ML17345A588

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Insp Repts 50-250/88-34 & 50-251/88-34 on 881031-1104. Violation Noted.Major Areas Inspected:Mods & Design Control. Inspector Followup Item Re Inconsistent Practices Re Record Retention for Completed Design Packages Noted
ML17345A588
Person / Time
Site: Turkey Point  NextEra Energy icon.png
Issue date: 12/08/1988
From: Belisle G, Russell Gibbs, Jury K
NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION II)
To:
Shared Package
ML17345A586 List:
References
50-250-88-34, 50-251-88-34, NUDOCS 8812200167
Download: ML17345A588 (14)


See also: IR 05000250/1988034

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UNITED STATES

NUCLEAR REGULATORY COMMISSION

REGION II

101 MARIETTAST., N.W.

ATLANTA,GEORGIA 30323

\\

Report

Nose I

50-250/88-34

and 50-251/88-34

Licensee:

" Florida Power and Light Company

9250 West Flagler Street

Miami,

FL

33102

Docket

Nose I

50-250

and 50-251

Facility Name:

Turkey Point

3 and

4

License

Nos e I

DPR-31

and

DPR-41

Inspection

Conducted:

October

31 - November 4,

1988

Inspector: ZM IC.

K. Jury, Reactor

I

pector

Inspector:

. Gibbs,

eactor

Inspector

/

Approved 8y:," /

>'t --~/

G. =A. Belisle, Chief

gual ity Programs

Secti on

Division of Reactor Safety

t

Soigne

r~Js se

Date Signed

Date Signed

'UMMARY

Scope:

Results:

This routine,

announced

inspection

was conducted

in the area of

modifications

and design control.

Within the areas

inspected

one violation and

one inspector follow-up

item were identified as follows:

Violation:

Failure

to follow procedure

for maintaining

identification of reactor plant components,

paragraph

3.

Inspector

Follow-up Item:

Inconsistent

practices

concerning

record retention for completed

design

packages,

paragraph

2.a.

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REPORT DETAILS

Persons

Contacted

Licensee

Employees

  • E
  • J

A.

  • A.
  • g
  • M.
  • F

D.

  • J
  • R.

S.

T.

  • K.
  • S

P.

  • J
  • E
  • R.
  • [
  • F

E.

D.

F.

K.

Anderson,

Inservice Inspection

Engineer

Arias Jr., Site Regulatory

and Compliance Supervisor

Arredondo, Site Purchasing

Supervisor

Atkisson,

Juno Plant Nuclear, Site Nuclear Eng'ineer

Bladow, equality Assurance

Superintendent

Blew, Inservice Inspection Coordinator

Carr, Nondestructive

Examination Supervisor

Clark, Tagging Coordinator

Cross,'lant

Manager

Earl, guality Control Supervisor

Ferrell, Regulatory

and Compliance,

Corporate

Gilmore, Juno Plant Nuclear, Site Nuclear Engineer

Gross,

Regu')atory

and Compliance

Engineer

Hale, Engineering

Manager

Higgins, Juno Plant Nuclear, Site Project Engineer

Kappes,

Maintenance

Superintendent

Lyons, Regulatory

and Compliance

Engineer

Mende, Operations

Supervisor

Pearce,

Operations

Superintendent

Southworth, Technical

Supervisor

Suarez,

Configuration Control Supervisor

Tomaszewski,

18C Department

Head

Yarona,

Juno Plant Nuclear,

Lead Electrical/IRC Engineer

York, gA Records

Coordinator, Technical

Department

Other

licensee-

employees

contacted

during this

inspection

included

craftsmen,

engineers,

operators,

mechanics,

technicians,

and

administrative

personnel.

NRC Resident

Inspectors

  • R. Butcher

G. Schnebli

  • T. McElhinney
  • Attended exit interview

Desi gn, Design

Changes,

and Modifications.

This inspection

was

conducted

in the area

o'f design control

and modifica-

tions.

This inspection consisted

of reviewing completed

design

packages,

reviewing

the

modification

engineering

backlog,

and

evaluating

the licensee's

efforts to prioritize and

reduce

the

number of items in

the backlog.

Specific areas

inspected

and conclusions

from the. inspection

are disussed

in the following paragraphs.

a

~

PCM 86-104 - AFWP "A" Impeller Replacement

This

design

change

addressed

replacing

the

"A"

AFWP impeller

assembly

with

a

spare

assembly.

The replacement

impeller

vanes

were underfiled

before installation to achieve

a

minimum of 4 or

5 percent

head, increase

in pump performance,

as the replaced

impeller

was not capable of meeting

design

head.

