ML20138Q731
ML20138Q731 | |
Person / Time | |
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Site: | Catawba ![]() |
Issue date: | 12/19/1985 |
From: | NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION II) |
To: | |
Shared Package | |
ML20138Q729 | List: |
References | |
50-413-85-42, 50-414-85-44, NUDOCS 8512270438 | |
Download: ML20138Q731 (40) | |
See also: IR 05000413/1985042
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NC 191985
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SALP BOARD REPORT
U. S. NUCLEAR REGULATORY COMMISSION
REGION II
L-
SYSTEMATIC ASSESSMENT OF LICENSEE PERFORMANCE
INSPECTION REPORT NUMBERS
50-413/85-42 AND 50-414/85-44
DUKE POWER COMPANY
CATAWBA NUCLEAR STATION UNITS 1 AND 2 ,
MARCH 1, 1984 THROUGH SEPTEMBER 30, 1985
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PDR ADOCK 05000413
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5$D 191985
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I. INTRODUCTION
The Systematic Assessment of Licensee Performance (SALP) program is an
integrated NRC staff effort to collect available observations and data on a
periodic basis and to evaluate licensee performance based upon this
information. SALP is supplemental to normal regulatory processes used to
ensure compliance with NRC rules and regulations. SALP is intended to be
sufficiently diagnostic to provide a rational basis for allocating NRC
resources and to provide meaningful guidance to the licensee's management to
promote quality and safety of plant construction and operation.
An NRC SALP Board, composed of the staff members listed below, met on
November 19, 1985, to review the collection of performance observations and
data to assess the licensee performance in accordance with the guidance in
NRC Manual Chapter 0516, " Systematic Assessment of Licensee Performance." A
summary of the guidance and evaluation criteria is provided in Section II of
this report.
This report is the SALP Board's assessment of the licensee's safety perform-
ance at Catawba for the period March 1, 1984 through September 30, 1985.
SALP Board for Catawba:
R. D. Walker, Director, Division of Reactor Projects (DRP), Region II
- (RII) (Chairman)
J. P. Stohr, Director, Division of Radiation Safety and Safeguards
(DRSS), RII
A. F. Gibson, Director, Division of Reactor Safety (DRS), RII
T. M. Novak, Assistant Director, Division of Licensing, Office of Nuclear
Reactor Regulation (NRR)
V. L. Brownlee, Chief, Projects Branch 2, DRP, RII
Attendees at SALP Board Meeting:
D. M. Collins, Chief, Emergency Preparedness and Radiological Protection
Branch, DRSS, RII
K. P. Barr, Chief, Nuclear, Material Safety and Safeguards Branch, DRSS, RII
C. A. Julian, Acting Chief, Operations Branch, DRS, RII
H. C. Dance, Chief, Projects Section 2A, DRP, RII
K. D. Landis, Chief, Technical Support Staff, (TSS), DRP, RII ,
, G. A. Belisle, Acting Chief, Quality Assurance Program Section, DRS, RII
D. R. McGuire, Chief, Physical Security Section, DRSS, RII
F. Jape, Chief, Test Program Section, DRS, RII
T. E. Conlon, Chief, Plant Systems Section, DRS, RII
J. J. Blake, Chief, Materials and Processes Section, DRS, RII
C. M. Hoscy, Chief, Facilities Radiation Protection Section, DRSS, RII
P. H. Skinner, Senior Resident Inspector (Operations), Catawba, DRP, RII
P. K. Van Doorn, Senior Resident Inspector (Construction), Catawba, DRP, RII
K. N. Jabbour, Project Manager, Operating Reactors Branch 4, Division of
Licensing, NRR
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D. B. Gruber, Technical Support Inspector, TSS, DRP, RII
G. A. Pick,' Technical Support Inspector, TSS, DRP, RII
T. S..MacArthur, Radiation Specialist, TSS, DRP, RII j
L. it. Jackson, Reactor Inspector, Quality Assurance Programs Section,
DRS,-RII
F. R. McCoy, Reactor Engineer, Operational Programs Section, DRS, RII
II. CRITERIA l
Licensee performance is assessed in selected functional areas, depend % l
upon whether the facility is in a construction, preoperational, or operating
. phase. Each functional area normally represents areas which are significant l
to nuclear safety and the environment, and which are normal programmatic
areas.. Some functional areas may not be assessed because of little or no
licensee activities or lack of meaningful observations. Special areas may
be'added to highlight significant observations.
One or more of the following evaluation criteria was used to assess each
functional area.
A. Management involvement and control in assuring quality
B. Approach to resolution of technical issues from a safety standpoint
C. Responsiveness to NRC initiatives
D. Enforcement history
E. . Reporting and analysis of reportable events
F. Staffing (including management)
G. Training effectiveness and qualification
However, the SALP Board is not limited to these criteria and others may have
l been used where appropriate,
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Based upon the SALP Board assessment, each functional area evaluated is
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i classified into one of three performance categories. The definitions of
these performance categories are:
Category 1: Reduced NRC attention may be appropriate. Licensee management
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attention and involvement are aggressive and oriented toward nuclear safety;
l licensee resources are ample and effectively used so that a high level of
j performance with respect to operational safety or construction is being
achieved.
Category 2: NRC attention should be maintained at normal level. Licensee
management attention and involvement are evident and are concerned with
nuclear safety; licensee resources are adequate and are reasonably effective
so that satisfactory performance with respect to operational safety or
construction is being achieved.
Category 3: Both NRC and licensee attention should be increased. Licensee
management attention or involvement is acceptable and considers nuclear
safety, but weaknesses are evident; licensee resources appear to be strained
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4 OEC 191985
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or not ef fectively used so that minimally satisfactory performance with
respect to operational safety or construction is being achieved.
The SALP Board has also categorized the performance trend over the course of
the SALP assessment period. The trend is meant to describe the general or
prevailing tendency (the performance gradient) during the SALP period. This >
. categorization is not a comparison between the current and previous SALP
rating; rather the categorization process involved a review of performance
during the current SALP period and categorization of the trend of perform-
ance during the period.only. The performance trends are defined as follows:
Improving: Licensee performance has generally improved over the course of ;
the SALP assessment period.
Constant: Licensee performance has remained essentially constant over the <
course of the SALP assessment period.
Declining: Licensee performance has generally declined over the course of
the SALP assessment period.
'III.-SUMMARY OF RESULTS
Overall Facility Evaluation
Management' attention and involvement in both the remaining construction and
operating activities were evident as reflected by satisfactory performance l
.during this. review period. A continuing major strength in the construction
area as noted in the last SALP report was the dedication, at all levels,
toward producing quality work. Coordination of plant completion, checkout
of systems, and turnover of systems from construction to operations was well
organized and well managed. Management dedication had also been noted in
the operations area as well, as evidenced by their intimate involvement in
incident evaluations, frequent in plant visits, attendance at coordination
and status meetings, and regular overtime hours spent on site.
LThe licensee exhibited technical competence in understanding complex issues
and developing sound and thorough , resolutions. The licensee's approach to
ti.e resolution of technical issues was generally conservative and the
licensee was usually responsive to NRC initiatives. Weaknesses existed in
the operational Quality Assurance (QA) programs although some improvement
had been noted. This weakness was primarily identified in the area of the
corrective action program which was in the developmental process.
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No major deficiencies affecting licensing activities became apparent during
the evaluation faciod; however, Duke Power Company should focus on improving ;
the quality and timeliness of submittals to the NRC.
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5/1/83- 3/1/84- Trend During
Functional Areas 2/28/84 9/30/85 This period
- Operating Phase
~ Plant Operations Not Rated 2 Constant .
Radiological Controls Not Rated 2 Improving
Maintenance Not Rated 2 Constant
Surveillance Not Rated 2 Constant
. Fire Protection 2 1 Improving
Emergency Preparedness 2 2 Constant
- ' Security Not Rated 1 Constant
Quality Programs and
Administrative Controls
Affecting Quality (Operations) 3 2 Improving
' Licensing Activities 2 2 Constant
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Training (Units 1 and 2) Not Rated 2 Constant
Operator Licensing 3 Not Rated * -
Preoperational and
Startup Testing (Units.I and 2) 2 2 Improving
Construction Phase
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Soils and Foundations Not Rated Not Rated Not Rated
l Containment, Safety-
l Related Structures,
and Major Steel. Supports 2 1 Constant
Piping Systems and Supports '2 1 Improving
Safety-Related Components- 3
Mechanical Not Rated- 2 Constant
-Electrical Equipment and
l Cables 2 2 Constant
Instrumentation 2 2 Constant
Quality Programs and
Administrative Controls
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Affecting Quality
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(Construction) 1 2 Constant
- 0perator Licensing was included in Training for the current SALP
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IV. PERFORMANCE ANALYSIS
. Functional Areas For Operating Phase-
'A. Plant Operations
1. Analysis
During the evaluation period, routine inspections were performed
by the resident and regional based inspectors. Facility operation
reflected' consistent evidence of prior planning of activities and
assignment of priorities. Operational decisions were consistently
made at a level that ensures adequate management review.
