected in samples collected from the Unit I gap for the period between May 2004 and May 2007. | |||
Beginning in May 2007 sporadic detections 'of Co-58 and Sb-125 have occurred in water collected from the Unit-i seismic gap drain. PSEG is presently evaluating the gap draining program. Although continuous draining ensures an inward gradient, the elevation to which the gap is drained could be optimized to ensure a continuous inward gradient with a lower volume discharge. | |||
The lack of the presence of short-lived gamma-emitting radioisotopes and decreasing tritium concentrations in groundwater at well locations outside of the Unit 1 seismic gap suggest that these radioisotopes are not migrating beyond the Unit-I seismic gap. | |||
Water samples will continue to be periodically obtained from the Unit 1 and Unit 2* | |||
seismic gap drain to evaluate the potential for the release of radioisotopes to the environment. | |||
5.0 Upcoming Activities Activities projected for the first half of 2008 (January through June) include the following: | 5.0 Upcoming Activities Activities projected for the first half of 2008 (January through June) include the following: | ||
* Ongoing evaluation of the Unit I Seismic Gap to refine the procedures and protocols as necessary to adaptively manage the operation and sampling of the GRS; | |||
* Continue to measure groundwater levels and evaluate flow and plume containment; | |||
* Continued groundwater sampling and analysis; and, | |||
" Continued operation and evaluation of the GRS performance. | |||
* Continue to monitor continuous draining of seismic gap drains 8 | |||
If you have any questions or comments regarding the contents of this report, please do not hesitate to contact me at (856) 339-5066. | |||
Sincerely, Greg Suey Manager - | |||
Salem Chemistry, Environmental, and Radwaste C Ron Nimitz- NRC NRC - Salem Resident Inspector NRC - Document Room 9 | |||
BC: Chris White H15 George Gellrich S05 Ben Neufeld S07 Edward Keating N21 John Valeri Jr. T5 File#Groundwater EXTERNAL Peter Milionis, ARCADIS Bradley Pierce, ARCADIS Scott Potter, PhD., ARCADIS Christopher Sharpe, ARCADIS 10 | |||
a I of 2 Table 01. Well Construction Details, PSEG Nuclear, LLC, Salem Generating Station, Hancock's Bridge, New Jersey. | |||
Installation Construction Diameter Total Depth Monitoring Monitored MP MP Northing Easting Well ID Date Details (inches) (feet bgs) Interval Hydrogeologic Elevation Elevation (NAD 83) (NAD 83) | |||
(feet bgs) Unit (feet RPD) (feet amsl) | |||
Well K Feb-03 Sch-40 PVC 2 80.0 70.0- 80.0 Vincentown1 102.00 12.08 231,435 199,697 Well L Jan-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown1 101.46 11.54 230,933 199,263 Well M May-03 Sch-40 PVC 1 20.0 10.0 -20.0 Cofferdam 2 102.17 12.25 230,843 199,546 Well N Jan-03 Sch-40 PVC 2 20.0 10.0-20.0 Cofferdam 2 101.65 11.73 230,777 199,661 Well 0 Jan-03 Sch-40 PVC 2 20.0 10.0-20.0 Cofferdam 2 101.33 11.41 230,804 199,839 Well P Mar-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown ' 101.13 11.21 230,336 200,000 Well Q Mar-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown ' 106.59 16.67 230,645 201,196 Well R Jun-03 Sch-40 PVC 1 19.0 9.0- 19.0 Cofferdam 2 102.35 12.43 230,906 199,640 Well S4 May-03 Sch-40 PVC 2 34.7 24.7-34.7 Shallow 3 99.04 9.12 230,711 199,613 Well T Jun-03 Sch-40 PVC 2 31.2 21.2-31.2 Shallow 3 104.13 14.21 231,575 199,575 Well U4 May-03 Sch-40 PVC 2 32.2 27.2-32.2 Shallow3 98.57 8.65 231,370 199,618 Well V4 Jun-03 Sch-40 PVC 2 79.5 69.5-79.5 Vincentown ' 98.74 8.82 231,355 199,548 Well W4 Jun-03 Sch-40 PVC 2 35.0 25.0- 35.0 Shallow 3 98.26 8.34 230,777 199,450 Well Y Sep-03 Sch-40 PVC 2 37.0 27.0-35.0 Shallow 3 101.81 11.89 230,771 199,343 Well Z Sep-03 Sch-40 PVC 2 37.5 27.5-37.5 Shallow 3 101.86 11.94 230,681 199,399 Well AA4 Sep-03 Sch-40 PVC 2 36.0 26.0- 36.0 Shallow 3 99.07 9.15 230,603 199,541 Well AB4 Oct-03 Sch-40 PVC 2 42.0 32.0- 42.0 Shallow 3 98.93 9.01 230,623 199,677 Well AC 4 Sep-03 Sch-40 PVC 2 24.0 14.0 -24.0 Cofferdam2 98.77 8.85 230,724 199,725 Well AD4 Oct-03 Sch-40 PVC 6 43.0 33.0-43.0 Shallow 3 98.99 9.07 230,684 199,607 Well AE Oct-03 Sch-40 PVC 2 37.5 27.5-37.5 Cofferdam2 101.54 11.62 230,829 199,845 Notes: | |||
MP Measuring Point bgs Below ground surface RPD Relative to plant datum amsl Relative to mean sea level (NAVD 1988) 1 Monitoring well is screened in the Vincentown Formation. | |||
2 Monitoring well is screened in the shallow, water-bearing unit at a location within the limits of the cofferdam. | |||
3 Monitoring well is screened in the shallow, water-bearing unit at a location outside the limits of the cofferdam. | |||
4 The surface completions of Monitoring Wells S, U, V, W, AA, AB, AC, and AD were converted from above-grade to flush-grade in February 2004. | |||
a 2 of 2 Table 01. Well Construction Details, PSEG Nuclear, LLC, Salem Generating Station, Hancock's Bridge, New Jersey. | |||
Installation Construction Diameter Total Depth Monitoring Monitored MP MP Northing Easting Well ID Date Details (inches) (feet bgs) Interval Hydrogeologic Elevation Elevation (NAD 83) (NAD 83) | |||
(feet bgs) Unit (feet RPD) (feet amsl) | |||
Well AF Oct-03 Sch-40 PVC 2 45.0 35.0 -45.0 Shallow3 101.61 11.69 230,491 199,702 Well AG-Shallow Feb-04 |
Latest revision as of 05:16, 13 March 2020
ML080930203 | |
Person / Time | |
---|---|
Site: | Salem ![]() |
Issue date: | 03/25/2008 |
From: | Suey G Public Service Enterprise Group |
To: | Tuccillo K Office of Nuclear Reactor Regulation, State of NJ, Dept of Environmental Protection, Bureau of Nuclear Engineering |
References | |
SCH08-032 | |
Download: ML080930203 (90) | |
Text
PSEG Nuclear LLC P.O. Box 236, Hancock Bridge, NJ 08038-0236 CERTIFIED MAIL 0 PSEG NuclearLLC March 25, 2008 " .2 ,/I7 SCH08-032 Karen Tuccillo Radiation Protection Programs Bureau of Nuclear Engineering New Jersey Department of Environmental Protection 33 Arctic Parkway Trenton, New Jersey 08625 QUARTERLY REMEDIAL ACTION PROGRESS REPORT, FOURTH QUARTER 2007 PSEG NUCLEAR, LLC, SALEM GENERATING STATION
Dear Ms. Tuccillo:
PSEG Nuclear LLC (PSEG) has prepared this Quarterly Remedial Action Progress Report (RAPR) summarizing groundwater remediation activities performed in 2007 including activities performed since the submission of the previous RAPR in December 2007 at the PSEG Nuclear, LLC, Salem Generating Station (Station). The Station is located on Artificial Island in Hancock's Bridge, Salem County, New Jersey.
Groundwater remediation activities are being conducted to address tritium detected in shallow groundwater adjacent to and south of the Salem Unit 1 Reactor Containment and Fuel Handling Building. The Station site plan is depicted in Figure 1.
The release of tritium contaminated water to the environment ceased in February 2003 when the Salem Unit 1 telltale drains were cleared and the Spent Fuel Pool (SFP) water that had accumulated behind the liner was drained. Following draining activities, a regular program was instituted whereby the telltale drains are monitored for flow and the seismic gap is continuously drained.
Short-lived gamma-emitting radioisotopes, which are associated with site operations, had not been consistently detected in groundwater collected from the seismic gap since May 2004 until recently. Since May 2007 cobalt 58 (Co-58) has been sporadically detected in groundwater collected from within the seismic gap. However, short-lived gamma-emitting radioisotopes have not been detected and tritium concentrations have continued to decline in groundwater collected outside of the seismic gap indicating that current draining protocols are adequately capturing groundwater.
At present, it is estimated that the previous estimate of 2 to 5 Curies of tritium in the plume where it exists above the NJDEP Ground Water Quality Criteria (GWQC) has been reduced by approximately 0.6 Curies since the first quarter of 2006. The range is
.W dependant on the amount of tritium drawn back through the seismic gap, the actual
degree of variability in the tritium concentrations of the groundwater, and the amount of mass held in dead end pore space.
The following sections present the background of environmental investigation and remedial action at the site, the details and results of activities conducted since the submittal of the December 2007 RAPR, the progress of remedial actions conducted to date, and provide a discussion of upcoming activities projected for the next reporting period.
1 Project Background In April 2004, a Remedial Investigation Report (RIR) was submitted to the New Jersey Department of Environmental Protection Bureau of Nuclear Engineering (NJDEP-BNE) presenting the details and results of a groundwater investigation conducted following the discovery of tritium in groundwater adjacent to Salem Unit 1. The results of the remedial investigation indicated that the source of tritium detected in groundwater was the Spent Fuel Pool, the tritium release to the environment had been stopped, and that tritium had not migrated to the property boundary above the New Jersey GWQC.
Based on the results of the remedial investigation a remedial action strategy was developed to hydraulically limit further migration and reduce the concentration of tritium remaining in groundwater adjacent to Salem Unit 1. In April 2004, PSEG initiated a pilot
- study designed to demonstrate the effectiveness of groundwater extraction for achieving remedial objectives. The pilot study proved to be effective, and in July 2004, a Remedial Action Work Plan (RAWP) proposing the operation of a full-scale groundwater extraction system was prepared and submitted to the NJDEP-BN. The RAWP was approved by the NJDEP-BNE in November 2004 and a full-scale groundwater extraction system was subsequently installed.
Further, in September 2005, weekly draining of the Unit I seismic gap was initiated to ensure that the flow of water entering the seismic gap was directed toward the interior of the building for treatment rather than outward toward the environment. Continuous draining of the Unit 1 seismic gap was initiated in late February 2007.
2 Continued Groundwater Monitoring Groundwater monitoring activities continued through this reporting period in accordance with the schedule provided to NJDEP-BNE. The sampling program is designed to provide representative data necessary to evaluate plume containment. Monitoring activities include the periodic collection of groundwater samples from the 36 Station monitoring wells. A summary of monitoring well construction details is presented in Table 1. Monitoring well locations are depicted on Figure 1.
- 1 Groundwater samples are initially submitted to Salem Chemistry for analysis for tritium and short-lived gamma-emitting radioisotopes. Samples indicating tritium 2
concentrations less than 50,000 picocuries per liter (pCi/L) are sent to Maplewood Testing Services for more refined analysis.
Historical and current analytical data indicate that plant related gamma-emitting radioisotopes have not been detected in groundwater from any monitoring well since monitoring was initiated in 2003. Detailed historic analytical radioisotope groundwater results were presented in the previously submitted RIR and RAPRs and are not presented herein.
Historical analytical tritium results for groundwater collected from the Station monitoring wells are presented on Figure 1 and Table 2. Included on Figure 1 are: panel 1) the extent of tritium in groundwater at the completion of the remedial investigation (Baseline Plume); panel 2) the extent of tritium in groundwater one year ago in December 2006; and, panel 3) the extent of tritium in groundwater in December 2007. Based on a review of Figure 1, it is apparent that the mass of tritium in groundwater has been significantly reduced by the remedial efforts occurring at the site. Details regarding these activities are discussed below.
The analytical results for groundwater samples collected from the monitoring wells were evaluated based on the water-bearing zone in which they are screened. The three primary water-bearing units investigated beneath the Station are: 1) the Vincentown Formation; 2) the shallow water-bearing unit within the limits of the cofferdam surrounding Salem Unit 1; and, 3) the shallow, water-bearing unit outside the limits of the cofferdam.
2.1 Tritium Analytical Results for the Vincentown Formation The following wells are screened in the Vincentown Formation: Well V, Well K, Well L, Well P, Well Q, and, Well CB. Groundwater quality for Well K, Well L, Well P, and Well Q is currently monitored on a semi-annual basis. Groundwater quality for Well V and Well CB is currently monitored on a quarterly and monthly basis, respectively.
Tritium has consistently not been detected above laboratory detection limits or detected at relatively low levels in groundwater at all monitoring wells screened within the Vincentown formation since the initiation of monitoring at these locations. The groundwater monitoring results continue to indicate that the previous release of tritium impacted water from the SFP has not significantly migrated below the shallow water-bearing unit.
2.2 Tritium Analytical Results for Wells Installed Within the Limits of the Cofferdam The following wells are screened in the shallow, water-bearing unit within the limits of the cofferdam: Well M, Well N, Well 0, Well R, Well AC, Well AE, Well Al, Well AM, 3
Well AN, and Well AO. Groundwater quality for these wells is currently monitored on a monthly basis. However, Well AO has been inaccessible due to site constraints and has not been sampled since January 2007.
Groundwater collected from Well AC, Well AM, and Well AN exhibit the highest concentrations of tritium at the Site, likely due to their location relative to the previous release from the Salem Unit 1 seismic gap. However, groundwater at these wells exhibits general decreasing temporal tritium concentration trends since the initiation of monitoring in 2003. For instance, tritium concentrations at Well AC, located directly southeast of the Salem Unit 1 seismic gap, have steadily declined from a maximum of 15,000,000 pCi/L in April 2003 to 53,500 pCi/L during the most recent sampling event in December 2007. Further, the decrease in tritium concentrations at Well AC is additional confirmation that tritium impacted groundwater is no longer being released from the seismic gap and the remedial groundwater recovery system is effectively reducing concentrations of previously released tritium. Well AM exhibits fluctuating concentrations which continue to be addressed using the mobile groundwater extraction unit. The mobile unit has previously been used with success at this and other wells to remediate localized portions of the tritium plume and will continue to be used in this manner.
Tritium concentrations at Well 0 are typically below GWQC. However, some seasonal fluctuation is typically observed in this area. Fluctuations are believed to be associated with the changes. that occur in the plume as a result of seasonal variation in the groundwater flow patterns within this area.
Tritium concentrations at Well M, Well N, Well R, Well AE, Well Al, and Well AO are below GWQC and generally show consistent declining temporal trends. Tritium concentrations at all well locations within the cofferdam have generally decreased by one order of magnitude or more since the initiation of monitoring, indicating that remedial activities are effectively removing mass from the areas of greatest concentration.
2.3 Tritium Analytical Results for Wells Installed Outside the Limits of the Cofferdam The wells installed in the shallow, water-bearing unit beyond the limits of the cofferdam are Well S, Well T, Well U, Well W, Well Y, Well Z, Well AA, Well AB, Well AD, Well AF, Well AG (Shallow and Deep), Well AH (Shallow and Deep), Well AJ, Well AL, Well AP, Well AQ, Well AR, Well AS, Well AT, and Well CA. These wells are screened either just above the clay confining unit that separates the shallow water-bearing unit from the Vincentown Formation, or in the interval indicating the highest tritium concentrations found in the shallow water-bearing unit at each boring location at the time of the Supplemental' Investigation completed in August 2003.
4
- As discussed in previous RAPRs, increased concentrations of tritium were detected in Wells W and AP in 2005. In response the mobile groundwater extraction unit was activated to spot remediate these wells. As a result, concentrations of tritium in groundwater at these well locations exhibited a general downward temporal trend.
Tritium concentrations at these wells are currently below the GWQC.
Recently higher concentrations of tritium (around 80,000 pCiIL) have been observed in groundwater samples from Well AR these are believed to be associated with the higher concentrations observed in Well AM during May of 2006. These slightly elevated concentrations represent material not captured by the operation of the mobile groundwater recovery unit during the summer of 2006. The mobile unit was deployed to Well AR to capture this additional volume and as a resulting in decreased tritium concentrations.
Tritium concentration trends for wells screened in the shallow, water-bearing unit indicate that the groundwater extraction system has demonstrated the ability to achieve the remedial action objectives (i.e., reduce the mass of tritium in groundwater, and maintain hydraulic control). The current distribution of tritium in groundwater (December 2007) is presented on Figure 1, along with the distribution of tritium prior to the initiation of the pilot study (March 2004) and in December 2006. As shown on Figure 1, the mass of tritium in groundwater has continued to decrease through the operation of the groundwater extraction pilot study system and operation of the full-scale system.
. 3 Groundwater Extraction Groundwater extraction as a remedial strategy at the site was initiated with the operation of a pilot test from April 2004 to February 2005. In accordance with the RAWF' developed for the site, a full-scale groundwater recovery system (GRS) was subsequently implemented in February 2005 and has continued to operate to the present.
3.1 Full-Scale System The objectives of the full-scale GRS consist of: 1) maintaining hydraulic containment of the tritium plume; and, 2) reducing tritium concentrations in groundwater.
The present operation of the GRS consists of groundwater extraction from Wells AB, AD, AJ, AN, AS, and AT. Well. S is not currently operating and has not been. in operation during 2006 or 2007 as a result of its low yield and resulting pump failures.
Groundwater extracted from the wells is processed in accordance with the Station's United States Nuclear Regulatory Commission (USNRC) license and plant procedures.
Details of the extracted effluent are discussed below.
3.2 Mobile Groundwater Recovery Unit 5
The mobile groundwater recovery unit was designed and built to target specific areas of the plume exhibiting greater tritium activity. The mobile unit typically operates between March and November (weather permitting). The mobile unit collects water in nominal 1,000 gallon batches for handling in accordance with the station's permits. The mobile unit has historically been used successfully at Wells AP and AM. Recently it has operated at Wells AR and AM which have shown relatively elevated concentrations with respect to the remainder of the plume 3.3 Total System Effluent Data and Evaluation The GRS became operational on February 16, 2005. The system operated in various configurations as part of the optimization process for approximately the first month. The GRS discharges continuously in accordance with the Station's USNRC permit allowing the GRS to be more effective and efficient than the pilot-scale system. As of December 31, 2007, the GRS has recovered greater than 17 million gallons of groundwater. This is equivalent to an average .recovery rate of approximately 12 gallons per minute or greater than 17 times the recharge rate for the extraction area (calculated to be 0.7 gallons per minute, based upon an assumed percentage of annual precipitation). Table 3 presents a summary of the full-scale system discharges through December 31, 2007.
3.4 Water-Level Data and Evaluation Water level measurements from the extraction and select observation wells have been monitored to confirm hydraulic containment of the tritium groundwater plume. Water levels are periodically collected and evaluated according to the schedule described in the Q4 2006 RAPR submitted in February 2007. Groundwater elevation contours developed from water level measurements collected in August 2007 and January 2008 are presented in Figure 2 and. Figure 3, respectively. These contours indicate that the GRS system continues to be effective at capturing the extent of the tritium groundwater plume. Table 4 presents the water level measurement data.
3.5 Cumulative Curies Removed The various groundwater recovery activities conducted to date have been successful in recovering tritium from groundwater at and downgradient of the Salem Unit 1 seismic gap.