This modification had been

performed earlier

on

the

"C"

AFWP with increased

performance

to

design specifications.

The

10 CFR 50.59 safety evaluation,

implemen-

ting

PWOs,

vendor correspondence,

compatibility evaluation,

receipt

~ inspection

reports,

and appli'cable

post modification testing

data

were reviewed.

Technical

adequacy of the package

was evident;

however,

a problem

was identified concerning

package

completeness.

During

review of the microfilmed modification- package,

Procedure

O-PMM-075.6,

Auxiliary Feedwater

Pump Rotating

Element

Removal

and

Replacement,

which

was

the

procedure

which

implemented

the

work

performed,

Surveillance

Procedure

3-0SP-075.6,

Auxiliary Feedwater

Train I

Inservice Test,

and Special

Test 86-22,

"A" Auxiliary Feedwater

Pump-

Performance

Test,

both of which implemented

post modification testing

requirements

for

PCM 86-104,

were not included in the package.

Upon

research

by the licensee

these

procedures

and test

were located i n

various plant record filing systems.

This in itself is not a problem;

however,

Turkey Point Units

3 and

4 TS, Section

6. 10,

Record Retention,

states

the records

and

drawing

changes

reflecting facility design

modification made to systems

and equipment shall

be retained for the

duration of the Facility Operating

License.

However,

records of

principa1 maintenance activities, inspections,

repair,

and rep'1acement

of principal activities, are only required to be kept for five years.

Since the implementing procedure,

special test,

and testing procedure

were

not included

as part of the

PCM,

and

were filed 'under their

respective

document

types,

they are only required to be retained for

five years,

whereas

they are lifetime records

as

required

by TS.

The

licensee

currently

keeps all records

with five year retention

'equirements

and

does

not discard

them

as

the

TS al'lows;

however,

the potential for destruction of these

records exists.

The inspector

requested

the licensee

to review

a

sample of

PCMs to determine if

this

example

of dis iointed

PCM records

exists

in other

packages.

Until

the

licensee

evaluates

this

issue,

this

descrepancy

is

identified as

IFI (IFI) 250, 251/88-34-02.

All records

identified

above

were

reviewed

and .found to adequately

document

PCM 86-104 implementation'and

testing.

No other deficiencies

were identified and the

PCM effectively increased

AFWP "A"'erformance

to design specifications.

Plant

Change

Modification

(PCM)87-168;

Modification to Component

Cooling Water System.

This

PCM

accomplished

modifying the original

CCW, system

piping

supports

on Unit 3 to improve system

performance

during

a -postulated

failure of the

RCP thermal barriers.

The change modified ten supports,

added six additional

supports,

removed three supports,

and performed

maintenance

on eight supports.

Additionally, Globe Valve 3-626A was

replaced

and evaluations

were

made of the containment

penetrations,

pipe support foundations,

and

RCP nozzles.

The supports

were classified

as

safety related,

seismic,

class

B

IE

C of ASME Section XI.

The

inspector

reviewed the -following attributes of the

PCM:

t

(1)

The

10 CFR 50.59 Safety evaluation

was reviewed for technical

adequacy.'2)

The

process

sheet for the

PCM

and

Construction

Work Order

D1-2123

was reviewed for completeness

and applicable signatures.

(3) '

sample

of hanger

inspection

reports,

weld travelers,

weld

traveler

weld material

requisitions -, hanger,YT

3 structural

integrity inspection

reports,

and construction

QC Deficiency

Reports,

were reviewed for completeness,

applicable

signatures,'nd

technical

adequacy.

(4)

Traceability of a selected

sample of installed materials to the

Purchase

Orders

and receipt inspection

records for the material

was verified.

(5)

A sample

of purchase

orders,

receipt inspection

records,

and

vendor Certificates of Compliance

were reviewed for inclusion of

technical

and regulatory requirements.

The structural materials

used

in this

PCM were

purchased

as

FPSL Quality Level QL-2,

commercial

grade.

Material

purchased

in this manner is receipt

inspected,

which consists

of

a review of the required

vendor

documentation

and

an inspection of material for damage;

however,

the purchase

order does

not invoke

10 CFR Part 21

on the vendor,

nor

does it require

the vendor to have

a

QA program

meeting

10 CFR 50, Appendix

B requirements.

The

FPSL dedication

program

for these materials

consisted

of conducting vendor audits which

primarily verify that the vendor maintains material

traceabi lity

and

has

a

sound basis for vendor Certificates of Compliance.