Procedures and policies were rarely violated with most being
adequately written for the education and training required by the
user. A few inadequate procedures were identified, but this was
not considered excessive for a plant that had just begun opera-
tion.
The major accomplishment during this assessment period that
required the coordination of the total plant staff vis the
. preparation for plant operation including the satisfactory
completion - of the startup test program as discussed in another
section of this report. Significant operational events that
occurred - prior to initial criticality included a leak in the
reactor vessel head area due to an installation error while
assembling incore thermocouples and a manufacturing deficiency ,
associated with a potential loosening of control rod drive
mechanism set screws. Both of these events wer2 attrit utable to
vendor errors. Each required a short outage to correct the
conditions. Management took strong effective actions for these
probl en.s .
Following initial criticality, there were a total of 14 planned
and unplanned reactor trips ~during this period. Five of these
trips were performed as required by various test procedures during
the power ascension program. Three reactor trips were caused by
component malfunctions. One manual reactor trip was attributed to
a design deficiency in the main feedwater pump circuit. One
reactor trip was due to an unknown cause. The remaining four
trips were due to personnel errors, two attributable to instru-
mentation technician errors and two attributable to operator
errors. This was not considered excessive for initial startup and
power ascension testing.
Another significant operating event occurred in March 1985. A
xenon transient occurred due to extended operation with a control
rod being at the bottom of the core for a test, and subsequent
withdrawal of that rod at an undesired time. This caused flux
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7 DEC 191985
tilting to occur with diverging nuclear instrumentation readings.
The utility considered readjustment of the instrumentation which
would have caused erroneous readings. Discussions with NRC
personnel and Westinghouse convinced the utility that readjustment
was not advisable. In addition to the events above, 23 of 24 of
the ice condenser doors were found in early January to be blocked
in a closed condition and in early February both trains of safety
injection were found to be inoperable for a short period of time.
Licensee inplant investigations were performed to assess and
provide recommended corrective actions for both reportable and
non-reportable events. During this reporting period, a total of
89 licensee event reports (LER) were reported. Of these LERs,19
were cttributed to operating personnel errors. This is not
abnormally high for a new plant. The LERs provided adequate
descriptions of an occurrence enabling other readers to understand
the activity. Corrective actions were generally thorough. Events
were generally reported in a timely manner. Licensee's responses
to NRC initiatives in this area were well received and acted upon
where required. An NRC evaluation of the quality of Catawba LERs
determined them to be above average.
Watchstanders in the control room were generally knowledgeable of
plant and system conditions. They were attentive to the require-
ments of their positions, assured complete turnover of information
prior to assuming the watch and, in general, performed in a
professional manner.
Unit 2 is currently preparing for operation. Significant discre-
pancies have not been identified. System turnovers have prog-
ressed satisfactorily with few exceptions existing at the
turnover. Staffing activities have already established sufficient
qualified personnel to support dual unit operation.
The violations identified below were not indicative of a pro-
gramatic breakdown but do indicate a need for constant management
awareness and review of activities that require detailed coordina-
tion,
a. Severity Level IV violation for failing to assure that the
lower ice condenser inlet doors were operable prior to
entering the mode for which they were required. (413/84-106)
b. Severity Level IV violation for failing to follow the procedure
which required verification that the ice condenser inlet door
blocks had been removed. (413/84-106)
c. Severity Level IV violation of Technical Specification (TS)
3.0.4 in which the plant was placed in mode 5 without meeting
the requirement to have both trains of the residual heat
removal system operable. (413/85-14)
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d. Severity Level IV violation for failure to fc ~ low procedures
l associated with the inoperability of diesel generator IB.
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e. Severity Level IV violation for failure to follow procedures
associated with control of keys. (413/84-87)
j 2._ Conclusion
j Category: 2
1 Trend During This Period: Constant
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-3. Board Recommendations
Performance in this area was not evaluated during the previous
- SALP assessment. No change in the NRC inspection activity is
j . recommended.
l B. Radiological Controls
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1. Analysis-
During the evaluation period, inspections were conducted by the
resident and regional inspection staffs. NRC inspection effort in
t- this area was primarily directed towards startup procedures,
l startup shield surveys, and personnel qualifications and training.
' However, routine inspections were conducted in all phases of' the
radiation protection program. The licensee was responsive to the
inspection findings. No major weaknesses were -identified in the
!. radiation protection program.
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testing resulted in relatively low radiation levels in the plant.
l . Dose control as indicated by thermoluminescent' dosimetry measure-
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ment was adequate with a facility collective dose for the evalua-
tion period of 32.49 man rem. This low value was expected for a-
plant with little operating history.
The licensee had instituted a program to maintain radiation
exposure as low as reasonably achievable (ALARA) and was imple-
i menting the program for work performed during normal operations.
There have been no-major outages since the plant began initial
operation. Therefore, the ability to minimize exposures during
extensive radiological work had not been demonstrated.
i The qualifications of the plant health physics staff were accep-
table and met regulatory requirements. The licensee's health
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9 DEC 19 1985
physics staffing level was adequate and compared favorably to
other utilities having a facility of similar size. An adequate
number of ANSI qualified licensee and ' contract health physics
technicians were available to support routine plant operations.
Early problems with reactor coolant leaks led to the contamination
of a number of plant areas. However, the licensee had implemented
an effective program to reduce the number of contaminated areas in
the facility. Contaminated areas previously identified were
reduced by approximately 30 percent.
Audits performed by the corporate health physics staff were
generally of sufficient scope and depth to identify problems and
adverse trends. Appropriate corrective actions were taken and
documented. The plant internal audit organization performs
reviews of the plant's health physics program. Although, these
audits are beyond regulatory requirements, the licensee is taking
action to improve the health physics expertise of the audit' staff
to insure technically adequate evaluations of the health physics
area.
During this evaluation period, the licensee had not disposed of
any solid radioactive waste. This can be attributed in part to
the implementation of an effective waste volume reduction program,
which included special training and waste segregation and sorting
areas. In addition, the licensee had only generated approximately
14,000 cubic feet of dry radioactive waste since plant startup and
had not solidified any spent resin to date.
In the area of radiological environmental monitoring, inspection
of the preoperational program disclosed that the program as
defined by the Final Safety Analysis Report (FSAR), the Environ-
mental Report-0perating License Stage, and the NRC Final Jnviron-
mental Statement had been adequately implemented. In conjunction
with an inspection of Duke Power Company's Oconee facility in
September 1984, Duke Power's Environmental Radiological Laboratory
(ERL), which also analyzes environmental samples from Catawba, was
inspected. During this inspection,,inadenuacles in the operation
of the ERL were identified. These included large sample backlog,
problems with personnel qualification .and staffing, large
quantities of solids in the water samples, and instrument
abnormalities caused by environmental conditions within the ERL.
Corporate management was usually involved with ERL activities and
the licensee was improving this area by involving corporate
specialists knowledgeable in radioanalytical techniques during
audits or " program assessments" cf ERL activities. Records were
generally complete, maintained, and available. Internal proce-
cures rarely were violated. Although key positions were identi-
fied with authorities and responsibilitjes defined, overall ERL
staffing was minimal as indicated by sample backlog problems and
substantial overtime. The laboratory staff was minimally
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10 DEC 191985
acceptable in that only three out of six technicians had suffi-
cient experience to work independently in the radioanalytical lab.
Although, the licensee had developed a training and qualification
program to train the inexperienced technicians, prompt action had
not taken place until highlighted in an NRC inspection. In May
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1985, the ERL was again inspected. Actions taken by the licensee
to correct the inadequacies in the ERL were adequate; however,
licensee efforts were still ongoing to upgrade staff qualifica-
tions.
During the evaluation period, confirmatory measurement inspections
were conducted to evaluate the licensee's capability to conduct
analytical measurements of radionuclides in reactor coolant and
effluent process streams. The quality control program for these
radiological measurements met the guidance of Regulatory
Guide 4.15. The overall structure and procedures for quality
control were adequate; however, a need for closer management
review and timely resolution of technical problems was identified.