Figure 4 summarizes the results of groundwater remediation activities conducted using the well field and including both the pilot study and the permanent system. As shown on Figure 4 and Table 3, greater than 2.6 curies of tritium have been recovered from the operation of the GRS through December 31, 2007. Approximately 0.93 curies of tritium were removed by the pilot system. As the mass remaining in the plume 6
decreases so will the rate of tritium recovery by the GRS. The effectiveness of the GIRS is emphasized by the decrease and stabilization of system effluent concentrations since the activation of the full scale system in February 2005. System effluent concentrations averaged 21,510 pCiIL during the fourth quarter of 2007. This indicates that the GIRS has been successful at significantly decreasing tritium concentrations in groundwater as discharge concentrations are now less than 25 percent of the peak concentration (109,000) observed in March 2005. The mass of tritium in the plume was .recalculated in early 2006 to be approximately 2 to 5 Curies (depending on the amount of tritium drawn back through the seismic gap, the actual variability in discharge concentrations and the amount of tritium remaining in dead end pore spaces) at concentrations above the NJDEP GWQC. Based upon the tritium removed since the last recalculation, the present estimate would indicate that the plume retains 1.2 to 4.2 Curies of tritium.
Therefore, GRS operations may achieve end criteria for tritium removal ahead of the previously communicated schedule. Ongoing data collection will provide additional data to confirm this preliminary conclusion later in 2008.
4.0 Operation of the Seismic Gap Drain In addition to the operation of the GIRS and mobile groundwater recovery unit, the seismic gap drains in Salem Unit 1 and Unit 2 are being used to continuously drain the water from these gaps, resulting in the recovery of residual tritium concentrations recovering concentrations from the seismic gap. The operation of these permanent gap drains creates an inward gradient towards the gaps facilitating the recovery of water from low accessibility areas.
Water samples from the seismic gap drains are periodically collected for tritium analysis. Table 5 and Figure 5 summarizes the results of periodic tritium analysis from the seismic gap. A comparison of Figure 1 and Figure 5 reveals the concentrations of tritium in water recovered in the Unit 1 seismic gap have been consistently significantly higher than those detected in groundwater samples collected from Well AC and Well AM located to the southeast and southwest of the seismic gap, respectively. Thus, continuous operation of the Unit 1 seismic gap drain is effectively removing residual SEP water in the seismic gap, resulting in the reduction of tritium concentrations in groundwater adjacent to the seismic gap. Significant concentrations of tritium continue to be removed from the Unit 1 seismic gap however the exact mass removed can no longer be accurately determined due to monitoring limitations imposed at the initiation of continuous draining. The concentration distribution of tritium at the gap drains will vary with the source of the water being drained, the amount of precipitation since the last draining, and the movement of the water within the seismic gap.
During the winter of 2006 to 2007, increased levels of tritium were detected in samples collected from the Unit 1 seismic gap drain. Concentrations began declining in early January and by late January had decreased significantly from the peak concentrations.
Since mid-February tritium concentrations have fluctuated around a mean of 70 million pCi/L. During July the lowest concentration since early 2005 was reported in the Unit 1 7
seismic gap. Additionally, the highest concentration since January 2007 was detected in September. Relatively high concentrations have continued through December 2007.
Increased tritium concentrations detected in water collected from the seismic gap drains suggests that under the continuous draining program, instituted in late February 2007, portions of the seismic gap previously unaffected by the draining program may be supplying water to the gap drain.
Continuous or nearly continuous draining provides a positive assurance of an inward gradient of groundwater to the seismic gap and assures that there is no further potential to discharge to the environment. Concentrations of tritium from the Unit I seismic gap (summarized by week) are shown on Figure 5.
Monitoring of water drained from the Unit 2 seismic gap acts as a screen for a potential release from the Unit 2 SFP. Currently, plant related gamma-emitting radioisotopes have not been detected in samples collected from the Unit 2 seismic gap drain.
Short-lived gamma-emitting radioisotopes Were not consistently detected in samples collected from the Unit I gap for the period between May 2004 and May 2007.
Beginning in May 2007 sporadic detections 'of Co-58 and Sb-125 have occurred in water collected from the Unit-i seismic gap drain. PSEG is presently evaluating the gap draining program. Although continuous draining ensures an inward gradient, the elevation to which the gap is drained could be optimized to ensure a continuous inward gradient with a lower volume discharge.
The lack of the presence of short-lived gamma-emitting radioisotopes and decreasing tritium concentrations in groundwater at well locations outside of the Unit 1 seismic gap suggest that these radioisotopes are not migrating beyond the Unit-I seismic gap.
Water samples will continue to be periodically obtained from the Unit 1 and Unit 2*
seismic gap drain to evaluate the potential for the release of radioisotopes to the environment.
5.0 Upcoming Activities Activities projected for the first half of 2008 (January through June) include the following:
- Ongoing evaluation of the Unit I Seismic Gap to refine the procedures and protocols as necessary to adaptively manage the operation and sampling of the GRS;
- Continue to measure groundwater levels and evaluate flow and plume containment;
- Continued groundwater sampling and analysis; and,
" Continued operation and evaluation of the GRS performance.
- Continue to monitor continuous draining of seismic gap drains 8
If you have any questions or comments regarding the contents of this report, please do not hesitate to contact me at (856) 339-5066.
Sincerely, Greg Suey Manager -
Salem Chemistry, Environmental, and Radwaste C Ron Nimitz- NRC NRC - Salem Resident Inspector NRC - Document Room 9
BC: Chris White H15 George Gellrich S05 Ben Neufeld S07 Edward Keating N21 John Valeri Jr. T5 File#Groundwater EXTERNAL Peter Milionis, ARCADIS Bradley Pierce, ARCADIS Scott Potter, PhD., ARCADIS Christopher Sharpe, ARCADIS 10
a I of 2 Table 01. Well Construction Details, PSEG Nuclear, LLC, Salem Generating Station, Hancock's Bridge, New Jersey.
Installation Construction Diameter Total Depth Monitoring Monitored MP MP Northing Easting Well ID Date Details (inches) (feet bgs) Interval Hydrogeologic Elevation Elevation (NAD 83) (NAD 83)
(feet bgs) Unit (feet RPD) (feet amsl)
Well K Feb-03 Sch-40 PVC 2 80.0 70.0- 80.0 Vincentown1 102.00 12.08 231,435 199,697 Well L Jan-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown1 101.46 11.54 230,933 199,263 Well M May-03 Sch-40 PVC 1 20.0 10.0 -20.0 Cofferdam 2 102.17 12.25 230,843 199,546 Well N Jan-03 Sch-40 PVC 2 20.0 10.0-20.0 Cofferdam 2 101.65 11.73 230,777 199,661 Well 0 Jan-03 Sch-40 PVC 2 20.0 10.0-20.0 Cofferdam 2 101.33 11.41 230,804 199,839 Well P Mar-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown ' 101.13 11.21 230,336 200,000 Well Q Mar-03 Sch-40 PVC 2 80.0 70.0-80.0 Vincentown ' 106.59 16.67 230,645 201,196 Well R Jun-03 Sch-40 PVC 1 19.0 9.0- 19.0 Cofferdam 2 102.35 12.43 230,906 199,640 Well S4 May-03 Sch-40 PVC 2 34.7 24.7-34.7 Shallow 3 99.04 9.12 230,711 199,613 Well T Jun-03 Sch-40 PVC 2 31.2 21.2-31.2 Shallow 3 104.13 14.21 231,575 199,575 Well U4 May-03 Sch-40 PVC 2 32.2 27.2-32.2 Shallow3 98.57 8.65 231,370 199,618 Well V4 Jun-03 Sch-40 PVC 2 79.5 69.5-79.5 Vincentown ' 98.74 8.82 231,355 199,548 Well W4 Jun-03 Sch-40 PVC 2 35.0 25.0- 35.0 Shallow 3 98.26 8.34 230,777 199,450 Well Y Sep-03 Sch-40 PVC 2 37.0 27.0-35.0 Shallow 3 101.81 11.89 230,771 199,343 Well Z Sep-03 Sch-40 PVC 2 37.5 27.5-37.5 Shallow 3 101.86 11.94 230,681 199,399 Well AA4 Sep-03 Sch-40 PVC 2 36.0 26.0- 36.0 Shallow 3 99.07 9.15 230,603 199,541 Well AB4 Oct-03 Sch-40 PVC 2 42.0 32.0- 42.0 Shallow 3 98.93 9.01 230,623 199,677 Well AC 4 Sep-03 Sch-40 PVC 2 24.0 14.0 -24.0 Cofferdam2 98.77 8.85 230,724 199,725 Well AD4 Oct-03 Sch-40 PVC 6 43.0 33.0-43.0 Shallow 3 98.99 9.07 230,684 199,607 Well AE Oct-03 Sch-40 PVC 2 37.5 27.5-37.5 Cofferdam2 101.54 11.62 230,829 199,845 Notes:
MP Measuring Point bgs Below ground surface RPD Relative to plant datum amsl Relative to mean sea level (NAVD 1988) 1 Monitoring well is screened in the Vincentown Formation.
2 Monitoring well is screened in the shallow, water-bearing unit at a location within the limits of the cofferdam.
3 Monitoring well is screened in the shallow, water-bearing unit at a location outside the limits of the cofferdam.
4 The surface completions of Monitoring Wells S, U, V, W, AA, AB, AC, and AD were converted from above-grade to flush-grade in February 2004.
a 2 of 2 Table 01. Well Construction Details, PSEG Nuclear, LLC, Salem Generating Station, Hancock's Bridge, New Jersey.
Installation Construction Diameter Total Depth Monitoring Monitored MP MP Northing Easting Well ID Date Details (inches) (feet bgs) Interval Hydrogeologic Elevation Elevation (NAD 83) (NAD 83)
(feet bgs) Unit (feet RPD) (feet amsl)
Well AF Oct-03 Sch-40 PVC 2 45.0 35.0 -45.0 Shallow3 101.61 11.69 230,491 199,702 Well AG-Shallow Feb-04 Sch-40 PVC 1 24.2 14.2 -24.2 Shallow 3 99.29 9.37 230,496 199,508 Well AG-Deep Feb-04 Sch-40 PVC 1 40.0 30.0 -40.0 Shallow 3 99.20 9.28 230,496 199,508 Well AH-Shallow 3 Feb-04 Sch-40 PVC 1 24.5 14.5 -24.5 Shallow 102.58 12.66 230,450 199,596 Well AH-Deep Feb-04 Sch-40 PVC 1 40.0 30.0 -40.0 Shallow 3 102.70 12.78 230,450 199,596 Well Al Jan-04 Sch-40 PVC 4 22.0 12.0 -22.0 Cofferdam 2 98.79 8.87 230,798 199,521 Well AJ 3 Jan-04 Sch-40 PVC 4 35.3 15.3 -35.3 Shallow 98.85 8.93 230,670 199,665 Well AL 3 Jan-04 Sch-40 PVC 2 25.3 15.3 -25.3 Shallow 99.13 9.21 230,594 199,806 Well AM Jan-04 Sch-40 PVC 4 20.9 10.9 -20.9 Cofferdam 2 98.55 8.63 230,762 199,680 Well AN Jun-04 Sch-40 PVC 4 25.0 10.0-25.0 Cofferdam2 98.76 8.84 230,727 199,735 Well AO Jun-04 Sch-40 PVC 4 21.0 11.0 - 21.0 Cofferdam2 98.82 8.90 230,765 199,556 Well AP Jun-04 Sch-40 PVC 4 40.0 15.0 -40.0 Shallow3 98.65 8.73 230,694 199,464 Well AQ Jun-04 Sch-40 PVC 41 45.0 20.0-45.0 Shallow3 99.05 9.13 230,526 199,540 Well AR Jun-04 Sch-40 PVC 4 43.0 18.0-43.0 Shallow3 99.22 9.30 230,622 199,626 Well AS Jun-04 Sch-40 PVC 4 41.5 16.5-41.5 Shallow3 99.44 9.52 230,566 199,604 Well AT Jun-04 Sch-40 PVC 4 44.0 19.0 -44.0 Shallow3 99.25 9.33 230,546 199,566 Well BW Dec-06 Sch-40 PVC 1 10 5-10 Shallow1 98.72 8.80 231563.00 199,864 Well BX Dec-06 Sch-40 PVC 1 10 5-10 Shallow1 98.72 8.80 231582.00 199,876 Well CA Dec-06 Sch-40 PVC 4 38 28.0 -38.0 Shallow2 98.87 8.95 231318.00. 199,791 Well CB Dec-06 Sch-40 PVC 2 80 70.0 - 80.0 Vincentown 3 98.98 9.06 231328.00 199,787 Notes:
MP Measuring Point, bgs Below ground surface RPD Relative to plant datum amsl Relative to mean sea level (NAVD 1988) 1 Monitoring well is screened in the Vincentown Formation.
2 Monitoring well is screened in the shallow, water-bearing unit at a location within the limits of the cofferdam.
3 Monitoring well is screened in the shallow, water-bearing unit at a location outside the limits of the cofferdam.
4 The surface completions of Monitoring Wells S, U, V, W, AA, AB, AC, and AD were converted from above-grade to flush-grade in February 2004.
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L)I LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- K 01/29/03 -153 153 90 Well- K 02/03/03 ý153 153 91 0.74 1,060 Well- K 02/05/03 1,120 147 104 Well- K 02/12/03 506 148 96 Well- K 02/27/03 1,170 145 104 0.8 1,210 Well- K 03/14/03 937 144 100 1.38 1,200 Well- K 03/18/03 875 144 99 1.19 1,060 Well- K 03/26/03 822 140 97 Well- K 03/31/03 677 155 103 Well- K 04/09/03 1,010 140 99 Well- K 04/17/03 1,170 141 102 Well- K 04/21/03 911 140 98 Well- K 04/29/03 833 142 97 Well- K 05/05/03 948 135 96 Well- K 05/20/03 878 145 100 Well- K 05/28/03 859 141 97 Well- K 06/04/03 921 141 98 Well- K 06/10/03 897 138 97 Well- K 06/17/03 894 141 98 Well- K 06/24/03 783 141 96 Well- K 06/30/03 914 142 99 Well- K 07/16/03 870 140 97 Well- K 07/29/03 950 140 98 Well- K 08/12/03 845 142 98 1.13 1,190 Well- K 08/27/03 852 141 97 1.02 1,220 Well- K 09/09/03 653 147 98 1.16 1,170 Well- K 09/25/03 713 139 94 0.82 1,280 Well- K 10/06/03 880 143 99 1.15 1,250 Well- K 11/09/03 891 141 98 0.92 1,330 Well- K 02/04/04 762 139 95 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
( Constituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page I of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- K 06/10/04 777 143 97 - -
Well- K 08/02/04 720 144 97 0.67 1,160 Well- K 10/04/04 485 156 100 - -
Well- K 11/03/04 598 148 98 1.60 1,270 Well- K 12/06/04 1 -4,520 4,520 1,370 -- -
Well- K 01/10/05 480 152 98 2.12 1,200 Well- K 02/01/05 602 139 93 - -
Well- K 03/03/05 711 146 98 ....
Well- K 04/05/05 740 143 97 - -
Well- K 05/09/05 473 155 100 -- -
Well- K 07/05/05 721 150 101 - --
Well- K 01/09/06 511 155 100 - -
Well- K 07/10/06 404 153 97 - -
Well- K 01/23/07 468 152 98 - --
Well- K 07/12/07 294 144 90 - -
Well- L 01/22/03 ,147 147 87 0.76 1,020 Well- L 01/23/03 '146 146 86 0.67 1,890 Well- L 01/24/03 -147 147 87 0.59 2,000 Well- L 01/27/03 -151 151 89 0.53 1,900 Well- L 03/14/03 ,143 143 85 ....
Well- L 03/18/03 -143 143 86 -- -
Well- L 04/02/03 '153 153 91 - -
Well- L 04/08/03 ,142 142 86 - -
Well- L 04/15/03 '141 141 84 - -
Well- L 04/24/03 -139 139 82 - -
Well- L 04/29/03 '141 141 83 -- -
Well- L 05/05/03 '134 134 82 ....
Well- L 05/15/03 '144 144 85 -- -
Well- L 05/20/03 -144 144' 86 - -
Notes:
LLD Lower Limit ofDetection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
- Constituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 2 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Identification Sample Date' Note Result (pCi/L)I Tritium LLD Deviation T Boron(mg/L)
Major Cations and Anions Sodium(mg/L)
Well- L 05/28/03 '141 141 84 Well- L 06/04/03 -140 140 84 Well- L 06/10/03 ,137 137 82 Well- L 06/17/03 -141 141 84 Well- L 06/24/03 '141 141 84 Well- L 06/30/03 140 140 83 Well- L 07/29/03 '141 141 86 Well- L 08/27/03 -142 142 84 1.95 2,330 Well- L 09/25/03 ,140 140 84 1.62 2,490 Well- L 12/16/03 -146 146 86 Well- L 03/23/04 3,870 147 137 Well- L 05/04/04 ,138 138 82 Well- L 05/10/04 -138 138 84 Well- L 05/19/04 -148 148 88 Well- L 05/24/04 -147 147 88 Well- L 06/10/04 140 140 85 1.56 2,180 Well- L 07/07/04 753 140 96 0.81 1,140 Well- L 08/02/04 ,147 147 88 Well- L 10/04/04 -159 159 92 Well- L 11/03/04 '142 142 84 Well- L 12/06/04 I '4,520 4,520 1,280 Well- L 01/10/05 -158 158 93 Well- L 02/01/05 '148 148 87 Well- L 03/07/05 -158 158 94 0.832 2,400 Well- L 04/06/05 -152 152 90 Well- L 05/17/05 -150 150 88 Well- L 07/06/05 '152 152 90 Well- L 01/09/06 '160 160 95 Well- L 07/10/06 '156 156 92 Well- L 01/22/07 -154 154 92 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[i--i]Constituent was detected above its New Jersey Groundwater Quality Criteria.
L- 'N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 3 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium Major Cations and Anions Identification Date Note Result (pCi/L) I LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- L 07/19/07 1145 1145 87 -- -
Well- M 02/12/03 18,700 170 270 0.25 23 Well- M 02/28/03 14,400 146 219 0.17 28 Well- M 03/03/03 9,420 140 181 0.16 27 Well- M 03/10/03 15,000 144 223 0.21 22 Well- M 03/17/03 10,600 142 192 Well- M 03/24/03 10,100 144 189 Well- M 03/31/03 11,000 154 203 Well- M 04/07/03 9,260 136 181 Well- M 04/14/03 9,600 135 183 Well- M 04/21/03 8,880 140 180 Well- M 04/30/03 8,800 143 180 Well- M 07/09/03 138 602 Well- M 07/23/03 141 573 Well- M 08/06/03 141 466 Well- M 08/06/03 144 462 0.24 22 Well- M 08/20/03 141 430 0.27 23 Well- M 09/04/03 143 346 0.22 23 Well- M 09/16/03 141 320 0.32 25 Well- M 10/03/03 146 289 0.27 25 Well- M 10/20/03 1 16,380 NA NA 1
Well- M 10/30/03 NA NA Well- M 12/04/03 11,200 146 198 Well- M 01/06/04 8,900 145 183 Well- M 01/22/04 7,340 140 164 Well- M 02/17/04 11,300 NA NA Well- M 03/05/04 7,170 146 168 0.15 22 Well- M 04/29/04 6,510 141 159 0.12 21 Well- M 05/11/04 2,350 141 117 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
InooConstituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 4 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification IDate NoteResult (pCi/L) I LLD Deviation I Boron(mg/L) ISodium(mg/L)
Well- M 06/10/04 3,610 141 133 Well- M 07/08/04 5,090 144 150 Well- M 08/17/04 3,857 143 136 Well- M 09/08/04 3,745 146 137 Well- M 10/04/04 3,036 144 126 Well- M 11/03/04 2,818 143 125 Well- M 12/06/04 '4,520 4,520 1,390 Well- M 01/19/05 3,950 2,890 Well- M 01/19/05 2,650 2,830 Well- M 02/09/05 4,660 3,240 Well- M 03/02/05 3,360 3,400 3.33 24 Well- M 04/11/05 4,220 2,550 Well- M 05/03/05 10,031 147 192 Well- M 06/06/05 15,169 146 225 Well- M 07/12/05 3,750 4,070 Well- M 08/15/05 3,905 4,114 Well- M 09/06/05 4,940 4,037 Well- M 10/10/05 17,049 148 240 Well- M 11/14/05 12,528 158 219 Well- M 12/13/05 8,257 148 178 Well- M 01/17/06 6,932 152 170 Well- M 02/21/06 7,371 153 174 Well- M 02/22/06 7,510 3,550 1,750 Well- M 03/20/06 4,200 3,730 1,530 Well- M 04/11/06 4,067 155 144 Well- M 05/16/06 4,592 152 148 Well- M 06/19/06 4,712 155 150 Well- M 07/18/06 5,553 157 161 Well- M 08/08/06 4,912 161 157 Well- M 09/18/06 4,132 161 148 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
5 Constituent was detected above its New Jersey Groundwater Quality Criteria.
N Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 5 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- M 10/10/06 3,565 157 139 - -
Well- M 11/01/06 4,077 170 154 - -
Well- M 12/18/06 3,887 162 147 ....