Inconsistencies of licensee results for gamma spectroscopy
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measurements of samples provided by the NRC reflected a need for
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improvement in the areas of counting room instrumentation and
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analytical techniques. Licensee results for strontium-89 and
strontium-90 were satisfactory; whereas, results for tritium and
iron 55 were inaccurate. A low systematic bias for tritium
results demonstrated the need for a more thorough review of
quality control data, subsequent identification of deficiencies,
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and implementation of adequate corrective actions by cognizant
individuals. The iron-55 analyses were performed by a vendor
laboratory, and the inaccurate results demonstrated the need for
improved review of the vendor laboratory's quality control program
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to ensure the validity of measurements.
, ,, Two inspections of the plant chemistry program occurred before
Unit 1 achieved criticality and were assessments of the measures
that had been taken to minimize steam generator corrosion. A
third inspection was an assessment of the effectiveness of these
measures during plant startup and during initial operation at 100
percent power.
Although some potential problem areas were identified in plant
design (especially the condensate polishers) and material
compatibility (copper moisture separator reheater tubes), the
secondary water system had been constructed in accordance with the
FSAR and appeared to be capable of minimizing ingress and trans-
port of corrosive material in the secondary coolant. The
licensee's program for surveillance and control of water chemistry
had boon developed to be consistent with the guidelines and
recommendations of the Steam Generator Owners' Group and was
acceptable. The licensee had not completed construction of all
chemistry laboratories and had not become fully qualified in the
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operation of some state-of-the-art analytical instrumentation when
the plant went commercial'; however, both endeavors were uo4 way
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in an acceptable manner.
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Abnormal chemistry conditions were encountered during the first
month of commercial operation. These events tested the design of
the plant, the licensee's monitoring system, and the licensee's
reactive procedures. Although deficiencies were identified,
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/ serious corrosion of the steam generator was prevented and several
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valuable lessons were learned. Positive measures were being taken
to upgrade the condensate ::leanup system and to train both
chemistrg and operations personnel in meeting the protective
criteria recommended by the Steam Generators Ownces Group.
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, Inspections were con' ducted for Unit 1 in the areas of preopera-
tional testing of . the radioactive waste systems, the ALARA
program, preoperational testing, process and effluent monitors,
and solid radioactive waste. The inspection program for liquid
and gaseous radioactive waste man:.gement involved both units. The
licensee's radioactive waste mansgement program was adequate.
No violations or deviations were identified.
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2. Conclusion
Category: 2
Trer.d During This Period: Improving
3. Board Recommendations
Performance in this area was not evaluated during the previous
SALP assessment. No change in the NRC inspection activity is
recommended.
C. Maintenance
1. Analysis
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During the evaluation period, routine inspections were performed
by the resident and regional inspection staffs. The maintenance
program appeared to be well organized with a well trained and
qualified staff. Maintenance training is addressed in Section J.
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Maintenance related decisions made at management levels were
q usually adequate to assure appropriate supervisory involvement.
Licensee resolutions to maintenance related technical issues
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generally showed clear and thorough understanding of the issues
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and were usually conservative and viable. Maintenance activities
generally exhibited evidence of adequate preplanning and assign-
ment of priorities.
An inspection of maintenance activities in March 1985, revealed a
somewhat high backlog of approximately 3,000 work requests, the
majority of which were low priority (type 3 and 4) work requests,
however, management appeared to have control of this backlog.
Procedures were generally adequate with a continuing effort to
locate and eliminate weaknesses. The licensee had a detailed
process for . completed maintenance record review, which generally
was very thorough and identified and corrected deficiencies
contained in their records. The process was adversely affected by
resource limitations which caused delays in performing record
reviews. It was noted that additional guidance and signature
requirements were required for instrument and electrical trouble-
shooting procedures and that the licensee had previously initiated
action to revise the procedures accordingly. Independent
verification was implemented in maintenance procedures in accord-
ance with Catawba Nuclear Station administrative requirements.
The use of procedures in accomplishing maintenance activities was
adequcte and procedures were detailed enough to allow proper
performance of the specified tasks.
The licensee's program for removal and restoration of equipment
was adequate.- Maintenance and operational personnel were suffi-
ciently knowledgeable of program requirements to allow for proper
implementation. Implementation of an equipment failure analysis
program was in developmental stages.
The violations listed below were identified and were not con-
sidered indicative of a programmatic breakdown but this area
should be monitored closely to assure procedure adherence.
a. Severity Level IV violation for a failure to follow proce-
dures associated with maintenance on a diesel generator
centrol panel component. (413/84-35)
b. Severity Level IV violation for failure to follow procedures
associated with torque switch settings on specific Rotork
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Electric Motor operated valves. (413/84-91)
c. Severity Level IV violation for a failure to assure adequate
testing was identified and performed following system
modification or maintenance. (413/84-95)
d. Severity Level IV violation for failure to follow procedure
to maintain cleanliness in a diesel generator room.
(413/85-20)
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2. Conclusion
Category: 2
Trend During This Period: Constant
3. Board Recommendations
Performance in -this area was not evaluated in the previous SALP
assessment. No change in the NRC inspection activity is recom-
s- mended. Continued licensee management attention to reduce the
maintenance backlog is recommended.
D. Surveillance
1. Analysis
During the evaluation . period, routine inspections were performed
by the resident and regional inspection staffs. The licensee
appeared to have an excellent program for scheduling surveillance
testing which identified surveillance requirements by due dates
and issued a weekly schedule. This program is computerized and
controlled by the integrated scheduling personnel. Tests were
normally completed on time in lieu of using extension periods,
although there were several instances where the component was
declared inoperable and appropriate corrective action taken until
the surveillance was completed.
- Surveillance activities reflected adequate ~ preplanning and
assignment of priorities. Facility surveillance procedures were
usually adequate with few examples of deficiencies identified.
Surveillance activities were, in general, thorough and proper with
exceptions identified below. As with the maintenance records, the
surveillance records were given thorough reviews which sometimes
created a time lag in the document control effort.
In addition to the regularly performed surveillance activities
inspected, specific surveillance activities inspected were the
plant snubber program, core performance, and safety related cranes
and rigging. Procedures to implement the plant snubber testing
and operability checks were reviewed and found well stated in
establishing the testing requirements and acceptance criteria.
The review of scheduling and planning of snubber surveillance
indicate adequate management involvement and control. The
surveillance procedures for monitoring core performance were
reviewed and found acceptable. The surveillance procedures of
safety related cranes and rigging were acceptable to adequately
implement the ANSI requirements.
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DEC 191985
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Licensee resolution of surveillance related technical issues
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_ generally showed a clear and thorough understanding of the issuer.
-and was usually conservative and viable.
The violations and deviation listed below were identified and were
not considered indicative of a programmatic breakdown:
a. Severity Level IV violation for failure to follow the '
procedure while performing a surveillance on a residual heat
removal pump. (413/84-87)
b. Severity Level V violation for failure to adequately review
the results of a safety related battery surveillance test.
(413/85-14)
c. Severity Level V violation for failure to establish all
required measures to _ control measuring and test equipment.
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-(413/85-05)
d. A deviation for. failure to test the diesel generators oat a
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peak load of 4100 kW. (413/84-87)
2. Conclusion
Category: 2
Trend During This. Period: Constant
3. Board Recommendations-
Performance in this. area was not evaluated in the previous SALP
assessment. No' change in the NRC inspection activity is recom-
mended.
E. Fire Protection
1. Analysis ,
During the evaluation period, inspections were performed by the
resident _ and regional inspection staffs. The fire protection
inspection history for Unit 1 consists of a regional pre-license
Appendix R fire protection team appraisal conducted in April 1984,
six routine followup inspections, and a second regional post-
license fire protection team inspection conducted in April 1985.
These inspections were conducted in the areas of fire prevention
and protection and the licensee's implementation of their commit-
ments reaarding the safe plant shutdown requirements and guide-
lines of 10 CFR 50 Appendix R and Standard Review Plan 9.5.1.
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The April 1984 Appendix R fire protection inspection identified
one deviation involving seismic supports for hydrogen gas piping
in the auxiliary building, a number of discrepancies associated
with the Standby Shutdown System, and. inadequacies of fire
detection and . suppression systems within a specific fire area.