Well- M 01/13/07 4,517 150 148 - -
well- M 02/23/07 4,796 168 161 ....
Well- M 03/08/07 5,085 158 160 ....
Well- M 04/20/07 11,617 170 225 -- -
Well- M 05/15/07 10,479 181 219 -- -
Well- M 06/18/07 8,426 147 177 ....
Well- M 07/18/07 7,443 146 168 -- -
Well- M 08/15/07 6,066 140 154 - -
Well- M 09/20/07 5,271 150 153 - -
Well- M 10/03/07 5,612 160 164 - -
Well- M 11/14/07 4,505 124 133 - -
Well- M 12/12/07 4,617 151 146 - -
Well- N 01/30/03 -5S4004 141 412 0.37 14 Well- N 01/30/03 6 187 505 0.34 14 Well- N 02/10/03 15,600 149 229 0.28 11 Well- N 03/04/03 2,770 144 123 0.2 34 Well- N 03/14/03 2,670 143 121 0.41 24 Well- N 03/17/03 3,830 142 134 0.36 21 Well- N 03/25/03 3,480 139 129 - -
Well- N 04/04/03 3,560 152 137 ....
Well- N 04/11/03 3,730 137 131 - --
Well- N 04/16/03 3,910 142 134 - -
Well- N 04/25/03 4,600 138 140 ....
Well- N 04/30/03 9,370 144 185 - -
Well- N 05/06/03 9,830 137 186 -- -
Well- N 05/21/03 7,480 144 169 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
FVo ]Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 6 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium I Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- N 05/27/03 7,130 141 165 Well- N 06/04/03 5,480 141 150 Well- N 06/11/03 4,990 137 144 Well- N 06/19/03 5,680 142 153 Well- N 06/25/03 5,060 142 146 Well- N 07/10/03 5,020 137 144 Well- N 07/25/03 5,220 141 148 Well- N 08/07/03 5,110 145 148 0.21 24 Well- N 08/20/03 5,850 140 153 0.25 20 Well- N 09/04/03 5,660 145 154 0.33 23 Well- N 09/17/03 6,160 141 157 0.27 22 Well- N 10/03/03 5,740 145 157 0.24 24 Well- N 10/03/03 6,460 NA NA Well- N 11/03/03 5,560 NA NA Well- N 12/12/03 6,010 NA NA Well- N 01/20/04 6,050 143 155 Well- N 02/11/04 5,950 139 154 Well- N 02/11/04 7,360 NA NA Well- N 03/18/04 6,550 145 162 Well- N 04/08/04 7,180 137 164 2.30E-01 17 Well- N 05/12/04 8,210 147 178 Well- N 06/03/04 9,890 152 196 Well- N 07/20/04 5,220 141 148 Well- N 08/17/04 14,303 161 235 Well- N 09/14/04 11,642 148 207 Well- N 10/25/04 10,619 157 206 Well- N 11/23/04 9,150 149 187 Well- N 12/27/04 7,660 4,060 1,720 Well- N 01/12/05 9,550 154 195 Well- N 02/22/05 9,442 146 186 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
1Constituent was detected above its New Jersey Groundwater Quality Criteria.
~Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 7 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date I Nte Result (pCi/L) LLD Deviation I Boron(mg/L) I Sodium(mg/L)
Well- N 03/15/05 9,712 153 195 0.11 18 Well- N 04/19/05 9,781 147 193 Well- N 05/17/05 9,060 147 185 Well- N 06/21/05 9,302 145 183 Well- N 07/12/05 8,147 147 177 Well- N 08/15/05 8,152 157 184 Well- N 09/20/05 7,502 151 174 Well- N 10/10/05 8,280 149 180 Well- N 11/14/05 8,210 151 180 Well- N 12/20/05 5,896 157 162 Well- N 01/23/06 7,400 149 171 Well- N 02/23/06 8,410 3,920 1,810 Well- N 03/21/06 13,500 3,730 2,130 Well- N 04/11/06 8,393 164 189 Well- N 05/16/06 8,588 152 185 Well- N 06/20/06 15,289 150 232 Well- N 07/18/06 6,660 159 170 Well- N 08/21/06 13,776 154 224 Well- N 09/07/06 155 277 Well- N 09/19/06 14,486 160 232 Well- N 10/09/06 159 310 Well- N 11/01/06 11,023 165 213 Well- N 11/15/06 10,407 197 232 Well- N 12/07/06 9,280 211 233 Well- N 12/18/06 10,163 154 199 Well- N 01/13/07 6,325 148 165 Well- N 01/22/07 6,812 157 173 Well- N 02/06/07 11,587 189 234 Well- N 02/23/07 12,517 167 227 Well- N 03/08/07 13,252 146 218 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Constituent was detected above its New Jersey Groundwater Quality Criteria.
N-'Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 8 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- N 04/20/07 6,332 160 172 -- -
Well- N 05/15/07 8,139 150 177 - --
Well- N 06/19/07 7,554 145 169 - --
Well- N 07/18/07 8,865 99 168 -- -
Well- N 08/15/07 9,045 148 182 - --
Well- N 09/21/07 9,711 147 188 - -
Well- N 10/03/07 L239O 145 267 - --
Well- N 10/17/07 22.01 153 279 - --
Well- N 11/14/07 18,607 124 237 - -
Well- N 12/12/07 12,763 145 207 - -
Well- 0 01/29/03 1,400 143 106 0.17 40 Well- 0 01/29/03 1,220 156 110 0.16 41 Well- 0 02/10/03 10,300 149 193 0.1 13 Well- 0 02/21/03 7,370 149 170 0.09 15 Well- 0 02/28/03 11,700 147 201 0.09 17 Well- 0 03/04/03 8,800 142 178 0.07 21 Well- 0 03/13/03 12,300 143 204 0.11 16 Well- 0 03/17/03 11,000 155 206 0.08 12 Well- 0 03/25/03 8,660 141 178 - -
Well- 0 03/31/03 8,010 155 180 - --
Well- 0 04/07/03 7,290 137 165 - -
Well- 0 04/15/03 12,400 141 204 - --
Well- 0 04/21/03 11,800 139 201 - -
Well- 0 04/29/03 10,500 140 191 - -
Well- 0 05/06/03 10,200 134 187 - -
Well- 0 05/21/03 11,100 143 197 - -
Well- 0 05/28/03 12,700 140 207 - -
Well- 0 06/03/03 12,200 140 202 - --
Well- 0 06/10/03 12,800 137 206 ....
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA-Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 9 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Nte Result (pCi/L) LLD Deviation Boron(mg/L) I Sodium(mg/L)
Well- 0 06/17/03 10,300 141 190 Well- 0 06/24/03 13,400 141 212 Well- 0 07/09/03 9,100 139 182 Well- 0 07/25/03 7,710 139 169 Well- 0 08/06/03 8,300 148 178 0.24 14 Well- 0 08/20/03 7,440 142 168 0.31 14 Well- 0 09/03/03 6,400 143 159 0.28 14 Well- 0 09/15/03 7,730 141 170 0.27 13 Well- 0 10/03/03 6,980 145 168 0.23 23 Well- 0 10/20/03 6,700 141 161 0.2 47 Well- 0 11/17/03 NA NA Well- 0 12/18/03 5,320 145 150 Well- 0 01/14/04 3,750 141 132 Well- 0 02/09/04 NA NA Well- 0 02/09/04 NA NA Well- 0 03/03/04 NA NA Well- 0 03/23/04 NA NA 19,300 Well- 0 04/06/04 136 247 2.81E-01 120 Well- 0 05/03/04 140 253 Well- 0 05/11/04 140 254 Well- 0 06/10/04 4,974 2,855 Well- 0 06/24/04 14,174 141 218 Well- 0 07/13/04 9,510 141 185 Well- 0 07/29/04 6,739 146 163 Well- 0 08/31/04 7,307 159 179 Well- 0 09/22/04 6,637 146 167 Well- 0 10/04/04 5,543 140 151 Well- 0 10/18/04 5,874 150 161 Well- 0 11/22/04 14,027 144 218 Well- 0 12/16/04 15,000 3,230 1,950 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[11()0) Constituent was detected above its New Jersey Groundwater Quality Criteria.
A Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 10 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L)I LLD Deviation I Boron(mg/L) [Sodium(mg/L)
Well- 0 01/18/05 18,840 152 257 0.297 22 Well- 0 02/08/05 4,660 2,640 Well- 0 03/08/05 10,911 139 195 Well- 0 04/11/05 7,096 148 170 Well- 0 05/10/05 6,722 148 166 Well- 0 06/07/05 5,803 147 156 Well- 0 07/06/05 3,827 145 136 Well- 0 07/19/05 4,999 156 154 Well- 0 08/02/05 4,295 148 143 Well- 0 09/07/05 5,400 146 152 Well- 0 10/04/05 4,326 153 146 Well- 0 11/02/05 14,530 151 224 Well- 0 12/09/05 15,734 152 235 Well- 0 01/16/06 3,550 2,460 Well- 0 02/07/06 18,595 157 254 Well- 0 03/07/06 8,560 3,310 1,720 Well- 0 04/04/06 7,340 161 178 Well- 0 05/02/06 9,369 152 191 Well- 0 06/19/06 9,417 155 194 Well- 0 07/17/06 9,533 151 188 Well- 0 08/21/06 4,760 152 150 Well- 0 09/18/06 4,237 158 147 Well- 0 10/05/06 12,747 157 219 Well- 0 11/02/06 19,760 169 275 Well- 0 12/07/06 9,060 162 197 Well- 0 01/13/07 147 306 Well- 0 02/24/07 153 292 Well- 0 03/07/07 155 393 Well- 0 04/20/07 163 393 Well- 0 05/16/07 15,782 180 257 Notes:
LLD Lower Limit ofDetection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F[i -C onstituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page I11of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- 0 06/18/07 15,749 148 229 - -
Well- 0 07/19/07 8,610 145 177 - --
Well- 0 08/15/07 9,155 142 178 - --
Well- 0 09/19/07 1,525 146 109 -- -
Well- O 10/04/07 2,619 183 146 - -
Well- O 11/19/07 6,211 149 167 - --
Well- 0 12/12/07 1713l'9 142 340 Well- P 02/05/03 0.18 1,600 Well- P 02/06/03 -153 153 91 - -
Well- P 02/21/03 -148 148 91 - -
Well- P 03/13/03 303 143 90 0.2 --
Well- P 03/18/03 465 143 92 - --
Well- P 03/26/03 '143 143 87 - --
Well- P 04/03/03 '154 154 9 - -
Well- P 04/24/03 '139 139 82 - -
Well- P 04/29/03 '144 144 85 - -
Well- P 05/05/03 '134 134 82 - -
Well- P 05/20/03 '145 145 85 -- -
Well- P 05/30/03 '142 142 85 - -
Well- P 06/04/03 141 141 84 -- -
Well- P 06/10/03 '138 138 84 - -
Well- P 06/17/03 '141 141 85 - --
Well- P 06/24/03 '141 141 85 -- -
Well- P 07/16/03 '141 141 85 - -
Well- P 08/13/03 ' 140 140 84 0.48 1,570 Well- P 09/08/03 -147 147 87 0.65 1,560 Well- P 09/09/03 1 '7,430 7,430 NA - -
Well- P 10/06/03 '143 143 86 0.48 1,610 Well- P 01/22/04 ' 144 144 86 -- --
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
qoConstituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 12 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- P 04/28/04 '139 139 83 0.441 1,550 Well- P 08/03/04 '157 157 92 0.292 1,540 Well- P 10/05/04 -149 149 87 -- -
Well- P 11/03/04 ' 147 147 87 0.955 1,690 Well- P 12/14/04 1 '3,230 3,230 1,010 ....
Well- P 01/11/05 ,162 162 95 1.02 1,580 Well- P 02/09/05 '148 148 88 - -
Well- P 03/03/05 '158 158 92 -- -
Well- P 04/12/05 ,149 149 89 -- -
Well- P 05/10/05 ,148 148 87 - -
Well- P 07/11/05 - 151 151 89 -- -
Well- P 01/23/06 ,150 150 89 -- -
Well- P 07/24/06 '155 155 93 - -
Well- P 01/14/07 '154 154 92 - -
Well- P 07/19/07 '146 146 86 -- -
Well- Q 02/06/03 '147 147 88 - --
Well- Q 03/11/03 -142 142 85 - -
Well- Q 03/12/03 -141 141 84 - -
Well- Q 03/14/03 '143 143 85 - -
Well- Q 03/19/03 '143 143 85 ....
Well- Q 03/24/03 ' 143 143 85 - --
Well- Q 04/23/03 '139 139 82 -- -
Well- Q 04/30/03 '142 142 84 - -
Well- Q 05/06/03 ' 135 135 81 - -
Well- Q 05/12/03 '144 144 84 - -
Well- Q 05/19/03 '144 144 84 -- -
Well- Q 05/30/03 -140 140 84 ....
Well- Q 06/05/03 '139 139 83 -- -
Well- Q 06/11/03 '138 138 83 - --
Notes:
LLD Lower Limit ofDetection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[;o4ýConstituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 13 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mgIL) Sodium(mgIL)
Well- Q 06/16/03 -141 141 84 - -
Well- Q 06/23/03 '143 143 85 - -
Well- Q 07/17/03 '141 141 85 -- -
Well- Q 08/13/03 142 142 85 0.32 1,830 Well- Q 09/10/03 -148 148 89 0.25 1,790 Well- Q 10/07/03 ' 144 144 85 0.33 1,920 Well- Q 11/09/03 '142 142 86 0.32 1,930 Well- Q 01/08/04 '142 142 83 0.3 1,850 Well- Q 02/04/04 -139 139 84 - --
Well- Q 03/22/04 ' 144 144 85 0.285 1,720 Well- Q 06/04/04 -156 156 91 -- -
Well- Q 08/02/04 '146 146 88 0.28 1,630 Well- Q 10/04/04 '153 153 87 - -
Well- Q 11/03/04 '150 150 88 0.312 1,960 Well- Q 12/29/04 1 '4,020 4,020 1,420 - -
Well- Q 01/31/05 213 142 89 - -
Well- Q 02/15/05 1 '3,910 3,910 1,130 -- --
Well- Q 03/14/05 <151 151 91 0.30 1,730 Well- Q 03/15/05 151 151 91 - 1,730 Well- Q 04/18/05 '145 145 85 - -
Well- Q 05/16/05 '151 151 88 -- -
Well- Q 07/19/05 ,150 150 89 -- -
Well- Q 01/23/06 -150 150 90 - -
Well- Q 07/10/06 -159 159 93 - -
Well- Q 01/08/07 '157 157 92 - -
Well- Q 07/24/07 '146 146 86 - -
Well- R 02/26/03 13,900 145 218 0.29 3 Well- R 03/03/03 7,490 140 166 0.23 Well- R 03/10/03 6,170 145 158 0.27 29 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
J Constituent was detected above its New Jersey Groundwater Quality Criteria.
W0 Cot Available - Deviation and/or LLD were not reported.
Constituent not analyzed.
03/05/2008 5:52 PM Page 14 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- R 03/17/03 7,270 144 168 0.27 33 Well- R 03/25/03 6,810 140 162 Well- R 04/01/03 6,740 153 169 Well- R 04/08/03 5,940 135 152 Well- R 04/14/03 5,890 142 154 Well- R 04/22/03 5,800 139 153 Well- R 04/30/03 5,260 141 148 Well- R 07/09/03 3,270 136 125 Well- R 07/25/03 2,940 141 124 Well- R 08/06/03 2,860 144 124 0.46 54 Well- R 08/20/03 2,860 142 124 0.51 48 Well- R 09/04/03 2,990 153 132 0.57 46 Well- R 09/17/03 2,800 141 122 0.47 50 Well- R 10/03/03 2,740 146 125 0.4 52 Well- R 10/21/03 2,650 140 120 Well- R 12/05/03 2,550 147 122 0.37 50 Well- R 01/22/04 2,210 143 116 Well- R 02/09/04 2,230 140 115 Well- R 02/09/04 <5,390 5,390 NA Well- R 03/05/04 2,200 146 117 Well- R 04/28/04 -5,780 5,780 1,649 0.265 42 Well- R 05/24/04 2,420 144 120 0.30 41 Well- R 06/10/04 2,390 148 123 0.24 42 Well- R 07/08/04 2,050 147 118 Well- R 08/17/04 2,124 159 126 Well- R 09/29/04' 2,000 156 122 Well- R 10/11/04 1,708 143 110 Well- R 11/08/04 1,696 151 115 Well- R 12/27/04 I ,4,053 4,053 1,290 Well- R 01/19/05 2,420 159 129 Notes:
LLD Lower Limit ofDetection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2 Constituent was detected above its New Jersey Groundwater Quality Criteria.
Nl Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 15 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) I Sodium(mgIL)
Well- R 02/09/05 2,450 150 123 0.122 45 Well- R 03/15/05 2,704 147 125 Well- R 04/11/05 2,742 157 132 Well- R 05/03/05 2,755 151 128 Well- R 06/22/05 2,736 151 127 Well- R 07/20/05 2,486 147 122 Well- R 08/16/05 2,752 155 130 Well- R 09/20/05 2,673 159 131 Well- R 10/10/05 2,435 149 123 Well- R 11/14/05 2,149 148 119 Well- R 12/13/05 I ,4,370 4,370 NA Well- R 01/17/06 2,131 151 120 Well- R 02/21/06 2,262 153 122 Well- R 03/20/06 4,350 3,730 1,560 Well- R 04/11/06 2,192 160 125 Well- R 05/16/06 2,010 150 118 Well- R 06/19/06 2,067 160 124 Well- R 07/18/06 2,090 156 123 Well- R 08/08/06 1,940 148 116 Well- R 09/18/06 2,138 162 126 Well- R 10/10/06 1,943 157 121 Well- R 11/15/06 2,395 164 132 Well- R 12/18/06 3,092 154 134 Well- R 01/13/07 3,208 154 135 Well- R 02/23/07 3,563 167 146 Well- R 03/08/07 3,487 161 143 Well- R 04/20/07 3,180 157 138 Well- R 05/15/07 2,567 138 118 Well- R 06/18/07 2,844 142 122 Well- R 07/18/07 2,862 145 124 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 16 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- R 08/15/07 3,000 143 125 - -
Well- R 09/20/07 3,104 144 127 - -
Well- R 10/03/07 2,799 149 129 --
Well- R 11/14/07 3,029 141 124 - --
Well- R 12/12/07 2,951 145 125 - --
Well- S 07/09/03 1,51 134 3,120 Well- S 08/07/03 1 "92(00H NA NA - -
Well- S 08/21/03 1 2-70, 00 NA NA - -
Well- S 09/03/03 1 2390,000 NA NA - -
Well- S 09/15/03 1 2,340,000 NA NA - --
Well- S 10/04/03 1 2,180,000 NA NA - -
Well- S 10/13/03 1 2,130,000 NA NA -- -
Well- S 10/20/03 1 2,060,000 NA NA - -
Well- S 10/20/03 1 210,000 NA NA - --
Well- S 11/09/03 1 T1 960,000 NA NA - -
Well- S 11/09/03 1 1,71)(),0() NA NA -- -
Well- S 11/09/03 1 .O4(u.000 NA NA ....
Well- S 11/26/03 1 >2,60MOO NA NA - -
Well- S 01/20/04 1 1 _0 0 NA NA - -
Well- S 02/17/04 1 1,.20,000 NA NA - --
Well- S 03/18/04 1 .220AMO NA NA - -
Well- S 04/06/04 1 11J00000 4,706 15,206 -- -
Well- S 05/04/04 1 1.100,00 5,589 15,212 44.5 35 Well- S 05/19/04 1 884.000 5,780 13,380 - -
Well- S 06/25/04 1 1.(20,(()1) 5,270 14,500 ....
Well- S 07/13/04 1 *9"4000 3,620 13,800 - -
Well- S 08/09/04 1 S 4,850 13,000 - 45 Well- S 09/13/04 1 845.00 4,560 13,000 - -
Well- S 11/08/04 1 82u000O 3,230 12,800 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
,Zioo7Constituentwas detected above its New Jersey Groundwater Quality Criteria.
NWN ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 17 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- S 12/28/04 1 (ZIA00o 4,060 11,300 Well- S 01/11/05 1 "530011 3,910 12,100 Well- S 02/15/0S 1 012'H1 3,910 11,900 Well-S 03/07/05 1 3__MOO 3,490 8,570 -- -
Well- S 03/14/05 1 175MOO 4,320 6,110 Well-S 03/23/05 1 12,001 3,790 6,190 - _
Well- S 03/28/05 1 40ý50o 6,280 3,540 Well- S 04/18/05 1 320A)00 4,420 8,380 - -
Well-S 10/17/05 1 91200 3,790 4,570 - -
Well- S 11/15/05 1 64 ý7.00 3,430 3,840 -
Well-S 12/12/05 1 49O4 155 446 Well- T 07/10/035147 147 88 Well- T 07/15/03 140 140 82 Well- T 07/30/03 -141 141 86 Well- T 08/12/035140 140 83 0.64 931 Well-T 08/28/035141 141 83 0.66 896 Well- T 09/09/03 '147 147 88 0.63 899 Well- T 09/25/03 ,142 142 84 0.63 912 Well- T 10/06/03 '146 146 86 0.65 966 Well- T 12/12/03 '149 149 88 06 93 Well- T 03/22/04 '142 142 84 0.649 986 Well- T 04/12/04 -141 141 84 0.762 920 Well- T 07/07/04 148 148 87 06 9 Well- T 08/02/04 '152 152 91 0.622 894 Well- T 08/31/04 147 147 87 -...
Well- T 09/22/04 '146 146 87 - -
Well- T 10/11/04 -155 155 91 - -
Well- T 11/09/04 '148 148 87 - -
Well- T 12/21/04 1 '3,910 3,910 1,340 ....
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
oooConstituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 18 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- T 01/10/05 '165 165 96 -- --
Well- T 02/01/05 137 135 83 0.638 945 Well- T 03/03/05 -152 152 90 - -
Well- T 04/05/05 '148 148 90 -- -
Well- T 05/09/05 -144 144 86 -- -
Well- T 07/05/05 -145 145 86 - -
Well- T 10/03/05 -149 149 90 - --
Well- T 01/09/06 '154 154 90 -- -
Well- T 04/03/06 ' 162 162 96 - -
Well- T 07/10/06 -161 161 95 - -
Well- T 10/05/06 '161 161 95 -- -
Well- T 10/06/06 1 -6,270 6,270 NA - -
Well- T 01/23/07 193 152 94 - -
Well- T 04/11/07 -168 168 101 - -
Well- T 07/12/07 ' 147 147 86 - -
Well- T 10/09/07 '152 152 91 -- -
Well- U 07/10/03 '136 136 83 Well- U 07/16/03 146 NA 86 Well- U 07/29/03 '141 141 96 - -
Well- U 08/12/03 '139 139 84 0.34 139 Well- U 08/27/03 '143 143 87 0.35 144 Well- U 09/09/03 148 147 90 0.38 139 Well- U 09/25/03 '139 139 83 0.34 155 Well- U 10/06/03 203 145 90 0.35 140 Well- U 12/12/03 '148 148 86 - -
Well- U 03/22/04 '144 144 88 0.38 168 Well- U 04/12/04 182 136 84 0.392 146 Well- U 07/07/04 162 150 92 - -
Well- U 08/02/04 '152 152 91 0.346 143 Notes:
LLD Lower Limit of Detection mg/L. Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
o Constituent was detected above its New Jersey Groundwater Quality Criteria.
~-'Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 19 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- U 08/31/04 '148 148 90 - -
Well- U 09/22/04 167 152 93 - -
Well- U 10/04/04 -146 146 87 -- -
Well- U 11/03/04 165 148 91 - -
Well- U 12/06/04 1 '4,520 4,520 1,160 ....
Well- U 01/10/05 -157 157 93 - --
Well- U 02/08/05 -149 149 91 0.377 156 Well- U 03/03/05 '147 147 88 - -
Well- U 04/05/05 '142 142 86 - -
Well- U 05/09/05 -148 148 90 - -
Well- U 07/05/05 '143 143 87 - -
Well- U 10/03/05 284 150 94 - -
Well- U 01/09/06 '157 157 94 - -
Well- U 04/03/06 -154 154 93 ....
Well- U 04/06/06 1 '5,000 5,000 NA -- -
Well- U 07/10/06 '157 157 95 - -
Well- U 10/05/06 '160 160 98 - -
Well- U 10/06/06 1 -6,270 6,270 NA - -
Well- U 01/22/07 163 152 93 - --
Well- U 04/11/07 '167 167 102 - --
Well- U 07/12/07 <150 150 91 -- -
Well- U 10/09/07 ' 153 153 92 ....
Well- V 07/21/03 334 140 89 Well- V 07/29/03 285 142 89 - -
Well- V 08/12/03 278 142 89 0.5 568 Well- V 08/27/03 338 141 90 0.61 584 Well- V 09/09/03 337 150 95 0.57 582 Well- V 09/25/03 261 140 - 87 0.47 670 Well- V 10/06/03 185 144 89 0.46 543 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[j7]o nstituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 20 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mgfL)
Well- V 11/19/03 1 -3,300 3,300 NA - -
Well- V 12/12/03 207 147 91 - -
Well- V 03/22/04 290 144 90 0.46 556 Well- V 04/12/04 316 137 87 0.529 567 Well- V 07/07/04 228 145 90 -- -
Well- V 08/02/04 309 154 97 0.433 504 Well- V 08/31/04 395 151 96 - -
Well- V 09/22/04 402 141 91 - -
Well- V 10/04/04 340 146 92 - -
Well- V 11/03/04 224 143 89 -- -
Well- V 12/06/04 1 -4,170 4,170 1,360 - -
Well- V 01/10/05 394 151 96 - -
Well- V 02/08/05 307 152 95 -- -
Well- V 03/03/05 157 156 95 0.436 431 Well- V 04/05/05 294 141 89 - -
Well- V 05/09/05 244 155 96 -
Well- V 07/05/05 197 144 89 -- -
Well- V 10/03/05 346 147 93 - -
Well- V 01/09/06 264 157 98 - -
Well- V 04/03/06 -152 152 93 - -
Well- V 07/10/06 181 157 96 - -
Well- V 10/05/06 '159 159 95 - --
Well- V 01/22/07 199 157 97 ....
Well- V 04/11/07 154 149 92 -- -
Well- V 07/12/07 163 153 94 - -
Well- V 10/09/07 170 153 94 ....
Well- W 07/07/03 10,500 135 189 - -
Well- W 07/21/03 11,100 140 196 - -
Well- W 08/06/03 11,500 141 200 0.46 211 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
jIii& Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 21 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium T Major Cations and Anions Identification Date Note Result (pCi[L) LLD F Deviation I Boron(mg/L) jSodium(mgIL)
Well- W 08/07/03 I 6,010 NA NA Well- W 08/19/03 10,700 142 194 0.59 215 Well- W 09/03/03 10,500 143 192 0.53 222 Well- W 09/15/03 10,900 140 195 0.57 237 Well- W 10/03/03 11,100 147 202 0.46 240 Well- W 10/21/03 10,600 147 195 Well- W 11/17/03 12,200 NA NA Well- W 11/19/03 13,200 NA NA Well- W 12/16/03 15,500 NA NA Well- W 12/16/03 15,200 147 226 Well- W 01/14/04 17,100 144 232 Well- W 02/02/04 19,600 144 251 Well- W 03/03/04 5,320 146 151 0.28 273 Well- W 04/29/04 4,570 140 140 0.14 212 Well- W 05/10/04 2,350 141 117 Well- W 05/24/04 4,080 146 139 Well- W 06/24/04 5,300 141 149 Well- W 07/28/04 11,691 154 208 Well- W 08/02/04 11,910 148 204 Well- W 08/31/04 11,091 160 211 Well- W 09/22/04 9,571 138 186 Well- W 10/11/04 9,947 147 194 Well- W 11/08/04 8,920 150 186 0.487 309 Well- W 12/14/04 5,560 3,230 1,390 Well- W 01/10/05 6,292 150 165 0.681 273 Well- W 02/01/05 7,340 159 178 Well- W 03/02/05 5,756 150 158 3.33 27 Well- W 04/05/05 8,826 155 192 Well- W 05/02/05 12,339 147 209 Well- W 06/06/05 11,480 154 207 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
I Constitisent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 22 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date LLD Deviation Boron(mg/L) Sodium(mgfL)
Well- W 07/06/05 149 239 Well- W 08/01/05 149 227 Well- W 09/06/05 154 247 Well- W 10/03/05 149 211 Well- W 11/14/05 3,430 2,460 Well- W 12/20/05 3,430 2,830 Well- W 01/17/06 3,550 3,380 Well- W 02/07/06 3,090 3,470 Well- W 02/21/06 3,920 3,620 Well- W 03/07/06 3,310 3,750 Well- W 03/20/06 3,730 3,850 Well- W 04/03/06 5,000 3,880 Well- W 04/17/06 5,510 4,240 Well- W 05/02/06 5,000 3,800 Well- W 05/15/06 5,000 3,870 Well- W 06/06/06 155 374 Well- W 06/19/06 4,890 3,500 Well- W 07/10/06 161 144 Well- W 07/24/06 152 109 Well- W 08/07/06 158 139 Well- W 08/21/06 162 162 Well- W 09/07/06 158 220 Well- W 09/18/06 166 242 Well- W 10/09/06 166 266 Well- W 10/24/06 155 194 Well- W 11/01/06 170 231 Well- W 11/15/06 171 245 Well- W 12/07/06 184 220 Well- W 12/19/06 139 221 Well- W 01/13/07 152 259 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F Constituent was detected above its New Jersey Groundwater Quality Criteria.
NNot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 23 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-W 02/05/07 24 . 147 278 Well- W 03/08/07 5,838 165 169 -- -
Well- W 04/20/07 1,616 159 120 - -
Well- W 06/18/07 1,530 142 107 - -
Well- W 07/18/07 2,462 147 121 - -
Well- W 08/15/07 3,000 147 127 - -
Well- W 09/20/07 6,562 149 164 ....
Well- W 10/03/07 12,492 165 229 - -
Well- W 11/14/07 13,071 123 202 - -
Well- W 12/12/07 13,940 147 216 - -
Well- X 08/20/03 1i '4,820 j 4,820 NA -
Well- X 107/20/05 1,500 NA NA -- -
Well- Y 10/27/03 '142 142 85 - --
Well- Y 11/09/03 '143 143 85 - -
Well- Y 11/19/03 1 '3,750 3,750 NA - -
Well- Y 11/25/03 '141 141 85 0.82 1,070 Well- Y 12/12/03 '148 148 87 - -
Well- Y 12/22/03 '147 147 87 - -
Well- Y 01/06/04 '142 142 85 -- -
Well- Y 02/02/04 <145 145 84 - -
Well- Y 02/02/04 1 '5,390 5,390 NA - -
Well- Y 03/23/04 145 145 86 - -
Well- Y 04/07/04 '136 136 82 0.83 1,080 Well- Y 05/10/04 143 143 85 - --
Well- Y 06/24/04 141 141 86 0.82 1,060 Well- Y 07/28/04 '156 156 90 - --
Well- Y 08/02/04 '157 157 94 -- -
Well- Y 08/31/04 '145 145 87 - --
Well- Y 09/08/04 -158 158 94 ....
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2[yjtp'Constituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 24 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium" Major Cations and Anions Identification I Date Note Result (pCi/L) LLD Deviation Boron(mg/L) [,Sodium(mg/L)
Well- Y 10/11/04 -162 162 96 Well- Y 11/08/04 '151 151 88 Well- Y 12/13/04 -3,230 3,230 1,150 Well- Y 01/10/05 -162 162 94 0.801 1,160 Well- Y 02/01/05 '154 154 92 Well- Y 03/07/05 '149 149 89 Well- Y 04/06/05 '144 144 84 0.761 1,190 Well- Y 05/25/05 '155 155 92 1,230 Well- Y 06/07/05 '155 155 92 Well- Y 07/20/05 -159 159 93 1,270 Well- Y 08/01/05 '149 149 89 1,290 Well- Y 09/07/05 ' 149 149 89 Well- Y 10/04/05 -151 151 91 Well- Y 11/01/05 '155 155 93 Well- Y 12/13/05 -151 151 91 Well- Y 01/17/06 '157 157 94 Well- Y 02/07/06 '161 161 94 Well- Y 03/07/06 -158 158 93 Well- Y 04/04/06 '173 173 101 Well- Y 05/02/06 '156 156 91 Well- Y 05/16/06 '152 152 90 Well- Y 06/06/06 '159 159 93 Well- Y 06/19/06 -165 165 97 Well- Y 07/11/06 '160 160 96 Well- Y 07/24/06 '155 155 92 Well- Y 08/07/06 '155 155 93 Well- Y 08/22/06 -157 157 96 Well- Y 09/07/06 '157 157 94 Well- Y 09/19/06 '161 161 95 Well- Y 10/09/06 '171 171 102 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2o Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 25 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- Y 10/24/06 '171 171 100 - -
Well- Y 11/01/06 ,166 166 100 -- -
Well- Y 11/15/06 -166 166 98 - --
Well- Y 12/07/06 '193 193 109 -- -
Well- Y 12/18/06 '157 157 92 - --
Well- Y 01/14/07 -155 155 93 - --
Well- Y 02/20/07 -165 165 97 - --
Well- Y 03/14/07 -162 162 94 - -
Well- Y 04/19/07 -163 163 97 - --
Well- Y 05/16/07 -180 180 101 - -
Well- Y 06/19/07 ' 149 149 87 - -
Well- Y 07/12/07 -155 155 91 -- -
Well- Y 08/16/07 -146 146 87 - -
Well- Y 09/20/07 '146 146 88 - -
Well- Y 10/04/07 ' 154 154 91 - --
Well- Y 11/20/07 -149 149 90 ....
Well- V 12/20/07 ' 140 140 82 - --
Well- Z 10/27/03 573 142 94 - --
Well- Z 11/09/03 '140 140 92 - -
Well- Z 11/19/03 1 -3,500 3,500 NA - -
Well- Z 11/24/03 583 141 93 0.5 519 Well- Z 12/12/03 621 141 94 -- -
Well- Z 12/22/03 659 140 94 - -
Well- Z 01/06/04 648 142 95 - --
Well- Z 02/02/04 538 145 95 ....
Well- Z 03/23/04 412 144 92 - -
Well- Z 04/07/04 580 137 91 0.5 531 Well- Z 05/10/04 561 142 93 - --
Well- Z 06/24/04 474 147 95 0.51 510 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[o' 6C onstituent was detected above its New Jersey Groundwater Quality Criteria.
NA-Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 26 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium Major Cations and Anions Identification [ Date INote Result (pCi/L) I LLD Deviation I Boron(mg/L) I Sodium(mg/L)
Well- Z 07/28/04 519 150 97 Well- Z 07/29/04 519 150 97 Well- Z 08/02/04 706 159 106 Well- Z 08/31/04 585 152 100 Well- Z 09/08/04 444 141 91 Well- Z 10/11/04 268 144 90 Well- Z 11/08/04 339 155 98 0.491 548 Well- Z 12/13/04 -3,230 3,230 1,060 Well- Z 01/10/05 249 159 99 Well- Z 02/01/05 228 153 95 Well- Z 03/07/05 192 153 94 0.535 688 Well- Z 04/06/05 274 165 103 0.506 716 Well- Z 05/25/05 -149 149 91 635 Well- Z 06/07/05 182 149 91 Well- Z 07/20/05 177 158 97 702 Well- Z 08/01/05 202 147 91 696 Well- Z 08/16/05 ,160 160 98 Well- Z 08/29/05 186 149 91 Well- Z 09/07/05 201 149 92 Well- Z 09/19/05 '156 156 94 Well- Z 10/04/05 271 148 93 Well- Z 10/18/05 ,153 153 93 Well- Z 11/01/05 -158 158 94 Well- Z 12/13/05 ,157 157 96 Well- Z 01/17/06 -153 153 93 Well- Z 02/07/06 240 149 93 Well- Z 02/21/06 238 152 94 Well- Z 03/07/06 ,3,310 3,310 NA Well- Z 03/20/06 -3,730 3,730 NA Well- Z 04/04/06 -177 177 108 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Fi0,0OConstituent was detected above its New Jersey Groundwater Quality Criteria.
N N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed, 03/05/2008 5:52 PM Page 27 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium I Major Cations and Anions Identification I Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well- Z 04/17/06 -160 160 96 Well- Z 05/02/06 '153 153 93 Well- Z 05/16/06 '151 151 93 Well- Z 06/06/06 -163 163 99 Well- Z 06/19/06 -155 155 94 Well- Z 07/11/06 194 159 98 Well- Z 07/24/06 211 151 93 Well- Z 08/07/06 '157 157 96 Well- Z 08/22/06 217 161 99 Well- Z 09/07/06 -160 160 97 Well- Z 09/19/06 -163 163 99 Well- Z 10/09/06 '160 160 95 Well- Z 10/24/06 -160 160 97 Well- Z 11/01/06 -162 162 97 Well- Z 11/15/06 248 155 96 Well- Z 12/07/06 '203 203 120 Well- Z 12/18/06 '175 175 107 Well- Z 01/14/07 '155 155 94 Well- Z 02/20/07 -152 152 91 Well- Z 03/14/07 '164 164 98 Well- Z 04/19/07 217 160 99 Well- Z 05/16/07 -143 143 85 Well- Z 06/19/07 154 148 90 Well- Z 07/12/07 -150 150 90 Well- Z 08/16/07 -146 146 88 Well- Z 09/20/07 156 145 89 Well- Z 10/04/07 173 153 94 Well- Z 11/20/07 '147 147 90 Well- Z 12/20/07 -138 138 83 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2oob Constituent was detected above its New Jersey Groundwater Quality Criteria.
- ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 28 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L)I LLD I Deviation I Boron(mg/L) I Sodium(mg/L)
Well-AA 10/27/03 613 141 93 Well-AA 11/10/03 645 141 94 Well-AA 11/19/03 3,750 NA NA Well-AA 11/24/03 639 145 96 0.25 253 Well-AA 12/10/03 785 141 96 WeIl-AA 12/22/03 682 142 95 Well-AA 01/06/04 713 141 95 Well-AA 02/09/04 1,130 139 100 Well-AA 02/19/04 ,5,390 5,390 NA Well-AA 03/18/04 2,610 140 120 Well-AA 04/12/04 3,140 140 126 2.40E-01 169 Well-AA 05/03/04 -5,590 5,590 1,770 Well-AA 05/19/04 ý3,320 3,320 1,198 <3.3 168 Well-AA 06/23/04 4,376 142 141 <3.33 138 Well-AA 07/29/04 1,650 156 118 Well-AA 08/02/04 1,580 148 112 Well-AA 08/31/04 1,543 159 118 Well-AA 09/08/04 1,512 152 113 Well-AA 10/11/04 1,529 146 110 Well-AA 11/08/04 1,927 152 118 0.59 147 Well-AA 12/14/04 ý3,230 3,230 1,130 Well-AA 01/11/05 6,640 151 168 Well-AA 02/02/05 11,100 154 205 Well-AA 02/02/05 11,150 155 205 Well-AA 03/07/05 142 260 0.036 152 We1l-AA 04/06/05 4,220 2,970 WelI-AA 05/02/05 3,320 2,310 Well-AA 06/06/05 16,136 150 235 Well-AA 07/06/05 14,547 150 226 Well-AA 08/01/05 13,174 155 220 Notes.