The discrepancies were not identified as fire protection viola-
tions .since, at the time of the inspections, Unit I was not an
operating plant. To correct these discrepancies, the licensee
initiated prompt corrective actions and performed reevaluations of
several fire areas, revised and implemented numerous operational
procedures, completed required operator training, made several
plant modifications, and provided supplemental fire protection
submittals in support of the plant licensing effort. All of these
discrepant items have been' corrected.
These actions indicate an aggressive licensee program toward
achieving completion of work required to close out open fire
protection issues. Based on the results of followup inspections,
the licensee's present fire protection program for Unit 1 appeared
to be thorough and had adequately addressed those Appendix R
concerns identified in the initial inspections.
Considering the completeness of the licensee's fire protection
program and the prompt implementation of the corrective actions,
it was evident that the licensee assigned the appropriate
personnel at the site to assure the features met design require-
ments and commitments made to the NRC. In addition, the
licensee's corporate design staff conducted frequent site visits
to verify proper implementation of required features.
The operational fire protection and prevention. program for Unit 1
generally adhered to NRC guidelines. The administrative proce-
dures for control of. the program met NRC requirements. Adherence
to these procedures was satisfactory. The fire brigade was
. adequately organized and trained. Adequate fire brigade equipment
was available and appeared to be properly maintained. The fixed
fire detection and protection systems were being properly
maintained, inspected, and tested in accordance with technical
specifications.
In general, the licensee's performance in this area had improved
considerably over the assessment period. Upper management
provided the necessary support for implementation of the permanent
plant fire protection program and appeared to be aware of its
importance. The licensee's' response to NRC initiatives had been
timely. Fire protection events were promptly reported and
properly analyzed. Staffing of the fire protection organization
was adequate.
s.
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16 DEC 101985
The violation and deviation listed below were identified:
a. Severity Level V violation for failure to maintain a watch
and log of an impaired fire barrier. (413/85-04)
b. Deviation for failure to provide a seismically supported
hydrogen gas piping system to the reactor coolant pump drain
tank in the auxiliary and reactor buildings. (413/84-36)
2. Conclusion
Category: 1
Trend During This Period: Improving
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. Decreased NRC inspection activity in
this area is recommended.
1. Analysis
During the evaluation period, special and routine inspections were
conducted by the resident and regional inspection staff. An
evaluation of a small-scale exercise was conducted. Two Emergency
Plan revisions were reviewed by the regional staff.
Two post-appraisal inspections evaluated the licensee's responses
and corrective actions related to deficiencies, improvement items,
and incomplete areas identified during the emergency preparedness
appraisal conducted in November 1983. The licensee was responsive
to the appraisal findings. Their approach to the resolution of
the technical issues relating to the appraisal findings was
generally sound and thorough. The post-appraisal inspections also
disclosed improvements made in communications and coordination #
among the various groups comprising the onsite emergency response
organization.
The routine inspections and small scale exercise disclosed no
major deficiencies in emergency preparedness organization or
staffing. The corporate emergency planning organization was
adequately staffed and provided support to the station. Key
positions in the station emergency planning organization were
filled and personnel assigned to the emergency response organiza-
tion were, for the most part, adequately trained for their roles.
However, a review of training records for five newly assigned key
members of the emergency organization revealed that three had not
, ._.
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17 EC 191985
received appropriate training as required by the Emergency Plan.
This failure to follow the requirements of the Emergency Plan was
identified as a violation, as listed below. Training records of
shift supervisors indicated that required emergency training was
given in accordance with the Emergency Plan and its implementing
procedures, although the documentation of this training was of
.
marginal quality in terms of auditability. Individuals were
-
cognizant of their responsibilities and authorities and demon-
strated understanding of their assigned duties and functions
during simulated radiological emergency conditions.
The following elements of the emergency preparedness program were
inspected and determined to be adequate except as cited below:
Emergency Classification, Communications, Emergency Response
Training, Shift Staffing and Augmentation, Dose Projection and
Assessment, Changes to the Emergency Preparedness Program,
Coordination with Offsite Support Agencies, Annual Quality
Assurance Audits of Corporate and Plant Emergency Planning
Programs, and Emergency Preparedness Exercises and Drills. The
exercise demonstrated that the plan and required procedures could
be effectively implemented by the licensee's staff, although
several areas for improvement were noted by the NRC and the
licensee.
The violations listed below were not indicative of a programmatic
breakdown,
a. Severity Level -IV violation for failure to consistently
provide specialized training to individuals prior to assign-
ment to the onsite emergency organization (413/85-29).
b. Severity Level V violation for failure to implement a
procedure requirement to properly document emergency drill
findings (413/85-29).
2. Conclusion
Category: 2
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
W
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um
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DEC 191985
G. _ Security
1. Analysis ~
During the evaluation period, inspections were performed by the
resident and regional inspection staffs.
'
The licensee exhibited evidence of prior planning and assignment
of priorities both at the site and the corporate level. Manage-
- ment of the security program at both of these levels appeared
sound and _ well structured. This has resulted in a security
organization which appeared to be a professional, well supervised,
and appropriately staffed security force. In addition, because of
the site and corporate involvement, the licensee could quickly
take effective corrective actions on its own or NRC initiatives.
The licensee's Security Plan revisions reflected coordination
among various departments and a clear understanding of NRC
criteria and. implementing guidance.
A strong and independent corporate audit program was demonstrated
during this rating period. The most recent security audit was
thorough in that it covered a wide range of security responsibi-
lities including screening programs, contractor access authoriza-
tions, and offsite support from local 'aw enforcement agencies, in
addition to duties associated with the routine onsite security
program.
The onsite security force had been trained and appeared experi-
enced and confident in the conduct of its duties. The onsite
security force was supported by an extensive set of implementing
procedures. During this rating period, considerable inspection
effort was directed towards the performance of the security
personnel m backshift. They were found to be well managed and
effective. It was noted that compensatory measures (security
posts), in effect due to degraded barriers or alarms, needed to be
reduced. The licensee ' instituted a viable solution to this
problem which included allowing more nuclear station modifications
to be submitted by the security organization and setting a higher
priority on those modifications which would alleviate the need for
a security officer as a compensatory measure.
The violation listed below was identified by the licensee's
security force and was reported to the Region in a timely and
informative manner. It was not considered a major breakdown of
the licensee's overall security program. In correcting this
violation the licensee discovered an additional example of
unprotected vital equipment at this site and at another of its
facilities. The violation was considered indicative of a need for
-
.
.
DEC 191985
39
a thorough and exhaustive review of all vital area barriers.
Another example of the same violation was disclosed in a later
report (413/85-33) during the assessment period. 'We note that the
licensee applied comprehensive corrective action to all three of
its licensed facilities instead of only to the site where the
problem was found demonstrating good corporate and site
coordination.
Severity Level IV violation concerning the failure to
maintain a vital area barrier (413/85-27).
2. Conclusion
Category: 1
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was not evaluated during the previous
SALP assessment. Decreased NRC inspection activity is recam-
mended.
H. Quality Programs and Administrative Controls Affecting Quality
(Operations)
.1. Analysis
During this evaluation period, inspections were performed by the
resident and regional inspection staffs. Areas inspected curing
this evaluation - period included the offsite support staff;
procurement; receipt, storage, and handling; surveillance testing
and calibration control; measuring and test equipment; audits;
Quality Assurance / Quality Control (QA/QC) administration; records;
document control; design control; and tests and experiments. The
primary emphasis of the above inspections was to verify imple-
mentation of the individual QA programs which were inspected
programmatically during the previous evaluation period.
Management involvcment and control in assuring quality was evident
by the use of adequately stated and understood policies. Reviews
were thorough and technically sound, but the process did not
appear to be timely due to the backlog of material that was being
reviewed. Procedures and policies were occasionally violated as
demonstrated by the violations identified. Procurement was
generally well controlled; however, there had been weaknesses
identified by the inspectors.
Responsiveness to NRC initiatives in this . area was generally
timely, but one specific longstanding issue involved implementa-
tion of a modified corrective action program. The NRC had
,
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20 DEC 191985
identified that the licensee's program for evaluation of problems,
documentation' of problems, and reportability reviews was margin-
ally acceptable. The licensee has conducted an extensive task
force review of this area and has developed a Problem Investiga-
tion . Report System to address the weaknesses identified, This
program a'ppeared to be an excellent proposal; however, it had yet
to be . implemented approximately one year after the weaknesses
. described above had been identified.
Strong management support for the Operations Quality Assurance
Department was exemplified by a significant increase in personnel
in the QA' Surveillance group, including a plan for extensive
training for these personnel, and special initiatives such as QA
Forum and QA Circles meetings.
The offsite support staff appeared adequately trained and staffed.
Training was primarily on-the-job. An effort was being made to
increase the amount of formal training.
. In the area of procurement, there was a positive feedback system
between those who specify technical ordering data on purchase -
requisitions and the Corporate Procurement Department. Li kewi se,
the licensee's receipt, storage, and handling of safety-related
materials was viewed as above average. Procedures were well
written, detailed, and striccly followed.
The licensee's records and document control programs appeared
adequate. Management had dedicated appropriate resources in the
records area. For the most part, controlled :opies of drawings
and procedures were kept up-to-date. However, in one area
inspected, clerks were allowing one month of drawing revisions to
accumulate before entering them in their controlled files.
The areas of design control and tests and experiments were being
managed in a technically sound manner. The design change program
had apparent improvement in all areas. Test data associated with
the licensee's test and experiments program were thorough and
technically sound.
Although only one violation and deviation was assigned to this
area, other violations in the areas of maintenance, components,
and piping systems were also indicative of QA problems in the
broad sense of the term.
The violation and deviation listed below were identified:
Severity Level IV violation for failure to prevent use of
teflon tape in radiation areas (413/84-104, 414/84-46).
A deviation from a commitment to remove all teflon tape from
the auxiliary building (413/85-20).
5
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21 dEC 191985
2. Conclusion:
- Category: 2
Trend During This Period: Improving
3. Board Recommendations
, Performance in this area was evaluated as Category 3 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
I. Licensing Activities
-
1. Analysis
a. Management Involvement in Assuring Quality
There was evidence 'of prior planning and assignment of
priorities and decisien making was at a level that ensured
management review. Well stated, controlled, and explicit
procedures were in place for control of activities. The
licensee's resources were generally ample and used in such a
manner that a high level of attention was brcught to bear on
design and engineering issues needing expedited resolution.
Reviews were timely, thorough, and technically sound.
Mar,agement involvement was evident in the environmental and
seismic equipment qualification, diesel generator, fire
protection, hydrogen, and main steam line break reviews.
Management participation and involvement were evident in
various meetings with the staff and during several site
visits by NRC management.
One area where management attention appeared inadequate was
in the " Justification for No Significant Hazards Determina-
tion" submitted with proposed technical specification
amendments. Additional technical basis would be appropriate.
.
b. Approach to Resolution of Technical Issues from a Safety
Standpoint
,
The licensee demonstrated understanding of the technical
issues and their responses were generally sound and thorough.
The licensee carefully studied each NRC question or position
for impact on the plant prior to taking action. Conservatism
was generally exhibited, and approaches were generally sound
and thorough. This was demonstrated clearly in the resolu-
tion of issues related to fire protection, diesel generator,
equipment qualification, hydrogen and main steam line break
submittals,
s.
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__
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22
DEC 19 1985
DPC seemed to follow closely the regulatory environment and
took an active role from safety standpoints. DPC has
. consistently taken the lead for the nuclear industry to help
resolve . matters of generic concern. For example, DPC has
participated in the Westinghouse Owners Group for the -steam
generator tube rupture and small-break LOCA methods.
One area needing improvement was the amount of detail in the 1
discussion of safety consequences in submittals related to
technical specification changes.
During a Unit 1 blackout event caused by operator error, the
licensee personnel uncovered design interface problems
between the electrical systems of both units. In addition,
the event showed interface inadequacies between the operators
of both units. DPC moved aggressively to resolve these
problems,
c. Responsiveness to NRC Initiatives
In a majority of cases, the licensee provided timely responses
to NRC positions and requests for information. Responses to
technical issues were generally complete and timely. The
licensee had been efficient in responding to follow-on
questions. Acceptable resolutions were initially proposed in
most cases. This was evident in the control room design
review site audit, equipment qualification, diesel generator,
hydrogen, and main steam line break submittals.
The licensee was always ready to meet with the staff when
such a meeting would assist in resolving issues and explaining
designs or positions. On a number of occasions the licensee,
on its own initiative, met with the staff to discuss their
. proposed submittals to assure that the submittals would be
completely responsive to staff's positions prior to transmitt-
ing them to the NRC. In addition, the licensee was responsive
to staff surveys and investigations, such as the surveys on
operator training.
DPC attempts to meet deadlines and notifies NRC when they
cannot be met. However, it appeared that the licensee was
more responsive to those issues that DPC considered as having
higher priority (those issues affecting plant operation).
Issues to which DPC assigned lower priority frequently
required schedule extensions.
2. Conclusion
l
Category: 2
~ Trend During This Period: Constant
i
i
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23 DEC 191985
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
J. Training (Unit I and 2)
1. Analysis
During the assessment period, routine inspections of plant
' training programs were performed by the regional and resident
inspection staffs. A special team asse:sment of the Catawba
training program was conducted to determine the effectiveness of
the licensee's overall training program in supporting the safe
operation of the plant. Although several weaknesses were identi-
fied in various areas of training, the training of plant personnel
was determined to be acceptable.
Management continued to be responsive to NRC initiatives and
concerns and had aggressively sought improvements to plant
training programs. A review of licensee actions on previous
enforcement matters related to training reflected that actions
taken were complete and adequate.
During this SALP period, it was noted that past Nuclear Equipment
Operator Qualification Checklist had a large number of sign-offs
on a single day. The licensee has taken action to revise the task
list completion to preclude this type of record keeping process
through management control and review of task training documenta-
tion.
Seven site visits were made to Catawba for licensing examinations
of operators and senior operators on Unit 1. A total of 52 Senior
Reactor Operator (SRO) examinations and 36 Reactor Operator (RO)-
examinations were administered. The pass rates were 77 percent
and 80.5 percent respectively for R0 and SR0 examinations. These
pass rates compare favorably with the industry average.
During this reporting period, one of two scheduled site visits was
made to administer examinations of Unit 1 operators for eligi-
bility to operate Unit 2. Examinations were administered consistent
with 10 CFR 55.24 which allowed for waiver of all portions of the '
examination except for orals limited to plant differences.
Subsequent results of the two examinations demonstrated satisfactory
training program administration and thus amendment of licenses for
dual unit operation.
The licensee's general employee training, Shift Technical Advisor
training, engineer / professional development training, management
training, and management technical training were considered
- .
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. ',
.
DEC 191985
24
adequate. Maintenance training was effective, with the exception
of a lack of .a defined requalification or retraining program and
the establishment of a formal program for feedback of operating
- experience. The licensee's development of the Employee Training
~
Qualification System was satisfactory as a means of formalizing a
technician's qualifications.
The licensee continued to maintain a. training program for the
plant health physics technicians and had established a qualifica-
tion testing and acceptance program for contract health physics
technicians. These programs were instrumental in upgrading the
technical competence of the health physics staff.
Recognizing that training is . applicable to all SALP functional
areas, comments are also provided in Functional Areas for
Operating Phase, Section F, Emergency Preparedness; Section H,
Quality Programs and Administrative Controls Affecting Quality;
and Section K, Preoperational and Startup Testing. Additional
comments are aise to be found under Functional Areas for Construc-
tion Phase, Section D, Safety Related Components - Mechanical;
Section E, Electrical Equip. ment and Cables; and Section F,
Instrumentation.
The violations and deviation listed below were identified and were
not considered indicative of a programmatic breakdown.
a. Severity Level 'IV violation for not establishing specific
plant procedures or instructions governing Cold License
Certifi:ation Observation training. (413/84-45)
b. Severity Level V violation for failing to provide training to
fuel handling personnel as described in the license.
(413/84-33)
c. Deviation, in two instances where the Cold Certification
Observation Check Li st was incorrectly documented as
complete. (413/84-45)
2. Conclusion
Category: 2
Trend During This Period: Constant '
3. Board Recommendations
Performance in this area was not evaluated during the previous
SALP assessment. Performance for Operator Licensing was evaluated
as Category 3 during the previous SALP assessment and was included
in Training for the current SALP assessment. No change in the NRC
inspection activity is recommended.
l
.
.
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. -.
DEC 1o 1995
25
K. Preoperational and Startup Testing (Units 1 and 2)
1. Analysis
During the review period, routine inspections were performed by
the resident and regional inspection staffs. Routine inspections
of test procedures, test witnessing, and evaluation of the
licensee's administrative controls which govern the conduct of the
preoperational test program were performed. A general improvement
from the last evaluation period was noted in the areas of document-
ing test results and providing more precise quantitative and
qualitative acceptance criteria in preoperational test procedures.