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
21ýoii( Constituent was detected above its New Jersey Groundwater Quality Criteria.
ot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 29 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date INoteJResult (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AA 09/06/05 15,887 150 234 Well-AA 09/07/05 I 13,500 4,940 2,271 Well-AA 10/03/05 10,930 148 199 Well-AA 11/01/05 8,911 159 189 Well-AA 12/08/05 5,255 147 151 Well-AA 01/10/06 6,416 159 168 Well-AA 02/06/06 5,683 182 177 Well-AA 03/06/06 4,251 157 146 Well-AA 04/04/06 3,483 158 140 Well-AA 05/01/06 3,625 149 137 Well-AA 06/06/06 2,813 168 138 Well-AA 07/17/06 2,745 162 133 Well-AA 08/08/06 2,647 157 129 Well-AA 09/06/06 2,651 158 130 Well-AA 10/09/06 2,302 158 126 Well-AA 11/02/06 2,413 167 133 Well-AA 12/08/06 1,847 179 134 Well-AA 01/13/07 2,236 161 128 Well-AA 02/05/07 1,518 147 110 Well-AA 03/07/07 1,871 155 120 Well-AA 04/19/07 1,805 158 121 Well-AA 05/15/07 1,422 167 120 Well-AA 06/18/07 1,336 144 105 Well-AA 07/13/07 1,569 148 110 Well-AA 08/15/07 1,423 144 106 Well-AA 09/19/07 1,238 150 107 Well-AA 10/03/07 1,460 161 119 Well-AA 11/14/07 1,166 141 103 Well-AA 12/12/07 1,521 137 104 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
f C onstituent was detected above its New Jersey Groundwater Quality Criteria.
Tt Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 30 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sampl Identification Date Well-AB 10/28/03 Well-AB 11/02/03 Well-AB 11/19/03 Well-AB 12/04/03 Well-AB 12/16/03 Well-AB 12/16/03 Well-AB 01/14/04 Well-AB 02/17/04 Well-AB 03/03/04 Well-AB 04/06/04 Well-AB 05/04/04 Well-AB 05/11/04 Well-AB 05/19/04 Well-AB 05/24/04 Well-AB 06/03/04 Well-AB 06/17/04 Well-AB 07/07/04 Well-AB 07/12/04 Well-AB 07/19/04 Well-AB 07/28/04 Well-AB 08/02/04 Well-AB 08/09/04 Well-AB 08/16/04 Well-AB 08/25/04 Well-AB 09/01/04 Well-AB 09/08/04 Well-AB 09/13/04 Well-AB 09/22/04 Well-AB 10/04/04 Well-AB 10/12/04 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
rlO;O Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 31 of67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date Note Result (pCiJL) LLD Deviation I Boron(mgIL) I Sodium(mgfL)
Well-AB 10/18/04 112,ooo 3,230 5,340 Well-AB 11/03/04 1(,7jý00 2,720 5,850 Well-AB 11/08/04 3,230 5,650 Well-AB 11/15/04 101,0011 3,910 5,800 Well-AB 11/29/04 163 MOO 2,650 5,730 Well-AB 12/13/04 14oý000 3,230 5,410 Well-AB 01/11/05 I 42"Ool) 3,910 5,330 Well-AB 01/27/05 I t10,000 2,470 5,650 Well-AB 01/31/05 ý1'ý6. 0 1)1) 4,560 5,770 Well-AB 02/01/05 155,000 2,650 5,630 Well-AB 02/08/05 141,000 4,660 5,560 Well-AB 03/02/05 1 1ý3 ý 6 144 664 Well-AB 03/07/05 1611,000 3,490 5,770 Well-AB 03/14/05 4,320 5,760 Well-AB 03/23/05 163.000 3,790 5,830 Well-AB 03/28/05 6,280 5,920 Well-AB 04/18/05 4,420 5,470 Well-AB 05/18/05 224M00 3,490 7,050 Well-AB 06/22/05 97..j(j(j 3,750 4,460 Well-AB 08/15/05 71 ý000 3,905 3,950 Well-AB 10/17/05 3,790 3,730 Well-AB 11/15/05 3,430 3,740 Well-AB 12/12/05 5.900 4,370 3,600 Well-AB 01/24/06 49,201) 3,550 3,480 Well-AB 02/23/06 18.900 3,920 3,200 Well-AB 03/21/06 48ýý()O 3,730 3,580 Well-AB 04/17/06 2,3 0 0 5,510 3,990 Well-AB 05/15/06 39.800 5,000 3,590 Well-AB 06/20/06 43,101) 4,890 3,680 Well-AB 07/24/06 5,470 3,540 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
1,00Constituent was detected above its New Jersey Groundwater Quality Criteria.
NNot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 32 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AB 09/21/06 1 '4 2 7,550 3,700 - -
Well-AB 01/23/07 ;'014 159 158 Well-AB 02/06/07 4S.ý, , 172 387 -- -
Well-AB 06/19/07 331.11 145 316 -- -
Well-AB 08/23/07 24.1,; 141 283 - --
Well-AB 09/20/07 25MSI 148 283 - -
Well-AB 10/17/07 _ 23,16 151 286 ....
Well-AC 10/28/03 1 101901 NA NA 253 31 Well-AC 11/03/03 332 -
Well-AC 11/03/03 1 14,20.009 NA NA 332 30 Well-AC 11/18/03 1 14200,0 NA NA -- -
Well-AC 11/18/03 1 14,40000* NA NA - --
Well-AC 12/18/03 1 1 NA NA - --
Well-AC 01/20/04 1 11170.160 NA NA - -
Well-AC 02/18/04 1 9110/000 NA NA - -
Well-AC 03/18/04 1 6 60I000 NA NA - -
Well-AC 04/08/04 1 650,000* 5,822 36,309 - -
Well-AC 06/04/04 1 3,400011) 6,283 26,713 <3.3 12 Well-AC 07/07/04 1 2,770,001 3,360 23,200 -- --
Well-AC 07/28/04 1 3,200,000 4,280 25,100 - -
Well-AC 08/02/04 1 2.840,.00 3,320 23,400 - -
Well-AC 08/09/04 1 2,230 4,850 20,900 17.90 71 Well-AC 08/16/04 1 2,15(omo 3,320 20,400 - -
Well-AC 08/25/04 1 2 3,030 19,900 -- -
Well-AC 09/01/04 1 1,940000 4,520 19,400 - --
Well-AC 01/11/05 1 h94000 3,910 11,600 ....
Well-AC 01/17/05 1 6811000* 3,360 11,600 -- -
Well-AC 02/09/05 1 *614
()(H 4,660 11,200 - --
Well-AC 04/29/05 1 2'4tm 3,320 2,650 - --
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
o Constituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 33 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Identification Date Well-AC 05/24/05 Well-AC 06/16/05 Well-AC 07/29/05 Well-AC 08/18/05 Well-AC 09/26/05 Well-AC 11/21/05 Well-AC 12/12/05 Well-AC 01/12/06 Well-AC 02/28/06 Well-AC 03/23/06 Well-AC 06/16/06 Well-AC 07/14/06 Well-AC 08/23/06 Well-AC 09/27/06 Well-AC 11/17/06 Well-AC 12/28/06 Well-AC 01/22/07 Well-AC 02/12/07 Well-AC 03/27/07 Well-AC 04/23/07 Well-AC 05/10/07 Well-AC 06/19/07 Well-AC 07/30/07 Well-AC 08/28/07 Well-AC 10/30/07 Well-AC 11/27/07 Well-AC 12/29/07 I
Well-AD 110/27/03 1 1 244000 NA NA -I Well-AD 11/02/03 1 42,000 NA NA -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
L[ 0IConstituent was detected above its New Jersey Groundwater Quality Criteria.
IN ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 34 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date LLD Deviation Boron(mg/L) I Sodium(mg/L)
-4. 4.
Well-AD 11/17/03 NA NA Well-AD 12/04/03 NA NA Well-AD 12/04/03 NA NA Well-AD 12/16/03 NA NA Well-AD 12/16/03 NA NA Well-AD 01/14/04 NA NA Well-AD 02/17/04 NA NA Well-AD 03/03/04 NA NA Well-AD 04/06/04 4,706 10,418 Well-AD 05/04/04 5,589 11,649 5.8 65 Well-AD 05/11/04 5,392 11,469 Well-AD 05/19/04 5,780 11,152 <3.3 109 Well-AD 06/03/04 4,563 12,461 <3.3 71 Well-AD 06/17/04 5,666 12,887 Well-AD 07/07/04 3,360 11,900 Well-AD 07/12/04 3,620 12,300 Well-AD 07/19/04 2,870 12,100 12.00 81 Well-AD 07/28/04 4,280 12,500 Well-AD 08/02/04 3,030 12,600 Well-AD 08/09/04 4,850 1,230 12.80 90 Well-AD 08/16/04 3,320 13,000 Well-AD 12/28/04 4,060 1,130 Well-AD 03/02/05 3,670 11,700 Well-AD 03/07/05 3,490 11,300 Well-AD 03/14/05 4,320 12,100 Well-AD 03/23/05 3,790 10,700 Well-AD 03/28/05 6,280 3,640 Well-AD 04/18/05 4,420 10,000 Well-AD 05/18/05 3,490 9,320 Well-AD 06/22/05 3,750 8,160 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
-o----]Constituentwas detected above its New Jersey Groundwater Quality Criteria.
IXN ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 35 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AD 07/19/05 1 296MOO 3,750 7,610 - -
Well-AD 08/15/05 1 213.000 3,905 6,575 - -
Well-AD 10/17/05 1 224.000 3,790 7,010 ....
Well-AD 11/15/05 1 2070)0 3,430 6,700 - -
Well-AD 12/12/05 1 15LOO11 4,370 5,860 --
Well-AD 01/24/06 1 1 f1000 3,550 5,710 - -
Well-AD 02/23/06 1 135000 3,920 5,640 - --
Well-AD 03/21/06 1 115,000 3,730 5,330 - -
Well-AD 04/17/06 1 106000 5,510 5,460 - -
Well-AD 05/15/06 1 17.000 5,000 5,780 - -
Well-AD 06/20/06 1 82.700 4,890 4,870 - -
Well-AD 07/24/06 1 81130 5,470 4,650 ....
Well-AD 08/22/06 1 81,2111 2,520 2,100 -- -
Well-AD 09/21/06 1 6t900 7,550 4,240 - --
Well-AD 10/06/06 1 '73,6001 6,270 4,430 - -
Well-AD 11/16/06 6,4 168 517 - -
W,ell-AD 12/15/06 72.300 147 471 - -
Well-AD 01/23/07 1.873 155 481 - -
Well-AD 02/06/07 1 01901) 4,370 4,130 - -
Well-AD 03/14/07 1 50 4,020 3,770 -- -
Well-AD 06/19/07 1 _0 3,430 4,300 - -
Well-AD 07/19/07 1 0 .700 4,530 4,200 - -
Well-AD 08/23/07 1 71.300 4,280 4,520 - -
Well-AD 09/20/07 0 146 431 - -
Well-AD 10/17/07 4.284' 167 416 ....
Well-AD 11/15/07 '43.o2 123 351 - --
Well-AD 12/13/07 47,643 148 376 - -
Well-AE 110/27/03 5,9910 145 156 0.23 14 Well-AE 11/02/03 1 5,710 NA NA - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
4 Constituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 36 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L)I LLD I Deviation Boron(mg/L) I Sodium(mg/L)
Well-AE 11/19/03 I 6,910 NA NA WeIl-AE 12/04/03 10,200 146 190 0.17 10 Well-AE 12/18/03 15,800 147 229 Well-AE 12/18/03 16,100 NA NA Well-AE 01/14/04 16,100 144 229 Well-AE 02/09/04 16,600 139 232 Well-AE 02/09/04 19,200 NA NA Well-AE 03/03/04 17,000 147 237 Well-AE 03/18/04 19,000 145 248 Well-AE 04/28/04 14,900 140 220 0.09 8 Well-AE 05/03/04 14,000 5,589 2,409 Well-AE 06/17/04 7,810 5,666 2,152 <3.33 11 Well-AE 07/13/04 7,820 149 175 Well-AE 08/16/04 7,238 151 173 Well-AE 09/22/04 5,939 140 156 Well-AE 10/18/04 5,375 150 156 Well-AE 11/22/04 4,636 152 149 Well-AE 12/16/04 -3,230 3,230 1,200 Well-AE 01/18/05 7,530 164 185 Well-AE 02/08/05 10,100 147 192 0.099 11 Well-AE 03/08/05 13,026 142 212 Well-AE 04/11/05 8,832 157 192 Well-AE 05/10/05 9,305 147 187 Well-AE 06/07/05 7,741 147 173 Well-AE 07/06/05 6,336 148 162 Well-AE 08/02/05 4,947 148 149 Well-AE 09/07/05 3,384 150 134 Well-AE 10/04/05 3,305 152 135 Well-AE 11/02/05 3,592 151 136 Well-AE 12/09/05 5,123 153 154 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[ Constituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 37 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AE 01/16/06 1 2f 00 3,550 2,390 Well-AE 02/07/06 9,966 149 193 ....
Well-AE 03/07/06 1 13,400 3,310 2,000 - -
Well-AE 04/04/06 9,924 161 200 - -
Well-AE 05/02/06 7,075 150 171 -- -
WelU-AE 06/19/06 3,945 151 141 - --
Well-AE 07/17/06 4,379 160 150 - -
Well-AE 08/21/06 3,822 152 140 - -
Well-AE 09/18/06 11,860 167 219 - -
Well-AE 10/05/06 4,300 161 151 -- -
Well-AE 11/02/06 5,226 161 160 - -
Well-AE 12/07/06 5,000 172 167 - -
Well-AE 01/13/07 4,289 156 150 -- -
Well-AE 02/24/07 5,721 170 171 - -
Well-AE 03/07/07 4,749 143 146 - -
Well-AE 04/20/07 5,233 156 159 - -
Well-AE 05/16/07 8,428 153 182 ....
Well-AE 06/18/07 6,863 146 164 - -
Well-AE 07/19/07 5,663 146 153 - -
Well-AE 08/15/07 5,174 147 149 - --
Well-AE 09/19/07 4,064 144 137 ....
Well-AE 10/04/07 4,065 158 149 - -
Well-AE 11/19/07 4,673 151 153 - -
Well-AE 12/12/07 4,998 148 148 - -
Well-AF 10/07/03 142 142 86 0.38 227 Well-AF 10/27/03 242 145 90 - -
WeIl-AF 10/27/03 I -2,430 2,430 NA -- -
Well-AF 11/10/03 330 144 91 -- --
Well-AF 11/24/03 245 146 91 0.43 545 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
L 20104 Constituent was detected above its New Jersey Groundwater Quality Criteria.
-N---Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 3 8 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date Note Result (pCi/L) I LLD Deviation I Boron(mg/L) I Sodium(mg/L)
Well-AF 12/10/03 343 140 89 Well-AF 12/22/03 302 141 89 Well-AF' 01/06/04 366 142 90 Well-AF 01/20/04 262 143 89 Well-AF 02/02/04 295 144 91 Well-AF 03/18/04 150 144 88 Well-AF 04/20/04 247 141 88 4.80E-01 654 Well-AF 05/03/04 308 141 89 Well-AF 06/25/04 301 144 90 0.523 766 Well-AF 07/13/04 270 145 91 Well-AF 08/16/04 177 156 96 Well-AF 09/23/04 241 147 92 Well-AF 10/12/04 -151 151 90 Well-AF 11/16/04 168 153 94 Well-AF 12/21/04 '3,910 3,910 1,130 Well-AF 01/11/05 -3,910 3,910 1,180 Well-AF 02/08/05 '154 154 94 0.644 843 Well-AF 03/14/05 -4,320 4,320 1,240 Well-AF 04/11/05 363 148 94 Well-AF 05/09/05 245 143 89 Well-AF 07/11/05 193 152 93 Well-AF 10/17/05 182 157 96 Well-AF 01/16/06 264 152 95 Well-AF 04/10/06 244 156 97 Well-AF 07/17/06 372 154 97 Well-AF 10/09/06 249 162 100 Well-AF 01/22/07 347 158 99 Well-AF 04/19/07 223 165 102 Well-AF 07/13/07 210 146 90 Well-AF 10/09/07 -173 173 101 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F2,0[Q7 Constituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 39 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for, Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anion/
Identification Date INote lResult (pCiIL) ILLD IDeviation IBoron(mg/L) ISodiummgL Well-AG-D 02/23/04 6,100 140 156 0.34 849 Well-AG-D 03/09/04 3,280 149 132 Well-AG-D 03/29/04 2,540 151 125 Well-AG-D 04/12/04 4,990 141 145 5.10E-01 765 Well-AG-D 04/19/04 2,920 141 124 0.5 868 Well-AG-D 04/28/04 896 135 95 0.38 866 Well-AG-D 05/03/04 <5,590 5,590 NA Well-AG-D 05/10/04 1,490 140 106 5.60E-01 885 Well-AG-D 05/24/04 1,290 152 109 Well-AG-D 05/28/04 "4,560 4,560 1,551 Well-AG-D 06/03/04 4,040 145 139 Well-AG-D 06/08/04 13,625 142 214 Well-AG-D 06/16/04 566 154 101 0.18 239 Well-AG-D 06/25/04 1,865 141 111 0.539 862 WelI-AG-D 07/07/04 2,698 141 121 Well-AG-D 07/14/04 3,426 142 130 0.506 798 Well-AG-D 07/19/04 2,718 152 128 Well-AG-D 07/28/04 2,939 145 127 0.518 826 Well-AG-D 08/09/04 4,217 148 143 0.533 883 WelI-AG-D 08/23/04 6,538 156 171 Well-AG-D 09/13/04 7,191 149 172 Well-AG-D 09/29/04 13,241 148 218 Well-AG-D 10/05/04 8,613 156 190 Well-AG-D 10/18/04 12,456 144 209 Well-AG-D 11/04/04 7,424 139 167 Well-AG-D 11/09/04 3,230 2,690 WelI-AG-D 11/15/04 11,993 150 209 Well-AG-D 11/22/04 3,813 148 138 Well-AG-D 11/29/04 8,860 2,650 1,580 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
oooj I Constituent was detected above its New Jersey Groundwater Quality Criteria.
-'Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 40 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AG-D 12/07/04 ,4,170 4,170 1,510 Well-AG-D 12/14/04 6,910 3,230 1,500 Well-AG-D 12/21/04 '3,910 3,910 1,370 Well-AG-D 12/28/04 5,710 4,060 1,570 Well-AG-D 01/07/05 6,300 150 166 Well-AG-D 01/11/05 8,700 143 180 Well-AG-D 01/18/05 4,880 154 153 0.823 836 Well-AG-D 01/26/05 4,040 141 139 Well-AG-D 02/02/05 6,455 155 168 Well-AG-D 02/09/05 6,310 149 162 Well-AG-D 02/14/05 5,995 146 159 Well-AG-D 02/22/05 958 155 107 Well-AG-D 03/03/05 1,099 148 105 Well-AG-D 03/07/05 937 155 106 Well-AG-D 03/14/05 1,026 143 101 Well-AG-D 03/23/05 1,203 149 107 Well-AG-D 03/28/05 1,217 141 102 Well-AG-D 04/05/05 764 169 113 0.39 1,060 Well-AG-D 04/18/05 938 162 111 0.344 971 Well-AG-D 05/03/05 1,380 149 109 958 Well-AG-D 05/16/05 798 144 98 876 Well-AG-D 06/06/05 883 148 102 929 Well-AG-D 07/11/05 884 149 102 858 Well-AG-D 08/01/05 762 144 97 865 Well-AG-D 09/06/05 1,170 149 106 Well-AG-D 10/11/05 901 147 101 WelI-AG-D 11/01/05 995 150 104 Well-AG-D 12/08/05 712 146 98 Well-AG-D 01/09/06 525 156 101 Well-AG-D 02/06/06 575 177 114 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F jConstituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 41 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AG-D 03/06/06 620 159 104 - -
Well-AG-D 04/03/06 270 156 97 - --
Well-AG-D 05/01/06 486 152 99 ....