Major Unit 1 testing accomplished included Engineered Safeguards
Tests and Reactor Protection System Tests. The conduct of this
integrated testing was well coordinated between operating, engineer-
ing, and test personnel indicating prior planning and management
control. The Engineered Safeguards Test revealed problems with
several system valves not obtaining their emergency position,
valve response times were not met in all cases, and diesel
generator 1A tripped after emergency equipment was sequenced onto
the diesel generator. Maintenance was performed on the above
equipment and retesting was satisfactorily completed. The
licensee was responsive to NRC concerns in this area and took
prompt corrective actions.
Unit 1 thermal expansion and vibration tests were also performed
during the evaluation period. One violation was identified in
that licensee engineers did not follow the procedure to establish
test prerequisites which required final piping system hangers to
be installed and temporary hangers to be removed. In addition,
the ~ test records were incorrect as the test data sheets did not
reflect actual test conditions. The above problems were a repeat
of a similar occurrence that had been brought to the licensee's
attention during an inspectior, in November 1983. The licensee's
corrective action program was not effective since this problem
should have been identified by the licensee and corrected prior to
the inspection in September 1984. The licensee repeated the
vibration test to correct this problem. This action to resolve
the violation was technically sound and thorough.
The licensee continued with the performance of the preoperational
test program for Unit 2 with a scheduled completion date of early
January 1986. Major Unit 2 precperational tests completed during
the evaluation period included the reactor coolant system cold
hydrostatic test and containment integrated leak rate test. There
were problems with systems preparation for the cold hydrostatic
test and a lack of coordination and management control among the
groups in charge of the test. These problems, as indicated by two
violations described below, were contributing factors when portions
of the residual heat removal system were overpressurized and again
i
be
- -- - _ _ . . _ - _ _ . -
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26 DEC 191985
when the volume control tank and portions of the chemical and
volume control system were also overpressurized. A lack of
conservatism was also demonstrated when, after the first over-
pressure incident, the decision was made to continue with the
hydrostatic test without thoroughly reviewing all systems and
components within the test boundary to ensure that adequate
overpressure protection had been provided. After the second over-
pressure incident, the licensee reviewed the problems which led to
the two incidents and took appropriate corrective actions. The
test was then successfully completed without further problems.
With the exceptien of problems identified during the reactor
coolant system cold hydrostatic test, the training and qualifica-
tion of test personnel appeared to be effective. This was
indicated by the absence of personnel errors during test perform-
ances and demonstrated understanding of the administrative controls
and requirements as they relate to the preoperational test program.
During this period, the Unit 2 integrated hot functional testing
was started and currently is in its final stages. Integrated hot
functional testing had experienced minor instrument calibration
and equipment problems. These problems were resolved in a timely
manner and only minor delays in the hot functional test schedule
were ancountered. Management involvement and control in assuring
quality was evident by well stated and defined procedures.
Records were complete, legible, and well maintained. Staffing and
training of the licensee's inspection, operations, test, and
maintenance personnel were adequate. The effectiveness of the
corrective actions taken to resolve the management control and
coordination problems present during the cold hydrostatic test
were evident during hot functional testing. The interface,
coordination, and communication among the various groups involved
in the hot functional testing were very good. This has resulted
in test and maintenance activities being completed with minimal
schedule delays. The effectiveness of the licensee's corrective
action program was also demonstrated in the thermal expansion and
vibration testing program in that considerable effort was expended
to avoid problems encountered during Unit I hot functional testing.
The corrective actions were technically sound, thorough, and
conservative.
Management involvement and control in assuring quality was
generally adequate in the Unit 2 integrated leak rate test. Prior
planning and assignment of priorities were observed in review of
test preparations and test procedures. Resolution of technical
issues and responsiveness to NRC issues were adequate in that
certain criteria and statements in the test procedure which were
unacceptable to the NRC were readily resolved. Further, the
licensee committed to upgrading the data acquisition system to
eliminate continuing computer and instrumentation problems which
make the analysis of the test more difficult. Although Duke has
'. .
DEC 19 1985
27
-continued its practice of assigning a new engineer as test
director for each integrated leak rate test, continuity and
experience were provided through the involvement of corporate
engineers who have participated in multiple leak rate tests.
The fuel handling and startup testing procedures were generally
acceptable at the time of first review. In the few cases where
procedural improvement was required, the corrective action was
prompt and effective. Initial fuel loading was accomplished in a
safe efficient manner with strict adherence to procedures. The
fueling crews included the proper number of licensed individuals.
All equipment generally functioned properly. There were few
problems due primarily to management controls and adequate pre-
planning. Startup tests were performed in strict adherence to
-procedures. Coordination of test activities between different
groups, for example, reactor engineering and operations, was
adequate and effective. The analyses of test results were
performed promptly and generally adequately. In the few cases
where additional analysis was requested, the additional work was
performed thoroughly and with dispatch.
The violations and deviations listed below were identified and
were not_ indicative of a programmatic breakdown.
a. Severity Level IV violation for failure to follow test
procedure prerequisites requiring final piping system hangers
be installed and temporary hangers removed prior to conduc-
ting pipe vibration tests. (413/84-92)
.b. Severity Level IV violation for inadequate procedure and
failure to follow the procedure which resulted in over-
pressurization of portions of the residual heat removal
system during cold hydrostatic testing. (414/85-12)
c. Severity Level IV violation for inadequate procedure which
resulted in overpressurization of the volume control tank and
portions of the chemical and volume control system during
cold hydrostatic testing. (414/85-12)
d. Deviation for failure to provide a component cooling water
system vent path as committed to in LER 413/84-14.
(413/84-102)
e. Deviation in that the reactor vessel level indicating system
was not fully operational by initial criticality as committed
to in the FSAR. (413/85-05)
i
s.
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28 DEC 191985
2. Conclusion
Category: 2
Trend During This Period: Improving
3. Board Recommendations
Performance in this area (Preoperational Testing) was evaluated as
Category 2 during -the previous SALP assessment. No change in the
NRC inspection activity is recommended.
Functional Areas For Construction Phase
A. Soils and Foundations
1. Analysis
Construction activity in this area was complete. No NRC inspec-
tions ner: parfnemad during this evaluation period.
2. Conclusion
The lack of inspection activity in this area precludes an assess-
ment of licensee performance.
B. Containment, Safety-Related Structures, and Major Steel Supports
1. Analysis
During the evaluation period, inspections were performed in this
area by the regional inspection staff. The inspections involved
the review of weld fabrication records of selected supports for
the pressurizer, steam generators A and D, the reactor vessel,
feedwater piping, polar bridge crane, main steam lines, and
containment spray heat exchanger. Also covered was examination of
the concrete laboratory, a walkdown inspection of concrete repairs
made on all structures in the Unit 1 power block and the annulus
of the Unit 2 Containment building, preparation for a concrete
placement around the Unit 2 pressurizer, followup of a concrete
honeycomb matter, and review of a licensee identified item concern-
ing repair material in abandoned drill holes in concrete having an
adverse affect on the capacity of anchors in or near the abandoned
drill hole. Review of the latter determined that the licensee -
performed a thorough investigation of the problem and that proper
,
'
measures were taken to correct and prevent recurrence of the
problem. Observations showed that the concrete laboratory was
being controlled in accordance with procedure requirements and
that concrete placements and repairs were being made in accordance
with procedure and specification requirements.
, t
- -
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.
DEC 191985
29
'The inspectors found that audits were complete and thorough, audit
findings were reviewed. and their resolution technically sound,
quality records were complete and retrievable, procedures were
technically sound, and procurement appeared to be well controlled
and documented. The licensee's approach to the resolution of
-technical issue. was generally conservative and timely. Events
were reported in a timely manner and the corrective action was
generally satisfactory. Key positions were generally staffed with
well trained and qualified personnel.
Follevap of the unresolved item concerning identification of
concrete honeycomb disclosed a violation of procedure requirements
listed below:
Severity Level IV violation for failure to identify concrete
honeycomb in a timely manner. (413/84-49 and 414/84-23)
2. Conclusion
Category: 1
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended. -
C. Piping Systems and Supports
-1. Analysis
During this evaluation period, inspections were performed by the
l resident and regional inspection staffs. The majority of the
. piping and pipe support installation work had been completed prior
to the start of this evaluation period, thus the inspection
activities were directed toward the as-built verification program
required by IE Bulletin 79-14.