Well-AG-D 06/05/06 685 155 102 - -
Well-AG-D 07/11/06 763 162 108 - -
Well-AG-D 08/07/06 720 153 102 - -
Well-AG-D 09/18/06 663 158 104 ....
Well-AG-D 10/06/06 413 160 101 - --
Well-AG-D 11/15/06 671 160 106 - -
Well-AG-D 12/08/06 496 198 126 - -
Well-AG-D 01/14/07 543 159 103 ....
Well-AG-D 02/20/07 204 158 97 -- -
Well-AG-D 03/14/07 201 179 110 - -
Well-AG-D 04/19/07 391 175 111 - -
Well-AG-D 05/03/07 633 141 94 -- -
Well-AG-D 06/18/07 716 142 95 ....
Well-AG-D 07/12/07 490 151 97 - -
Well-AG-D 08/16/07 702 147 98 - -
Well-AG-D 09/20/07 608 144 95 -- -
Well-AG-D 10/17/07 2,172 149 118 -- -
Well-AG-D 11/20/07 1,491 150 113 - -
Well-AG-D 12/20/07 905 137 96 - -
Well-AG-S 02/23/04 2,320 138 115 0.04 348 Well-AG-S 03/09/04 3,000 146 126 - --
Well-AG-S 03/29/04 4,810 153 150 - -
Well-AG-S 04/12/04 6,620 143 161 0.26 319 Well-AG-S 04/20/04 8,060 142 173 0.23 338 Well-AG-S 04/28/04 10,300 136 188 0.19 312 Well-AG-S 05/10/04 9,580 139 184 -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F Constituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 42 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L)I LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AG-S 05/24/04 9,390 147 189 Well-AG-S 05/26/04 11,300 5,780 2,281 Well-AG-S 05/27/04 18,300 4,563 2,383 Well-AG-S 05/28/04 14,400 4,563 2,193 Well-AG-S 06/03/04 17,329 150 242 Well-AG-S 06/08/04 13,226 154 220 Well-AG-S 06/16/04 17,244 145 237 0.247 286 Well-AG-S 06/25/04 152 263 0.271 300 Well-AG-S 07/07/04 13,528 147 217 Well-AG-S 07/14/04 17,361 149 241 0.243 323 Well-AG-S 07/19/04 12,601 149 210 Well-AG-S 07/26/04 3,230 2,230 341 Well-AG-S 07/28/04 15,617 147 232 0.231 315 Well-AG-S 07/30/04 4,850 2,700 365 Well-AG-S 08/09/04 144 263 0.241 321 Well-AG-S 08/23/04 3,025 2,176 Well-AG-S 09/13/04 10,430 151 200 Well-AG-S 09/29/04 7,074 160 179 Well-AG-S 10/05/04 11,088 154 207 Well-AG-S 10/18/04 16,353 143 233 Well-AG-S 11/04/04 15,313 150 231 Well-AG-S 11/09/04 3,230 2,320 Well-AG-S 11/15/04 3,910 2,390 Well-AG-S 11/22/04 4,220 2,350 Well-AG-S 11/29/04 2,650 2,220 Well-AG-S 12/07/04 4,170 2,480 Well-AG-S 12/14/04 3,230 2,330 1.300' Well-AG-S 12/21/04 4,020 2,700 Well-AG-S 12/28/04 4,060 2,380 Well-AG-S 01/07/05 3,910 2,610 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
j (I]Constituentwas detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 43 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date Not Result (pCi/L) I LLD I Deviation I Boron(mg/L) Sodium(mg/L)
Well-AG-S 01/11/05 3,910 2,770 Well-AG-S 01/18/05 3,950 2,630 Well-AG-S 01/26/05 149 267 Well-AG-S 02/02/05 2,650 2,660 Well-AG-S 02/02/05 4,660 2,810 Well-AG-S 02/09/05 4,660 2,710 Well-AG-S 02/14/05 3,910 2,480 11,929 Well-AG-S 02/22/05 154 211 Well-AG-S 03/03/05 6,944 158 174 Well-AG-S 03/07/05 7,239 136 164 Well-AG-S 03/14/05 7,693 143 171 Well-AG-S 03/23/05 9,248 147 187 Well-AG-S 03/28/05 9,399 141 183 Well-AG-S 04/05/05 9,357 143 187 0.175 240 Well-AG-S 04/18/05 3,472 152 138 0.144 426 Well-AG-S 05/03/05 6,858 151 169 236 Well-AG-S 05/16/05 2,493 146 121 192 Well-AG-S 06/06/05 1,007 148 103 567 Well-AG-S 07/11/05 2,022 150 119 582 Well-AG-S 08/01/05 3,537 151 136 606 Well-AG-S 09/06/05 4,295 151 144 Well-AG-S 10/11/05 6,309 146 160 Well-AG-S 11/01/05 4,043 149 139 Well-AG-S 12/08/05 349 150 95 Well-AG-S 01/09/06 744 159 106 Well-AG-S 02/06/06 1,551 165 121 Well-AG-S 03/06/06 1,926 157 120 Well-AG-S 04/03/06 1,616 159 118 Well-AG-S 05/01/06 1,150 149 106 Well-AG-S 06/05/06 639 158 103 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[ Constituent was detected above its New Jersey Groundwater Quality Criteria.
~Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 44 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mgfL)
Well-AG-S 07/11/06 499 162 104 --
Well-AG-S 08/07/06 453 158 101 - -
Well-AG-S 09/18/06 403 159 101 - -
Well-AG-S 10/06/06 339 165 103 - --
Well-AG-S 11/15/06 602 158 104 -- -
Well-AG-S 12/08/06 487 194 123 -- -
Well-AG-S 01/14/07 513 157 102 - --
Well-AG-S 01/22/07 1 4,610 4,610 NA - -
Well-AG-S 02/20/07 406 152 97 - -
Well-AG-S 03/14/07 336 190 118 -- -
Well-AG-S 04/19/07 363 160 101 - --
Well-AG-S 05/03/07 201 142 88 - --
Well-AG-S 06/18/07 888 141 97 - -
Well-AG-S 07/12/07 645 150 99 - -
Well-AG-S 08/16/07 1,101 144 102 - -
Well-AG-S 09/20/07 671 146 97 - -
Well-AG-S 11/20/07 304 142 90 - -
Well-AG-S 12/20/07 343 137 87 ....
Well-AH-D 02/23/04 548 142 93 0.21 309 Well-AH-D 03/08/04 620 142 95 - -
Well-AH-D 03/29/04 522 142 93 0.31 290 Well-AH-D 04/19/04 563 140 93 0.19 241 Well-AH-D 05/03/04 637 142 95 - -
Well-AH-D 06/03/04 619 157 103 - -
Well-AH-D 06/16/04 1 <5,670 5,670 1,571 - -
Well-AH-D 07/19/04 552 147 97 0.191 260 Well-AH-D 08/23/04 586 140 93 -- --
Well-AH-D 09/13/04 557 151 99 - -
Well-AH-D 09/29/04 517 155 101 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
b Constituent oI was detected above its New Jersey Groundwater Quality Criteria.
N-Z Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 45 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium I Major Cations and Anions Identification I Date Note Result (pCi/L)I LLD Deviation Boron(mg/L) I Sodium(mg/L)
Well-AH-D 10/18/04 308 144 90 Well-AH-D 11/15/04 -3,910 3,910 1,328 Well-AH-D 12/20/04 '3,910 3,910 1,130 Well-AH-D 01/11/05 487 154 100 0.235 250 Well-AH-D 02/15/05 493 147 96 Well-AH-D 03/08/05 529 146 96 Well-AH-D 04/18/05 407 150 96 0.298 673 Well-AH-D 05/16/05 492 146 95 654 Well-AH-D 06/07/05 610 148 98 1,020 Well-AH-D 07/11/05 665 143 96 Well-AH-D 08/02/05 599 145 96 Well-AH-D 09/07/05 522 151 98 Well-AH-D 10/17/05 361 156 99 Well-AH-D 11/02/05 403 152 97 Well-AH-D 12/09/05 257 151 94 WeIl-AH-D 01/10/06 260 151 94 Well-AH-D 02/06/06 264 165 102 Well-AH-D 03/06/06 318 156 98 WelI-AH-D 04/10/06 303 155 97 Well-AH-D 05/01/06 439 152 98 Well-AH-D 06/05/06 297 157 98 Well-AH-D 07/17/06 321 160 100 Well-AH-D 08/08/06 330 157 98 Well-AH-D 09/06/06 322 161 101 Well-AH-D 10/06/06 278 '162 101 WeU-AH-D 11/02/06 430 152 97 Well-AH-D 12/19/06 209 159 98 Well-AH-D 01/22/07 333 159 100 WeIl-AH-D 02/20/07 -177 177 108 Well-AH-D 03/14/07 -155 155 94 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
PROConstituent was detected above its New Jersey Groundwater Quality Criteria.
NA Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 46 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AH-D 04/19/07 270 168 104 - --
Well-AH-D 05/15/07 ,142 142 86 .....
Well-AH-D 06/18/07 343 141 89 - -
Well-AH-D 07/13/07 221 149 92 - --
Well-AH-D 08/15/07 1,089 148 104 ....
Well-AH-D 09/19/07 376 145 92 -- -
Well-AH-D 10/03/07 1,311 151 109 - --
Well-AH-D 11/19/07 920 177 119 -- -
Well-AH-D 12/12/07 973 138 97 - --
Well-AH-S 02/23/04 899 143 99 0.14 135 Well-AH-S 03/08/04 894 142 98 - -
Well-AH-S 03/29/04 878 141 97 0.27 56 Well-AH-S 04/20/04 932 141 98 0.25 67 Well-AH-S 05/03/04 908 141 98 - --
Well-AH-S 06/03/04 759 149 100 - -
Well-AH-S 06/16/04 835 142 97 0.263 48 Well-AH-S 07/19/04 816 151 103 0.204 38 Well-AH-S 08/23/04 752 155 105 - -
Well-AH-S 09/13/04 512 144 94 - --
Well-AH-S 09/29/04 533 149 97 ....
Well-AH-S 10/18/04 420 159 101 - -
Well-AH-S 11/15/04 1 43,910 3,910 1,235 - -
Well-AH-S 12/20/04 1 -3,910 3,910 1,130 - -
Well-AH-S 01/11/05 658 163 107 0.446 61 Well-AH-S 02/15/05 633 146 97 -- --
Well-AH-S 03/08/05 614 147 97 - -
Well-AH-S 04/18/05 319 146 92 0.138 216 Well-AH-S 05/16/05 249 150 93 -- 277 Well-AH-S 06/07/05 238 147 91 - 151 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Constituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 47 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L)I LLD Deviation I Boron(mg/L) I Sodium(mg/L)
Well-AH-S 07/11/05 293 144 91 Well-AH-S 08/02/05 241 147 92 Well-AH-S 09/07/05 162 149 91 Well-AH-S 10/17/05 -153 153 92 Well-AH-S 11/02/05 298 151 94 Well-AH-S 12/09/05 218 148 91 Well-AH-S 01/10/06 251 153 95 Well-AH-S 02/06/06 213 170 105 Well-AH-S 03/06/06 -158 158 94 Well-AH-S 04/10/06 -155 155 92 Well-AH-S 05/01/06 163 151 92 Well-AH-S 06/05/06 190 156 96 Well-AH-S 07/17/06 '171 171 104 Well-AH-S 08/08/06 178 160 98 Well-AH-S 09/06/06 211 157 97 Well-AH-S 10/06/06 238 159 99 Well-AH-S 11/02/06 366 154 97 Well-AH-S 12/19/06 252 163 101 Well-AH-S 01/22/07 384 155 98 Well-AH-S 02/20/07 242 151 93 Well-AH-S 03/14/07 248 149 93 Well-AH-S 04/19/07 '162 162 98 Well-AH-S 05/15/07 154 137 84 Well-AH-S 06/18/07 236 142 88 Well-AH-S 07/13/07 1,193 147 105 Well-AH-S 08/15/07 -145 145 88 Well-AH-S 09/19/07 '144 144 88 Well-AH-S 10/03/07 195 164 101 Well-AH-S 11/19/07 2,790 190 152 Well-AH-S 12/12/07 5,579 142 150 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2 0 Constituent was detected above its New Jersey Groundwater Quality Criteria.
N9 Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 48 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Wel Sample I Tritium I Major Cations and Anions Identification Date Note Result (pCi/L) I LLD I Deviation Boron(mg/L) I Sodium(mg/L)
Well-Al 02/02/04 ý5,780 5,780 NA Well-Al 02/26/04 4,360 140 138 0.05 8 Well-Al 03/11/04 4,370 145 141 Well-Al 03/30/04 3,550 143 131 Well-AI 05/04/04 11,800 140 200 0.17 16 Well-AI 05/11/04 5,392 3,466 Well-Al 05/19/04 5,780 3,439 <3.3 47 Well-Al 06/03/04 4,563 3,360 Well-Al 07/19/04 2,870 2,550 Well-Al 07/28/04 3,790 2,650 Well-Al 08/02/04 3,320 2,670 Well-Al 08/09/04 4,850 3,030 28 Well-Al 08/16/04 3,320 3,000 Well-Al 08/25/04 3,030 3,050 13,120 Well-AI 12/27/04 153 222 13,120 Well-Al 04/19/05 153 222 Well-Al 05/10/05 3,620 2,640 Well-Al 06/21/05 3,750 2,820 14,060 Well-Al 07/12/05 155 226 Well-Al 08/15/05 7,683 147 172 6,669 Well-Al 09/06/05 150 166 5,081 Well-Al 10/10/05 148 151 Well-Al 11/14/05 4,535 152 148 3,602 Well-Al 12/20/05 156 139 Well-Al 01/17/06 2,755 150 127 Well-Al 02/21/06 2,730 149 126 4,200 Well-Al 03/20/06 3,730 1,530 Well-Al 04/10/06 -4,720 4,720 NA 5,194 Well-Al 04/11/06 157 156 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
ýijij'O1 Constituent was detected above its New Jersey Groundwater Quality Criteria.
-N7NotAvailable - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 49 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-Al 05/16/06 2,354 149 122 - -
Well-A] 06/19/06 2,082 162 126 -- -
Well-AL 07/18/06 1,572 150 112 ...
Well-Al 07/19/06 1 -4,890 4,890 NA - -
Well-Al 08/08/06 1,621 160 118 - --
Well-Al 09/18/06 1,782 157 119 -- -
Well-Al 10/10/06 2,110 159 124 - --
Well-Al 11/01/06 1,543 157 116 -- -
Well-Al 12/18/06 2,495 178 142 - -
Well-Al 12/19/06 1 -4,840 4,840 NA - -
Well-Al 01/13/07 2,784 149 127 - -
Well-Al 02/06/07 2,393 157 127 ....
Well-Al 03/08/07 2,100 149 119 -- -
Well-Al 04/20/07 2,677 161 134 - -
Well-Al 05/15/07 2,556 140 119 - -
Well-Al 06/18/07 2,867 142 123 - -
Well-Al 07/18/07 2,784 145 123 -- -
Well-Al 08/15/07 3,204 143 128 - -
Well-Al 09/20/07 3,137 150 131 -- -
Well-Al 10/03/07 3,360 149 132 ....
Well-Al 11/14/07 3,173 154 138 - -
Well-Al 12/12/07 2,902 138 121 - -
Well-AJ 02/25/04 1,150 142 102 0.62 616 Well-Al 03/09/04 1,040 140 99 0.68 650 Well-Al 03/30/04 1,080 146 103 0.62 642 Well-AJ 04/19/04 1,190 139 101 0.67 621 Well-AJ 05/10/04 1,240 142 103 - -
Well-Al 05/24/04 1,270 158 113 --
Well-Al 06/16/04 1,495 148 111 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[ C onstituent was detected above its New Jersey Groundwater Quality Criteria.
NANot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 50 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L)I LLD Deviation I Boron(mg/L) I Sodium(mg/L)
Well-AJ 07/13/04 2,193 142 116 Well-AJ 07/20/04 1,525 152 113 Well-AJ 08/16/04 1,677 141 110 Well-AJ 09/08/04 4,254 152 146 Well-AJ 10/18/04 3,230 3,560 Well-Al 11/16/04 3,910 6,440 Well-Al 12/28/04 2,820 5,450 Well-AJ 01/12/05 3,910 8,540 Well-AJ 02/14/05 3,910 8,260 Well-Al 03/02/05 3,670 6,710 Well-Al 03/07/05 3,490 5,670 Well-Al 03/14/05 4,320 6,120 Well-Al 03/23/05 3,790 3,720 Well-Al 03/28/05 6,280 5,880 Well-AJ 04/18/05 4,420 5,490 Well-Al 05/18/05 3,490 4,900 Well-Al 08/15/05 3,905 3,877 Well-Al 10/17/05 3,790 6,330 Well-Al 11/15/05 218,00 3,430 3,770 Well-Al 12/12/05 343,000 4,370 5,750 Well-Al 01/24/06 3,550 3,520 Well-Al 02/23/06 3,920 3,280 Well-Al 03/21/06 3,730 4,120 Well-Al 04/17/06 5,510 4,030 Well-AJ 05/15/06 5,000 3,780 Well-Al 07/24/06 5,470 3,500 Well-Al 08/22/06 2,520 1,340 Well-Al 06/19/07 150 329
~~-a-0 0aaa Well-AL 02/25/04 -141 141 83 0.21 60 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[wiConstituent was detected above its New Jersey Groundwater Quality Criteria.
N Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 51 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample I Tritium _Major Cations and Anions Identification Date Note Result (pCi/L)I LLD I Deviation Boron(mg/L) Sodium(mg/L)
Well-AL 03/09/04 -147 147 86 0.20 55 WelI-AL 03/30/04 ,146 146 86 0.22 63 WellAL 04/19/04 ,141 141 85 0.3 62 WelI-AL 05/19/04 ,151 151 89 WelI-AL 06/16/04 ,141 141 85 WeI1-AL 07/13/04 ý141 141 85 WelI-AL 07/28/04 -147 147 88 WelI-AL , 150 150 91 08/16/04 WelI-AL 09/08/04 ,153 153 91 Well-AL 10/12/04 , 146 146 85 WeI1-AL 11/16/04 1 ,3,910 3,910 1,126 Well-AL 1 -3,910 3,910 1,130 12/21/04 WeI1-AL 01/11/05 -157 157 92 WeI1-AL 02/08/05 ,157 157 92 0.23 74 WelI-AL 03/14/05 ,146 146 87 WelI-AL 04/11/05 <158 158 93 WeI1-AL 05/09/05 -150 150 88 WelI-AL 07/11/05 <154 154 90 WeI1-AL 10/10/05 -148 148 89 WelI-AL 01/23/06 -153 153 .91 WelI-AL 04/10/06 <,165 165 99 WeI1-AL 07/17/06 -154 154 92 WeI1-AL 10/09/06 <162 162 97 Well-AL 01/13/07 -153 153 91 Well-AL 04/19/07 243 158 98 Well-AL 07/19/07 203 146 90 WeI1-AL 10/09/07 -175 175 103 Well-AL 10/09/07 '175 175 103 Well-AM 02/02/04 425 0 NA NA I Well-AM 02/26/04 1 NA NA -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
IEOOODConstituent was detected above its New Jersey Groundwater Quality Criteria.
"Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 52 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification I Date Note Result (pCi/L)I LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AM 02/26/04 273Jb00 NA NA Well-AM 03/11/04 NA NA Well-AM 03/11/04 NA NA Well-AM 04/08/04 5,822 6,425 1A96M00O Well-AM 04/08/04 5,822 6,425 Well-AM 05/06/04 5,589 5,807 Well-AM 05/06/04 5,589 5,807 Well-AM 05/20/04 4,563 5,651 <3.3 6 Well-AM 06/10/04 4,974 5,832 <3.33 Well-AM 07/20/04 2,870 5,020 Well-AM 08/17/04 3,320 5,270 Well-AM 09/14/04 4,560 5,380 6 Well-AM 10/25/04 3,030 5,080 Well-AM 11/23/04 4,220 4,940 Well-AM 12/27/04 4,060 4,590 Well-AM 01/12/05 3,910 4,660 Well-AM 02/22/05 3,550 4,340 Well-AM 03/15/05 4,320 4,100 Well-AM 04/19/05 1~28,000 4,420 3,570 Well-AM 05/17/05 3,490 3,480 139MOO~
Well-AM 06/21/05 3,750 3,420 Well-AM 07/11/05 3,750 3,110 Well-AM 08/15/05 3,905 2,979 Well-AM 09/20/05 4,563 4,478 Well-AM 10/10/05 3,790 2,930 Well-AM 11/14/05 3,430 3,210 Well-AM 12/20/05 3,430 2,580 Well-AM 01/23/06 3,550 2,750 Well-AM 02/23/06 3,920 4,200 Well-AM 03/21/06 3,730 10,100 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
~,)Constituent was detected above its New Jersey Groundwater Quality Criteria.
'Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 53 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date INote Result (pCi/L)I LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AM 04/11/06 1 4,720 13,700 1
Well-AM 05/16/06 5,000 15,100 1
Well-AM 06/20/06 4,890 12,100 1
Well-AM 07/17/06 4,670 5,130 Well-AM 07/21/06 NA NA Well-AM 08/08/06 NA NA Well-AM 08/21/06 2,520 3,590 Well-AM 09/07/06 17,003 151 241 Well-AM 09/13/06 NA NA Well-AM 09/19/06 18,191 161 257 Well-AM 10/09/06 19,530 156 261 Well-AM 11/01/06 162 275 Well-AM 11/15/06 162 290 Well-AM 12/07/06 153 330 Well-AM 12/18/06 ~39050' 148 352 Well-AM 01/13/07 148 266 Well-AM 01/22/07 155 294 Well-AM 02/06/07 162 311 Well-AM 02/23/07 157 407 Well-AM 03/08/07 149 266 Well-AM 04/20/07 160 275 Well-AM 05/15/07 174 363 Well-AM 06/19/07 3,430 3,730 Well-AM 07/18/07 146 335 Well-AM 07/30/07 139 321 Well-AM 08/15/07 148 342 5U1&004 Well-AM 09/21/07 3,830 7,330 Well-AM 09/25/07 3,730 7,950 Well-AM 10/03/07 3,830 7,550 Well-AM 10/17/07 4,370 5,690 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter I Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
0(0,o2Constituent was detected above its New Jersey Groundwater Quality Criteria.
NKNot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 54 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AM 11/14/07 1 1 4,110 5,210 - -
Well-AM 11/28/07 1 14U1ýO0<q 3,630 5,330 ....
Well-AM 12/12/07 2 150 272.
Well-AM 12/27/07 19,329 149 250 - -
Well-AN 08/10/04 .2l1579 143 263 0.685 32 Well-AN 08/24/04 19,632 155 263 - -
Well-AN 09/14/04 9,150 141 182 0.567 23 Well-AN 10/25/04 8,950 147 185 -- -
Well-AN 11/23/04 6,245 144 158 - -
Well-AN 12/29/04 1 -4,020 4,020 1,210 - -
Well-AN 01/12/05 6,180 159 169 - -
Well-AN 03/02/05 1 192,000 3,670 6,300 -- -
Well-AN 03/07/05 1 171,0011 3,490 5,940 -- -
Well-AN 03/14/05 1 1;1.000 4,320 5,700 - -
Well-AN 03/23/05 1 *1fl'o 3,790 6,030 Well-AN 03/28/05 1 9 9,00 6,280 4,900 -- -
Well-AN 04/18/05 1 1494000 4,420 5,650 - -
Well-AN 05/18/05 1 11.010 3,490 4,920 -- -
Well-AN 06/22/05 1 48000 3,750 4,470 - -
Well-AN 07/19/05 *76.094 148 479 -- -
Well-AN 08/15/05 1 (9.000 3,905 3,879 Well-AN 10/17/05 1 7c1,]( ( 3,790 4,150 - -
Well-AN 11/15/05 1 6 - 3,430 4,860 -- -
Well-AN 12/12/05 1 7_.40 4,370 4,260 - -
Well-AN 01/24/06 1 '99J00 3,550 4,800 - -
Well-AN 02/22/06 "8'29 149 485 - -
Well-AN 02/23/06 1 65,600 3,920 4,030 - --
Well-AN 03/21/06 1 86200* 3,730 4,630 ....
Well-AN 04/17/06 1 5 5,510 4,070 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
211()j -Constituent was detected above its New Jersey Groundwater Quality Criteria.
NANot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 55 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AN 05/15/06 1 40300 5,000 4,870 - -
Well-AN 06/20/06 1 76400 4,890 4,730 Well-AN 07/24/06 1 S4.800 5,470 3,930 - -
Well-AN 08/22/06 1 1111 2,520 2,320 ..
Well-AN 09/21/06 1 82401 7,550 4,720 Well-AN 10/06/06 3,169 161 138 - -
Well-AN 11/16/06 1 89AMO 3,630 4,680 - --
Well-AN 12/15/06 Z 3 158 286 Well-AN 01/23/07 5,973 154 164 - -
Well-AN 02/06/07 43 181 404 Well-AN 08/23/07 27M7ý 143 289 Well-AN 09/20/07 79.768 151 492 Well-AN 10/17/07 4 1,105 158 381 Well-AN 11/15/07 1 54A00 4,110 3,930 Well-AN 12/13/07 1 f 4,030 4,300 - -
Well-AO 07/29/04 6,739 146 163 - -
Well-AO 08/10/04 2,399 153 125 0.24 27 Well-AO 08/16/04 5,420 146 155 - -
Well-AO 08/24/04 2,225 155 125 - -
Well-AO 09/14/04 2,417 149 123 - -
Well-AO 09/29/04 2,794 152 130 - -
Well-AO 10/25/04 2,706 158 132 - -
Well-AO 11/23/04 2,570 147 123 - -
Well-AO 12/27/04 1 '4,060 4,060 1,370 - -
Well-AO 01/12/05 1,780 166 125 - -
Well-AO 03/02/05 1 15,900 3,670 2,100 ....
Well-AO 03/07/05 1 1;8,000 3,490 5,710 Well-AO 03/14/05 1 138,00 4,320 5,430 Well-AO 03/23/05 1 1 000 3,790 6,570 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
_001)Constituent was detected above its New Jersey Groundwater Quality Criteria.
tot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 56 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AO 03/28/05 6,395 147 .162 - -
Well-AO 11/15/05 1 34.7()j) 3,430 2,900 ....
Well-AO 12/12/05 1 58.000 4,370 3,750 Well-AO 07/24/06 1 38A00 5,470 3,410 - -
Well-AO 08/22/06 1 98J100 2,520 2,290 Well-AO 10/06/06 4,190 160 148 - -
Well-AO 11/16/06 .... ' 164 301 - --
Well-AO 12/15/06 7,629 168 190 -- -
Well-AO 01/23/07 5,136 154 154 Well-AP 07/19/04 2,078 148 118 0.06 59 Well-AP 08/09/04 1,455 150 112 0.126 105 WeIl-AP 08/23/04 1,006 151 106 - -
Well-AP 09/08/04 1,039 148 105 - -
Well-AP 09/22/04 1,679 156 119 - --
Well-AP 10/11/04 777 151 102 -- -
Well-AP 11/22/04 1,531 150 112 0.204 65 Well-AP 12/14/04 1 ,3,230 3,230 984 - -
Well-AP 01/27/05 1,200 138 102 0.16 134 Well-AP 02/01/05 2,680 153 128 -- -
Well-AP 03/07/05 1 .03j7
- 3,490 3,970 Well-AP 04/05/05 1 1011,000 4,220 4,730 Well-AP 05/02/05 1 '94,40 3,320 1,690 - -
Well-AP 06/06/05 1 106,00 3,460 4,630 -
Well-AP 06/21/05 1 46j(10 3,750 3,220 -
Well-AP 07/06/05 1,968 144 114 - --
Well-AP 07/19/05 4,563 148 145 - -
Well-AP 08/01/05 1 6,190 3,320 3,640 -- -
Well-AP 08/16/05 1 3,905 2,564 Well-AP 08/29/05 961 151 105 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
"21'o constituent was detected above its New Jersey Groundwater Quality Criteria.
NANot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 57 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L) I LLD Deviation I Boron(mg/L) Sodium(mglL)
Well-AP 09/06/05 1,196 150 107 Well-AP 09/19/05 10,097 152 195 Well-AP 10/03/05 4,220 3,530 Well-AP 10/18/05 12,250 156 212 Well-AP 11/01/05 798 149 101 Well-AP 12/08/05 3,730 2,750 Well-AP 01/10/06 14,354 152 225 Well-AP 02/07/06 9,723 152 191 Well-AP 02/21/06 14,580 152 226 Well-AP 03/06/06 9,829 161 199 Well-AP 03/20/06 8,860 3,730 1,850 Well-AP 04/03/06 9,490 155 192 Well-AP 04/17/06 8,284 158 184 Well-AP 05/01/06 8,316 154 184 Well-AP 05/15/06 7,686 158 180 Well-AP 06/05/06 5,639 167 167 Well-AP 06/20/06 5,681 150 158 Well-AP 07/10/06 757 157 105 Well-AP 07/24/06 465 152 98 Well-AP 08/07/06 2,006 159 123 Well-AP 08/21/06 4,405 153 147 Well-AP 09/06/06 2,560 157 128 Well-AP 10/10/06 5,939 161 166 Well-AP 11/01/06 779 153 103 Well-AP 12/08/06 5,412 186 179 Well-AP 01/13/07 1,086 156 109 Well-AP 02/05/07 4,348 151 145 Well-AP 03/07/07 1,169 151 109 Well-AP 04/19/07 1,059 158 111 Well-AP 05/15/07 781 186 123 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
kq ]C onstituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 58 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AP 06/18/07 1,093 145 102 ....
Well-AP 07/18/07 1,049 144 101 - -
Well-AP 08/15/07 2,730 144 122 - -
Well-AP 09/19/07 3,830 161 144 - -
Well-AP 10/03/07 3,442 150 133 ....
Well-AP 11/14/07 4,025 124 128 ....
Well-AP 12/12/07 3,806 137 130 - -
Well-AQ 07/08/04 1 '3,260 3,260 1,094 -- -
Well-AQ 07/19/04 217 142 88 0.436 308 Well-AQ 08/09/04 309 152 95 0.57 1,090 Well-AQ 08/23/04 243 147 92 - --
Well-AQ 09/08/04 273 150 94 -- -
Well-AQ 09/22/04 213 138 86 - -
WeIl-AQ 10/26/04 201 144 89 -- -
Well-AQ 11/16/04 218 147 91 - -
Well-AQ 12/21/04 1 '4,280 4,280 i,300 - -
Well-AQ 01/27/05 225 135 84 -
Well-AQ 02/02/05 -148 148 90 0.448 1,100 Well-AQ 03/14/05 367 145 92 - -
Well-AQ 04/12/05 247 143 89 - -
Well-AQ 05/09/05 248 151 94 -- -
Well-AR 07/14/04 1 324A& 3,620 7,980 - --
Well-AR 07/19/04 1 39000 2,870 8,700 Well-AR 08/09/04 1 464.000 4,850 9,620 6.00 75 Well-AR 08/23/04 1 49(),100 3,670 10,000 - -
Well-AR 09/13/04 1 5;1.000 4,560 10,500 7.10 65 Well-AR 09/30/04 1 ý'00Ok 5,780 10,800 - --
Well-AR 10/26/04 1 500 3,030 11,000 Well-AR 12/28/04 1 423 4,060 9,050 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Fiýo Constituent was detected above its New Jersey Groundwater Quality Criteria.
--ýNot Available - Deviation and/or LLD were not reported.
-- Constituent not analyzed.
03/05/2008 5:52 PM Page 59 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date NotejResult (pCi/L)I LLD I Deviation Boron(mg/L) Sodium(mg/L)
Well-AR 01/27/05 2,470 8,140 Well-AR 02/22/05 !33U.00 3,550 8,220 Well-AR 03/14/05 4,320 6,510 Well-AR 04/12/05 4,220 7,010 Well-AR 05/10/05 3,620 6,420 Well-AR 06/21/05 3,750 6,670
,Well-AR 07/19/05 2,820 6,310 Well-AR 08/16/05 3,905 6,592 Well-AR 09/19/05 4,563 6,272 206,570 Well-AR 10/10/05 3,790 5,540 12,5550 Well-AR 11/02/05 3,030 6,560 212,751 Well-AR 12/08/05 3,730 6,090 22A100 Well-AR 01/10/06 4,370 6,250 Well-AR 02/06/06 3,090 4,810 12,61901 Well-AR 03/20/06 3,730 3,510 Well-AR 04/10/06 155 240 Well-AR 05/15/06 156 215 Well-AR 06/06/06 162 221 Well-AR 07/17/06 4,670 5,000 Well-AR 08/08/06 4,440 4,330 Well-AR 09/06/06 157 273 Well-AR 10/10/06 158 216 Well-AR 11/02/06 169 506 Well-AR 12/18/06 155 447 Well-AR 12/19/06 4,840 4,060 Well-AR 01/13/07 3,730 4,700 Well-AR 02/05/07 4,370 4,350 Well-AR 03/07/07 3,630 4,110 Well-AR 06/18/07 3,430 4,620 Well-AR 07/19/07 4,370 4,780 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
IooW]Constituent was detected above its New Jersey Groundwater Quality Criteria.
N ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 60 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AR 07/23/07 1 S2,3 0 1,840 2,180 ....
Well-AR 08/08/07 1 8 4,110 4,390 - --
Well-AR 08/15/07 1 84700: 3,830 4,760 -- -
Well-AR 09/19/07 1 51'S00 3,830 3,760 -- -
Well-AR 09/25/07 1 1_400 3,730 4,170 ....
Well-AR 10/03/07 20i 157 267 - -
Well-AR 10/17/07 12,266 137 200 - -
Well-AR 11/14/07 1 5-.900. 4,110 3,940 - -
Well-AR 11/28/07 L;0'018 123 374 - -
Well-AR 12/12/07 47.105 146 373 - -
Well-AR 12/27/07 43.,89 149 360 ....
Well-AS 07/08/04 1 ;,700 3,620 2,920 - -
Well-AS 07/19/04 1 27.600 2,870 2,460 - --
Well-AS 08/09/04 1 7,510 4,850 1,920 - -
Well-AS 08/23/04 1 *41 300 3,030 2,990 - -
Well-AS 09/13/04 145 259 0.727 199 Well-AS 09/29/04 18,171 146 248 - -
Well-AS 10/11/04 9,899 156 200 - -
Well-AS 11/16/04 1 14,400 3,910 2,090 - -
Well-AS 12/21/04 1 15,200 3,910 2,070 - -
Well-AS 01/27/05 14,000 143 224 0.459 186 Well-AS 03/02/05 1 '23.460 3,670 2,430 -- -
Well-AS 03/07/05 1 *41,00 3,490 3,020 - --
Well-AS 03/14/05 1 12,600 4,320 2,080 -- -
Well-AS 03/23/05 1 7200 3,790 4,050 -- -
Well-AS 03/28/05 1 (76 6,280 4,180 -- -
Well-AS 04/18/05 1 7 0j 4,420 4,140 - -
Well-AS 05/18/05 1 5 3,490 3,520 - -
Well-AS 06/22/05 1 6 3,750 3,730 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F'O]Constituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
0 03/05/2008 5:52 PM Page 61 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium I Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) I Sodium(mg/L)
Well-AS 07/19/05 2,820 3,530 Well-AS 08/15/05 3,905 3,334 Well-AS 10/17/05 3,790 3,010 Well-AS 11/15/05 3,430 3,910 Well-AS~7 3,90 3,1 Well-AS 12/12/05 4,370 3,870 Well-AS 01/24/06 3,550 4,150 Well-AS 02/23/06 3,920 4,190 Well-AS 03/21/06 Well-AS 3,730 355064,15 3,640 Well-AS 04/17/06 5,510 3,820 Well-AS 05/15/06 5,000 3,850 Well-AS 06/20/06 4,890 3,970 Well-AS 07/24/06 Well-AS66 5,470 5,00 3,640 3,5 Well-AS 08/22/06 2,520 1,850 Well-AS 09/21/06 7,550 4,350 Well-AS 10/06/06 Well-AS4 6,270 2,52 4,260 1,85 Well-AS 11/16/06 163 584 Well-AS 12/15/06 Well-AS 151 7,5 394 4,350 Well-AS 01/23/07 158 403 Well-AS Well-A 6,2744,26 162 02/06/07 334 Well-AS 03/14/07 165 383 Well-AS 06/19/07 147 298 Well-AS 07/19/07 Well-AS1158840 146 146 Well-AS 08/23/07 Well-AS7162733 141 218 Well-AS 09/20/07 149 214 Well-AS 10/17/07 168 204 Well-AS 11/15/07 124 220 Well-AS 12/13/07 150 296 We70204 Well-AT 07/08/04 1 13 4,288 3 °2,50 142
- I 139 0.275 309 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
[ Constituent was detected above its New Jersey Groundwater Quality Criteria.
~Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 62 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification I Date INote Result (pCi/L)I LLD Deviation I Boron(mg/L) Sodium(mg/L)
Well-AT 07/12/04 3,620 2,750 Well-AT 07/22/04 2,870 2,200 Well-AT 08/03/04 3,320 2,580 Well-AT 08/11/04 3,030 2,320 Well-AT 08/12/04 3,030 2,620 Well-AT 08/13/04 3,030 2,220 Well-AT 08/21/04 3,030 2,460 Well-AT 08/31/04 17,124 157 250 Well-AT 12/28/04 '4,060 4,060 1,260 Well-AT 01/19/05 1,991 159 124 0.286 163 Well-AT 03/02/05 3,670 3,030 Well-AT 03/07/05 3,490 2,330 Well-AT 03/14/05 4,320 3,660 Well-AT 03/23/05 10,039 150 195 Well-AT 03/28/05 7,973 148 176 Well-AT 04/18/05 4,974 151 153 0.267 396 Well-AT 05/18/05 3,451 151 136 Well-AT 06/22/05 1,777 145 112 Well-AT 07/19/05 1,687 146 112 Well-AT 08/15/05 1,578 150 112 Well-AT 10/17/05 2,224 157 124 Well-AT 11/15/05 1,451 151 112 Well-AT 12/12/05 1,722 153 116 Well-AT 01/24/06 2,139 153 121 Well-AT 02/22/06 2,375 152 123 Well-AT 02/23/06 -3,920 3,920 NA Well-AT 03/21/06 <3,730 3,730 NA Well-AT 04/17/06 1,396 159 115 Well-AT 05/15/06 1,517 156 115 Well-AT 06/20/06 1,911 151 117 Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit. 111Constituent was detected above its New Jersey Groundwater Quality Criteria.
IN ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 63 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-AT 07/24/06 2,110 151 120 - -
Well-AT 08/22/06 3,715 152 139 ....
Well-AT 09/21/06 4,002 158 145 - -
Well-AT 10/06/06 4,785 159 154 -- -
Well-AT 11/16/06 6,235 170 178 - -
Well-AT 12/15/06 2,458 166 134 - -
Well-AT 01/23/07 2,103 146 118 - -
Well-AT 02/06/07 1,401 149 110 -- -
Well-AT 03/14/07 2,359 197 152 ....