Understanding of technical issues was generally apparent.
Resolutions were timely, viable, usually technically sound, and
demonstrated a conservative approach. This is evidenced by
licensee reviews of several Construction Deficiency Reports (CDRs)
in this area cnd generic evaluations of hanger discrepancies which
had been identified by the licensee and NRC.
- .
. _.
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30 DEC 191983
The completion of hanger installation and system turnovers has
progressed exceptionally well for Unit 2. Systems have been
turned over with relatively few exceptions. The milestone
management concept developed by the licensee to better coordinate
plant completion has apparently come to full fruition for Unit 2.
The violation listed below was identified and involved minor
hanger discrepancies.
Severity Level IV violation for failure to install hangers in
accordance with applicable drawings ar.d procedures.
(413/84-100)
2. Conclusion
Category: 1
Trend During This Period: Improving
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
D. Safety-Related Components - Mechanical
1. Analysis
During this evaluation period, routine inspections were performed
by the resident and regional inspection staffs. Since little
installation activity occurred during this SALP period, primary
inspection effort was directed at storage, protection, and
maintenance of components. Regular observations of components
were conducted during routine plant tours with no problems being
identified.
Licensee management- involvement in safety-related component
activities appeared satisfactory and decision making was at the
level that assured adequate management review. Corporate manage-
ment was involved in site activities; for example, replacement of
the volume control tank and repair of safety injection system
accumulator tank 2.D. Reviews were timely and technically sound.
Records were complete, well maintained, and easily retrievable.
Field work procedures and QA program policies were generally
adhered to.
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DEC 19 Igg 5
Corrective action systems recognized and addressed concerns.
Understanding of technical issues was apparent as evidenced by
actions taken on the above-mentioned components. Their resolu-
tions were generally timely, viable, and technically sound. Key
positions were identified ' with lines. of authority and related
responsibilities well defined.
The licensee's training and qualification program in this area was
responsive to regulatory and code requirements. It was imple-
mented by personnel who were properly- trained and certified to
specific disciplines. This helped to assure adherence to pro-
cedures and minimize personnel errors.
The violation listed below identified failure to implement storage
inspection requirements for component cooling pumps. It was
determined that the lack of inspections were not detrimental to
the pumps.
Severity Level IV violation for failure to implement adequate
storage inspections for component cooling pumps. (413/84-44,
414/84-21)
2. Conclusion-
Category: 2
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was not evaluated during the previous
SALP assessment. No change in the NRC inspection activity is
recommended.
E. Electrical Equipment and Cables
1. Analysis
During the evaluation period, inspections were performed by the
resident and regional inspection staffs.
The resolution of technical issues from licensee's nonconformance
reports and-10 CFR 50.55(e) reports were reviewed. The licensee's
performance in this area generally demonstrated that events were
properly identified, analyzed, evaluated, and that corrective
actions were considered appropriate for the circumstances. During
this evaluation period, the licensee's corrective action for _ two
previous violations, (1) cable installation-instructions not being
followed and (2) procedural adequacy for protective relay adjust-
ment activities, that remained open from the previous evaluation
.
. .
.
-
.
32 EU 1 9 1985
period were inspected and closed satisfactorily. The licensee's
-sitie management was actively involved with resolution of these
technical issues.
The licensee's quality assurance and quality control personnel in
this functional area were well qualified for their jobs and
knowledgeable in procedural requirements. Staffing in this area
was adequate for the level of construction activity.
The deviation listed below involved diesel generator drive hubs
which had not been corrected as committed to by the licensee.
This oversight was brought to the licensees attention by the
resident inspector. The deviation was not indicative of a
programmatic breakdown in this area. It was considered to be the
result of personnel not paying sufficient attention to detail,
failure to- prepare adequate procedures, or a lapse in training
which should have kept personnel aware of requirements.
Deviation for failure to perform corrective action committed
to in CDR 414/84-03. (414/84-47)
2. Conclusion
Category: 2
Trend During This Period: Constant
3. Paard Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection activity
attention is recommended.
F. Instrumentation
1. Analysis
During this evaluation period, inspections were performed by the
resident and regional inspection staffs.
The licensee issued procedures which control the instrumentation
program. These procedures had been reviewed and were adequate.
The licensee's resolution of technical issues identified by the
NRC and construction deficiency reports were handled in a timely
manner, with full consideration given to the issues and satis-
factory corrective actions. The licensee's staff, both QA and
craft, were trained for their specific work area. Craft training
was conducted by the craft foremen. The craft were trained to the
site procedures and specifications including the latest revisions.
s.
. . . _ _ _ _ ._- . _ - - -
.
<
.
,
-
.
DEC 191985
33
The QA staff was qualified and training was conducted to maintain
the qualification current. The licensee staffing appeared more
than adequate for the status of work in progress.
The violations listed below were identified. A violation involving
, isolation valves in the instrument air lines indicated a continuing
[ problem relative to the adequacy of instrument installation
'
instructions provided by design engineering. Similar problems
were observed in the past, but a general improvement was noted.
The violations are not indicative of a programmatic failure.
I a. Severity Level IV violation for installing non-safety related
isolation valves in instrument air lines for safety related
valves. (413/84-33 and 414/84-19)
b. Severity Level V violation for failure to maintain records of
protection and maintenance of instruments after installation.
(414/85-28)
l 2. Conclusion
Category: 2
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was evaluated as Category 2 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
G. Quality Programs and Administrative Controls Affecting Quality
(Construction)
1. Analysis
During this evaluation period, inspections were performed by the
resident and re'gional inspection staffs. Corporate and site
inspections were performed.
Management involvement in assuring quality appeared evident.
Quality assurance reviews relative to system turnovers appeared to
be extensive and .well coordinated. The QA Improvement Programs,
QA Forum Programs and QA Circles Program, previously implemented
continued during this period. Transition from construction QA to
operations QA relative to program and personnel was well coordi-
nated.
.
1
[.
-
.
-
.
34 DEC 191935
The licensee submitted two quality assurance program updates as
required by 10 CFR 50.55(f) describing changes to the Duke Power
Company Topical Report, Quality Assurance Program, DUKE-1-A.
Region II's letter dated July 30, 1985, accepted Amendment 9 of
DUKE-1-A.
The former Senior QA Supervisor, Audit Division, had his title
changed to "QA Manager" to coincide with the other four managers
in the QA Department. The former QA Manager.of Technical Services
was appointed to supervise a new Management and Technical Services
(MATS) group. The QA Manager, Vendors, assumed responsibility for
review, approval, and control of vendor and procurement quality
assurance records. The control of vendor documents was formerly
the responsibility of Technical Services. This should strengthen
the control of vendor documents.
In general, management resolution of issues identified by NRC and
licensee CDRs was thorough and timely. One deviation was issued
for failure to submit an updated CDR. Although violations were
'--
issued in this area, programmatic breakdowns were not evident and
most issues involved were relatively minor. One violation resulted
in reclassification of an unresolved item from a previous SALP
period. One violation involving adequacy of interface between
welder supervision and craft personnel involved extensive
evaluation by the licensee and was associated with a supplemental
hearing issue. called " Foreman Ove ride." An inspection at the
corporate' office identified a violation involving failure to audit
vendors triennially. This did not appear to be a programmatic
breakdown.
The violations and deviation listed below were identified:
a. Severity Level IV violation for failure to assure purchased
equipment met procurement documents. (413/84-28 and
414/84-16)
b. Severity Level IV violation for failure to adequately. control
interface between supervision and craft resulting in an
environment in which some welding crews perceived that QA
requirements could be suspended to meet schedule require-
ments. (413/84-88 and 414/84-39)
c. Severity Level IV violation for failure to perform triennial
audits of vendors. (414/85-08)
d. Severity Level V Violation for failure to establish measures
to ensure purchased structures meet specifications and
drawing requirements. (413/84-56 and 414/84-26)
l
1
L ]
_
.
.
DEC 191S85
35
,
e. Severity Level V violation for failure ta maintain records
for fuel pool cleanliness as required. (413/84-33)
f .' Deviation for failure to submit an updated CDR. (414/84-38)
'2. Conclusion
Category: 2
Trend During This Period: Constant
3. Board Recommendations
Performance in this area was evaluated as Category 1 during the
previous SALP assessment. No change in the NRC inspection
activity is recommended.