Well-AT 04/24/07 4,046 160 149 - -
Well-AT 05/22/07 3,482 151 135 - -
Well-AT 06/19/07 1,892 143 112 -- -
Well-AT 07/19/07 2,158 145 116 - -
Well-AT 08/22/07 1 -4,280 4,280 NA -- -
Well-AT 08/23/07 2,182 148 118 -- -
Well-AT 09/20/07 2,114 148 118 ....
Well-AT 10/17/07 1,705 149 112 - --
Well-AT 11/15/07 2,221 176 136 - -
Well-AT 12/13/07 4,326 140 137 -- -
I Well-AV 07/20/05 3,060 NA NA - -
Well-AY 07/20/05 3,000 NA NA -- --
Well-AZ 07/20/05 8,710 NA NA - -
Well-BA 10/16/06 '157 157 194I Well-BA 04/10/07 126 126 75 - -
Well-BA 05/07/07 172 172 105 -- -
Well-BA 10/17/07 150 150 89 -- -
Well-BB 10/1,6/061 289 162 101 - I -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
I Constituent was detected above its New Jersey Groundwater Quality Criteria.
N9(Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 64 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-BB 12/08/06 338 165 104 - -
Well-BB 04/10/07 161 161 97 Well-BB 10/17/07 149 149 89 Well-BC 10/16/06 -163 163 98 Well-BC 04/10/07 -162 162 94 Well-BC 10/17/07 150 ISO 89 WeI1-BD 10/16/06 1 325 157 99 Well-BD 04/10/071 256 152 95 Well-BD 10/10/07 264 156 97 Well-BE 10/16/06 '159 159 95 Well-BE 04/10/07 -168 168 98 Well-BE 10/10/07 - 158 158 93 WeIl-BF 10/16/06 I 155 155 91 Well-BF 04/11/07 -'164 164 94 Well-BF 10/17/07 ,189 189 109 Wel1-BG 10/17/06 -'162 162 97 Well-BG 04/11/07 '152 152 92 Well-BG 11/01/07 '165 165 94 Well-BU 10/18/07 -153 153 90 Well-BW 02/24/07 2,556 162 132 - -
Well-BW 03/27/07 3,728 164 149 - -
Well-BW 04/20/07 3,054 159 138 - -
Well-BW 05/22/07 1,517 168 122 Well-BW 06/25/07 1 3,730 3,730 NA - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
2 j0joConstituent was detected above its New Jersey Groundwater Quality Criteria.
Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 65 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-BW 07/12/07 1,593 146 110 - -
Well-BW 08/22/07 1,719 149 113 -- -
Well-BW 09/21/07 1,917 149 115 - --
Well-BW 10/09/07 2,056 150 117 ....
Well-BW 11/20/07 1,729 179 132 ....
Well-BW 12/19/07 1,641 147 111 - --
Well-BX 02/24/07 1,958 155 120 - -
Well-BX 03/27/07 962 151 105 - -
Well-BX 04/20/07 883 161 110 - -
Well-BX 05/22/07 1,265 138 102 - -
Well-BX 06/25/07 1 -3,730 3,730 NA - -
Well-BX 07/12/07 1,556 144 108 - -
Well-BX 08/22/07 1,806 147 113 ....
Well-BX 09/21/07 1,430 150 110 - -
Well-BX 10/09/07 996 151 104 - -
Well-BX 11/20/07 1,270 173 122 - --
WelI-BX 12/19/07 1,378 146 107 -- -
Well-CA 02/21/07 695 161 107 - -
Well-CA 03/15/07 932 165 113 - -
Well-CA 04/11/07 853 160 109 - -
Well-CA 05/22/07 665 170 111 - -
Well-CA 06/19/07 639 138 92 - -
Well-CA 07/12/07 710 144 96 - -
Well-CA 08/22/07 670 147 97 - -
Well-CA 09/20/07 599 150 98 -- -
Well-CA 10/09/07 549 153 99 - -
Well-CA 11/19/07 437 177 112 -- -
Well-CA 12/19/07 729 146 98 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
F_2bjConstituent was detected above its New Jersey Groundwater Quality Criteria.
WX Not Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 66 of 67
Table 02. Groundwater Analytical Results, PSEG Nuclear, LLC, Salem Generating Station.
for Samples collected between 01/22/2003 and 12/29/2007 Well Sample Tritium Major Cations and Anions Identification Date Note Result (pCi/L) LLD Deviation Boron(mg/L) Sodium(mg/L)
Well-CB 02/21/07 156 152 93 -- -
Well-CB 03/27/07 ,158 158 95 -- -
Well-CB 04/11/07 -162 162 97 - --
Well-CB 05/22/07 -180 180 106 - -
Well-CB 06/19/07 -145 145 87 - -
Well-CB 07/12/07 -147 147 89 - -
Well-CB 08/22/07 '149 149 90 - -
Well-CB 09/20/07 '144 144 87 - -
Well-CB 10/09/07 '150 150 89 -- -
Well-CB 11/19/07 '180 180 108 - --
Well-CB 12/19/07 1 146 146 89 - -
Notes:
LLD Lower Limit of Detection mg/L Milligrams per liter pCi/L Picocuries per liter 1 Reported analytical results are from Salem Chemistry.
< Constituent was not detected above the indicated laboratory detection limit.
762 Constituent was detected above the laboratory method detection limit.
Fnop-Constituent was detected above its New Jersey Groundwater Quality Criteria.
ot Available - Deviation and/or LLD were not reported.
- Constituent not analyzed.
03/05/2008 5:52 PM Page 67 of 67
Table 03. Groundwater Extraction System Operational Data and Tritium Analytical Results, PSEG Nuclear, LLC, Salem Generating Station Sample Number Release End Date Volume Discharged Tritium (pCi/L) Curies Removed Pilot Syatem ____________________0.93*
12/22/2005 137,810 36,200 0.0189 2 3/l/2005 84,566 109,000 0.0349 3 3/8/2005 2,687 66,500 0.0007 4 3/10/2005 459 30,300 0.0001 5 3/17/2005 178,372 53,900 0.0364 6 3/24/2005 173,513 65,800 0.0432 7 3/31/2005 143,437 72,800 0.0395 8 4/7/2005 140,279 58,300 0.03 10 9 4/15/2005 270,445 65,300 0.0669 10 4/20/2005 63,835 63,500 0.0153 11 4/28/2005 99,244 61,900 0.0233 12 4/28/2005 10,178 62,200 0.0024 13 5/5/2005 27,366 60,100 0.0062 14 5/12/2005 32,950 70,300 0.0088 15 5/19/2005 23,013 59,900 0.0052 16 5/26/2005 56,727 64,400 0.0138 17 6/2/2005 40,437 54,400 0.0083 18 6/9/2005 66,012 52,600 0.0131 19 6/16/2005 80,460 60,400 0.0184 20 6/24/2005 38,457 63,800 0.0093 21 6/30/2005 113,247 51,500 0.0221 22 7/7/2005 126,530 49,200 0.0236 23 7/14/2005 101,080 42,500 0.0163 24 7/21/2005 80,699 39,900 0.0122 25 7/28/2005 129,721 65,200 0.0320 26 8/4/2005 130,851 62,000 0.0307 27 8/11/2005 116,177 57,200 0.0252 28 8/18/2005 128,290 49,200 0.0239 29 8/25/2005 127,158 51,400 0.0247 30 9/22/2005 6,999 14,400 0.0004 31 11/3/2005 111,699 33,600 0.0142 32 11/10/2005 355,417 27,900 0.0375 33 11/24/2005 310,171 30,600 0.0359 34 12/8/2005 246,336 28,800 0.0269 35 12/15/2005 244,370 31,700 0.0293 36 12/22/2005 268,454 30,300 0.0308 37 12/29/2005 249,559 1 26,700 0.0252 38 1/5/200 99,502 1 19,100 0.0072 Notes:
Pilot-Study Cycle 1 was initiated on April 26, 2004.
Full scale system became operational February 16, 2005
- Total curies removed from the Pilot System Total curies removed to date from the Full Scale System 1 of 3
Table 03. Groundwater Extraction System Operational Data and Tritium Analytical Results, PSEG Nucleari LLC, Salem Generating Station Sample Number Release End Date Volume Discharged Tritium (pCi/L) Curies Removed 39 1/12/2006 310,508 27,900 0.0328 40 2/2/2006 331,650 25,700 0.0323 41 2/9/2006 326,436 24,800 0.0306 42 2/23/2006 320,934 26,600 0.0323 43 3/2/2006 333,662 19,400 0.0245 44 3/9/2006 327,270 30,900 0.0383 45 3/16/2006 329,963 25,100 0.0314 46 3/23/2006 257,370 25,200 0.0246 47 3/30/2006 156,671 55,300 0.0328 48 4/6/2006 155,685 24,300 0.0143 49 4/13/2006 157,437 23,300 0.0139 50 4/20/2006 156,806 39,500 0.0234 51 4/27/2006 161,303 30,000 0.0234 52 5/4/2006 164,369 24,000 0.0149 53 5/11/2006 163,588 15,500 0.0096 54 5/18/2006 165,460 18,800 0.0118 55 5/25/2006 157,258 18,500 0.0110 56 6/1/2006 153,950 22,100 0.0129 57 6/8/2006 164,783 20,100 0.0125 58 6/15/2006 161,788 17,900 0.0110 59 6/22/2006 148,220 18,600 0.0104 60 6/29/2006 144,590 12,600 0.0069 61 7/6/2006 137,690 11,000 0.0057 62 7/13/2006 153,710 15,500 0.0090 63 7/20/2006 160,790 17,100 0.0104 64 7/27/2006 156,469 13,500 0.0080 65 8/3/2006 145,658 13,700 0.0076 66 8/10/2006 119,811 11,300 0.0051 67 8/17/2006 115,665 11,700 0.0051 68 8/24/2006 123,100 13,100 0.0061 69 8/31/2006 126,095 10,100 0.0048 70 9/7/2006 135,939 10,800 0.0056 71 9/14/2006 84,446 18,200 0.0058 72 9/21/2006 120,372 15,600 0.0071 73 9/28/2006 59,089 12,200 0.0027 74 10/5/2006 149,094 13,800 0.0078 75 10/12/2006 141,618 17,400 0.0093 76 10/19/2006 116,290 14,900 0.0066 77 10/26/2006 9,188 21,600 0.0008 78 11/2/2006 127,740 99,100 0.0479 79 11/9/2006 131,760 17,700 0.0088 80 11/16/2006 132,090 12,000 0.0060 81 11/23/2006 132,280 12,000 0.0060 82 11/30/2006 127,190 75,000 0.0361 83 12/7/2006 134,120 16,700 0.0085 84 12/14/2006 135,910 15,000 0.0077 85 12/21/2006 84,817 13,100 0.0042 86 12/28/2006 119,220 13,800 0.0062 Notes:
Pilot-Study Cycle 1 was initiated on April 26, 2004.
Full scale system became operational February 16, 2005
- Total curies removed from the Pilot System
- Total curies removed to date from the Full Scale System 2 of 3
Table 03. Groundwater Extraction System Operational Data and Tritium Analytical Results, PSEG Nuclear, LLC, Salem Generating Station Sam ple Number Release End Date Volume Discharged Tritium (pCi/L) Cories Removed 87 1/5/2007 55,000 10,100 0.0021 88 1/12/2007 89,078 17,900 0.0060 89 1/19/2007 77,670 13,100 0.0039 90 1/25/2007 121,070 14,900 0.0068 91 2/1/2007 146,400 27,600 0.0153 92 2/8/2007 141,504 21,000 0.0112 93 2/15/2007 138,900 15,300 0.0080 94 2/22/2007 136,630 45,300 0.0234 95 .3/1/2007 96,791 9,610 0.0035 96 . 3/8/2007 94,849 7,060 0.0025 97 3/15/2007 94,000 8,110 0.0029 98 3/22/2007 101,124 5,710 0.0022 99 3/29/2007 112,065 .11,700 0.0050 100 4/5/2007 118,053 13,500 .0.0060 101 4/12/2007 116,658 8,860 0.0039 102 4/19/2007 100,138 9,460 0.0036 103 4/26/2007 350,699 11,100 0.0147 104 5/3/2007 84,705 9,010 0.0029 105 5/10/2007 72,867 14,400 0.0040 106 5/17/2007 72,488 12,500 0.0034 107 5/24/2007 71,531 11,600 0.0031 108 5/31/2007 71,152 14,900 0.0040 109 6/7/2007 81,726 11,700 0.0036 110 6/14/2007 115,446 26,400 0.0115 111 6/21/2007 109,665 22,800 0.0095 112 6/28/2007 67,435 69,100 0.0176 113 7/5/2007 70,000 10,700 0.0028 114 7/12/2007 68,461 11,600 0.0030 115 7/19/2007 69,845 12,900 0.0034 116 7/26/2007 70,300 66,100 0.0176 117 8/2/2007 74,555 29,400 0.0083 118 8/9/2007 79,888 93,100 0.0282 119 8/16/2007 132,588 18,500 0.0093 120 8/23/2007 150,343 18,000 0.0102 121 8/30/2007 152,945 16,700 0.0097 122 9/6/2007 122,833 17,000 0.0079 123 9/13/2007 68,290 43,500 0.0112 124 9/20/2007 155,780 14,400 0.0085 125 10/4/2007 14,580 12,600 0.0007 126 10/11/2007 151,815 11,100 0.0064 127 10/18/2007 151,693 12,500 0.0072 128 10/25/2007 151,400 11,700 0.0067 129 11/1/2007 152,219 13,200 0.0076 130 11/8/2007 140,180 28,400 0.0151 131 11/15/2007 105,120 7,060 0.0028 132 11/22/2007 93,700 1,990 0.0007 133 11/29/2007 99,787 9,310 0.0035 134 1 12/6/2007 92,245 7,210 0.0025 135 12/13/2007 91,607 11,300 0.0039 136 12/20/2007 .82,150 27,200 0.0085 138 12/31/2007 244,440 43,100 0.0399 Notes:
Pilot-Study Cycle I was initiated on April 26, 2004.
Full scale system became operational February 16, 2005
- Total curies removed from tbe Pilot System
- Total curies removed to date from tbe Full Scale System 3 of 3
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Table 05. Unit I Seismic Gap Drain Tritium Analytical Results, PSEG Nuclear, LLC, Salem Generating Station Date of Operation Tritium Results (pCi/L)
October 5, 2004 2,590,000 October 13, 2004 74,600,000 October 21, 2004 75,600,000 October 27, 2004 1,920,000 November 3, 2004 66,300,000 November 8, 2004 103,000,000 November 15, 2004 61,900,000 November 23, 2004 46,800,000 December 1, 2004 40,400,000 December 8, 2004 63,400,000 December 14, 2004 44,800,000 December 21, 2004 89,900,000 January 4, 2005 13,600,000 January 11, 2005 40,900,000 January 19, 2005 17,700,000 January 24, 2005 57,900,000 February 2, 2005 46,700,000 February 9, 2005 53,800,000 February 25, 2005 26,800,000 February 28, 2005 59,400,000 March 9, 2005 31,800,000 March 18, 2005 44,200,000 April 1, 2005 39,300,000 April 13, 2005 34,600,000 April 21, 2005 29,900,000 May 11, 2005 25,600,000 May 19, 2005. 33,400,000 May 25, 2005 37,400,000 June 9, 2005 35,800,000 July 8, 2005 31,800,000 July 15, 2005 47,900,000 September 4, 2005 32,600,000 September 28, 2005 50,300,000 November 27, 2005 29,700,000 December 26, 2005 27,800,000 February 19, 2006 28,000,000 March 13, 2006 28,000,000 March 20, 2006 28,000,000 March 27, 2006 28,000,000 April 10, 2006 58,400,000 April 17, 2006 70,300,000 April 23,2006 70,300,000 May 1, 2006 74,600,000 May 7, 2006 88,000,000 May 14, 2006 85,800,000 May 20, 2006 83,800,000 May 27, 2006 6,970,000 May 29, 2006 ND June 5, 2006 ND June 12, 2006 73,100,000 June 18, 2006 58,400,000 June 25, 2006 72,400,000 June 29, 2006 63,200,000 July 2, 2006 30,000,000 July 15, 2006 30,000,000 July 22, 2006 63,200,000 July 29, 2006 36,300,000 August 5, 2006 45,800,000 August 12, 2006 68,600,000 August 20, 2006 68,600,000 September 17, 2006 123,000,000 September 30, 2006 118,000,000 October 7, 2006 128,000,000 October 14, 2006 133,000,000 October 21, 2006 116,000,000 October 28, 2006 84,000,000 November 4, 2006 113,000,000 November 11, 2006 100,000,000 Notes:
' concentration estimated based upon results of prior events ND = Data not availible Volume data after September 2005 estimated due to change in draining proceedurew 1 of 2
Table 05. Unit I Seismic Gap Drain Tritium Analytical Results, PSEG Nuclear, LLC, Salem Generating Station Date of Operation Tritium Results (pCi/L)
November 19, 2006 97,200,000 November 25, 2006 116,000,000 December 2, 2006 122,000,000 December 9, 2006 110,000,000 December 17, 2006 100,000,000 December 23, 2006 115,000,000 December 31, 2006 134,000,000 January 8, 2007 131,000,000 January 14, 2007 105,000,000 January 21, 2007 102,000,000 January 27, 2007 77,900,000 February 3, 2007 71,800,000 February 11, 2007 67,700,000 February 17, 2007 67,400,000 February 24, 2007 66,400,000 March 3, 2007 76,000,000 March 7, 2007 40,800,000 March 25, 2007 75,800,000 April 15, 2007 69,900,000 April 20, 2007 1,770,000 May 1, 2007 58,600,000 May 6, 2007 79,100,000 May 11, 2007 80,900,000 May 13, 2007 77,100,000 May 15, 2007 82,300,000 May 16, 2007 82,600,000 May 18, 2007 82,900,000 June 1, 2007 65,700,000 June 10, 2007 66,600,000 June 17, 2007 63,200,000 June 21, 2007 70,200,000 June 24, 2007 73,900,000 June 26, 2007 81,400,000 July 6, 2007 39,000,000 July 8, 2007 1,970,000 July 11, 2007 66,200,000 July 19, 2007 60,400,000 July 24, 2007 57,300,000 July 29, 2007 12,800,000 August 5, 2007 61,500,000 August 12, 2007 66,600,000 August 15, 2007 71,400,000 August 21, 2007 76,400,000 August 26, 2007 66,300,000 September 6, 2007 88,200,000 September 9, 2007 87,000,000 September 16, 2007 89,000,000 September 26, 2007 100,000,000 October 7, 2007 94,600,000 October 14, 2007 98,200,000 October 21, 2007 190,000,000 October 24, 2007 107,000,000 November 1, 2007 100,000,000 November 4, 2007 97,400,000 November 11, 2007 102,000,000 November 19, 2007 4,800,000 November 30, 2007 99,000,000 December 9, 2007 124,000,000 December 16, 2007 107,000,000 December 23, 2007 40,500,000 January 6, 2008 107,000,000 January 13, 2008 70,900,000 Notes:
' concentration estimnated based upon results of prior events ND = Data not availible Volume data after September 2005 estimsated due to change in draining proceedures 2 of 2
THIS PAGE IS AN OVERSIZED DRAWING OR FIGURE, THAT CAN BE VIEWED AT THE RECORD TITLED:
"FIGURE NO. 1 GROUNDWATER TRITIUM RESULTS"1 WITHIN THIS PACKAGE...
D-01
THIS PAGE IS AN OVERSIZED DRAWING OR FIGURE, THAT CAN BE VIEWED AT THE RECORD TITLED:
"FIGURE NO. 2, WATER TABLE ELEVATION CONTOURS DURING OPERATION OF THE PERMANENT SYSTEM AUGUST 2007"9 WITHIN THIS PACKAGE..,
D-02
FIGURE, THAT CAN BE VIEWED AT THE RECORD TITLED:
"FIGURE NO. 3, WATER TABLE ELEVATION CONTOURS DURING OPERATION OF THE PERMANENT SYSTEM JANUARY 2008" WITHIN THIS PACKAGE...
D-03X
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