V. SUPPORTING DATA AND. SUMMARIES
A. Licensee Activities
Major activities for Catawba 1 included the satisfactory completion of
construction, preoperational testing, ini tial fuel load and crit-
icality, startup test program, and commencement of commercial opera-
tion. Each of these activities are milestones that involved the
coordination of the plant and corporato staffs.
Construction activities at Catawba 2 continued teward 99% completion
throughout the review period along with preoperational testing which
included hot functional testing. Primary construction activities
involved piping systems and supports, support systems, electrical power
supply and distribution, and instrumentation and control systems. In
addition, most of the new fuel for Unit 2 was received during this
period with licensing scheduled for early 1986.
During preparation for primary system cold hydrostatic testing of
Unit 2, the volume control tank catastrophically failed and the
residual heat removal, boron recycle, nuclear sampling, and chemical
volume control systems were overpressurized. The volume control tank
was replaced and an engineering analysis was performed to determine
acceptability for service for the other systems.
B. Inspection Activities
During the assessment period, routine inspections were performed at the
facility by the resident and regional inspection staffs. In addition,
a number of special team assessments and inspections were conducted
during this period:
_
.
,
.
-
36 DEC 191985
50 percent power operational readiness
technical specification review
training assessment
- procedure review
fire protection team inspection
- ~
quality assurance
C. Licensing Activisies
The NRC licensing ~ activities during the evaluation period included the
following actions:
Unit 1 Fuel Loading and Precriticality Testing License, July 18,
1984-
Amendment 1 to the above License, Technical Specification Change,
September 24, 1984
Unit 1 Low Power License, December 6,1984
Unit 1 Full Power License, January 17, 1985
.
In support of these actions, the staff issued three supplements to the
Catawba SER. They are:
SSER 2 - June 1984
SSER 3 - July 1984
-SSER 4 - December 1984
The assessment on licensing activities was based on the following
licensing actions:
Instrumentation and Controls
ICCI
Technical Specifications
Equipment Qualification
SALEM ATWS
_ Control Room Design Review
Fire Protection
Containment Systems
Shift Staffing
Inservice Inspection and Testing
Startup Test Program
TDI Diesel Generators
s.
.
,
'.
37 0$0101985
Main Steam Line Break
Leak-Before-Break Exemption s
Emergency Operating Procedures
Standby Shutdown System
License Amendments for Technical Specifications Changes
Preoperational Testing
D. Investigation and Allegation Review
Fourteen allegations were reviewed during the assessment period. Five
of the allegations were concerned with personnel problems, four dealt
with welding matters, three were brought forward at the Atomic Safety
and Licensing Board hearings during in-camera sessions. The remaining
two allegations were not within the purview of the NRC. At the end of
the evaluation period, no allegations were outstanding. -
E. Escalated Enforcement Actions
1. Civil Penalties
A Severity Level II violation civil penalty in the amount of
$64,000 was issued on August 13, 1985, for employee discrimina-
tion. The violation was denied. IE/ ELD is presently evaluating
DPC response.
2. Orders '
.
None.
F. Management Conferences Held During Appraisal Period
A management meeting was held in the Region II office on March 13,
1984, to discuss Duke Power Company's evaluation of the foreman
override issue.
A management meeting was held in the Region II office on August 15,
1984, to discuss the design and operation of the Standby Shutdown
Facility for the Catawba, McGuire, and Oconee plants.
A management neeting was held at the site or October 26, 1984, to brief
the NRC Chairman and Region II Administrator on the current and planned
activities for the Catawba facility.
A management meeting was held at the site on June 4,1984, to permit
NRC management a first-hand review of the operational readiness of
Unit 1.
A management meeting was held at the site on June 20, 1984, to provide
the NRC Region II Administrator the opportunity to visit Catawba and
.
meet with corporate and plant management.
5
rr -
.
.
,
..
DEC 191985
38
-
.An enforcement conference - was held in the Region II office on
" . February 8,1985, to discuss the physical blocking of the ice condenser
>'
..
inlet doors.
.
An enforcement conference was held in the Region II office on July 3. .
s 1985; to discuss the breach of a vital area barrier.
G. Review of~ Licensee Event Reports
,
bl. Construction Deficiency Reports
There were 17 Construction Deficiency Reports (CDRs) reported for
Unit l' and 30 CDRs reported for Unit 2 during this evaluation
period. These items involved piping systems and components,
structures, electrical equipment, instrumentation, support systems
and several vendor problems associated with the diesel generators.
Generally, reports were submitted in a timely manner and were
generally complete, accurate, and specified effective corrective
'
, actions. Three exceptions from the conditions described
-
involved: one case of incomplete information, one case of not
submitting a supplemental report as committed, and one case of not
-
~ completing a committed corrective action.
.
2. Licensee Event Reports
s, During the assessment period, there were 89 Licensee Event Reports
i; :(LERs) reported for Unit 1. Of these 89 LERs, 67 were analyzed
for event cause by the NRC staff. The results of this analysis
1
q . are as follows:
s1 ,
'
..1 ~ Cause Unit 1
, .
'-
$l' -
Component Failure 13
.
Design 6
ti Construction, Fabrication, 5
'
, or Installation
+4 '
Personnel
'
,- Operating Activity 12
-
Maintenance Activity 11
s- -
Test / Calibration 13
<
-
Other 3
,
Out of Calibration 1
! Other 3
TOTAL 67
'
3. 10 CFR Part 21 Reports
, ,
j
y None,
j
r- .
I (
'
>
e m.
- - . __ _ . - _ - _ .
_ . _ _ _ . _ _ . . _ . . . _ _ - _ . _ _ _ _ _ _ _ _ _ - - _ .. _ ._ _ _ _ _____.
l[: '1-'
- ,
L ,
.
p! 39
l DEC 19 1985
_
"
,
H. Enforcement Activity
!.
"
-
Catawba 1
1
E
V: ..
'
I' '
Number of Violati.ons
, in Each Severity Level
Functional .
Area. l V l IV lIII l II l I l Deviations {
F l I i l i I i
- Plant Operations- l l 5 l- l l l
l l l l l I
L Radiological Controls l l l l l l
[ l l I I I l
Maintenance l l 4l l l l
[-
=
,
1 I I l- 1 I
i_
'
-Surveillance l2 1 1l l l l 1
'
I i l l I I
Fire Protection l1 l l l l l 1
I I I I I I
.
Emergency Preparedness l1 1 1l l l l
l 1 I i l l
Security- l l 1l l l l
'
'
l I l i I l
Quality Programs and l l l l l l
Administrative Controls
'
- l l l l l l
Affecting Quality l2 l 3l l l l 1
l 1 l i l I
Licensing Activities l l l l l l
'
I I I I I I
-Training l1 l 1l l l l 1
i I I I I I I
Praoperational and Startup l l 1l l l l 2
Testing l l l l l l
l l i I I I
Soils and Foundations l l l l l l
1 l l l l l
Containment, S/R Structures and l l l l l l
Major Steel Supports l l 1l l l l
1 I I I I i
' Piping Systems and Supports l l 1l l l l
l l l 1 I i
Safety Related Components - l l 1l l l l
Mechanical l l l l l l
l 1 1 I I I
Electrical Equipment-and Cables l l l l l l
1 I I l 1 I
. Instrumentation l l 1-[ l l l
l 1 I I I I
TOTAL l7 l 21 l 0l 0l 0l 6
i,
_ . . . _ _ - _ . _ - _ -
_
_ _ _ - -
____
, . OTC'19 1985
- ,-- . 40
k
h
h ;-- Catawba 2
w
Number of Violations
in Each Severity Level
Functional
Area lV l IV lIII l II I I l Deviations
I' I I I I I I
,
Soils and Foundations l l l l l l
l l l l l l I
! -
Containment, S/R Structures, I l 1-l l l l
I. and Major Steel Supports l l l- l l l
l' I I I I I i
b- Piping Systems and Supports l ;l l l l l
I I l l I l l
k Safety-Related Components - l l 1l l l l
i
f Mechanical l l l l l l
l l~ l l I l
,
_ Electrical Equipment _ l l l l l l 1
L and Cables l l l l l l
l l 1 'l i I I
Instrumentation i1 l 1l l l l-
I I I I I I
i
1
-
-Qualtty Programs and
-
l l [ l l l
!
Admiriistrative Controls l l l l l l
j Affecting Quality - Construction l 1 l 4l l l l 1
r i i I I I I
l Preoperational and Startup Tc M ng l l 2l l l l
L. I i l l I l
! 2
TOTAL. l2 l 9l 0l 0l 0l
l
_ .-