(6)

Vendors

supplying

material

to the

purchase

odrders

in b.5

above,,

were verified to be on'he

approved

FPSL

Vendors List

for commercial

grade

procurements.

It was

noted during the review of this

PCN, that several

types of

records

were

not filed with the

completed

PCN package.

Several

purchase

orders

and receipt

inspection

records

were filed in the

package

whereas

others

were not.

The Construction

Work Order

and

the associated

documentation

were also

not filed in the

package.

Review of the licensee's

records

retention

requirements

identified

that different records

are required

to

be maintained for different

lengths

of time.

Therefore,

the possibility exists

that records

associated

with design

changes

may

be discarded.

This example of

the

potential

problem

noted

in this

PCN is

combined

with the

examples

discussed

in paragraph

2.

a.

and will be reviewed during

future inspections.

This is identified as

another

example of IFI

250, 251/88-34-02.

c ~

Engineering

Backlog

PCNs at

Turkey Point are primarily developed

as

a result of site

issued

REAs.

Due to the fact that

REAs constitute the major portion

of the engineering

workload,

a review of the

REA process

and the

REA

backlog identified over eight hundred

outstanding

REAs.

Engineering

appears

to have

adequate

control over the backlog.

This conclusion

is

based

on

several

facts.

A large

percentage

of the

backlog

consists

of drawing updates.

This area

has recently

been

addressed

by

FP&L management

by funding

a project specifically designed

to

concentrate

in the

drawing

update

area.

At the

time of this

inspection,

a priority order for the

drawing revisions

was

under

developement.

The remaining

REAs were also prioritized for completion

which should

ensure

correction of the

items most important to plant

safety.

The highest priority was focused

on closing'REAs which were

outage related.

The non-outage

related

REAs are to be worked in the

order of priority after the current outage is completed.

Discussion

with licensee

personnel

and review of approximately

20 outstanding

REAs concluded that there were

no operability concerns

in the backlog.

The majority of the

REAs fall into the categories

of plant improve-

ments,

drawing

changes,

material

substitutions,

and

engineering

studies.

Naj or modifications

to

be

developed

by the

corporate

office were prioritized

and

placed

in the

integrated

schedule.

Review of the current

REA Administrative Procedure,

0190.84,

REA-

Preparation,

Review

and Approval, dated

October 4,

1988 also

noted

that there were provisions for determining

TS involved REAs.

3.

Reactor Plant

Component Identification (Tagging)

During this inspection

a cursory

walkdown of the Unit 3

and Unit 4

CCW

Pump

rooms

was

conducted.

The inspectors

identified several

concerns

which were

immediately brought to the attention of licensee

management.

The concerns

noted

were as follows:

a

~

. The face plate

on temperature

gauge

TI-4-663C (Unit 4) was broken

and

there

was

no calibration sticker indicating the

gauge

was currently

calibrated.

b.

The temperature

gauge

next to root valve 4-50-446

(gauge TI-4-1417)

in Unit 4

ha'd

no component

identification 'lable

and .no calibration

sticker attached.

c.

The

gauge

face plate

on the temperature

gauge

next to root valve

4-50-445

(gauge

TI-4-1415) in Unit 4 was missing,

the

gauge

had

no

component identification,

and

no calibration sticker attached.

d.

e.

No calibration sticker

was attached

to pressure

indicator PI-4-644A

in Unit 4.

The 16-inch

check valve

on the discharge

side of .CCW

Pump

"C" in

Unit 4 was not identified.

f.

The sixteen

inch handwheel

operated

valve

on the suction side of the

"B" CCW,pump in Unit 3 was not identified.

g.

The 16-inch

check valve

on the discharge

side of the "A" CCW pump in

Unit 3 was not identified.

The

CCW

pumps

and

heat

exchangers

had

not

been re-identified

by

stenciling following painting in Unit 3..

Note:

[A significant amount

of maintenance

was

being

performed in the Unit 4

pump

room and the

Unit 3

pump

room had just been

completely repainted

due to the fact

that both units were in outages].

Further investigation of these

concerns

by the inspectors

and the licensee

resulted

in the following conclusions

and corrective actions:

(1)

Work requests

were

issued

by the licensee

to correct

the

gauge

face

plate

problem

noted

on

gauges

TI-4-663C

and

TI-4-1415

(Reference

WRs

WA881102135801

and WA880591159).

(2)

The licensee

does

not use calibration stickers.

The inspector

reviewed

the calibration recall

records for the subject

gauges

and

no deficiencies

were identified.

(3)

The component identification (tagging)

concern

was investigated

by the inspectors

and the licensee.

The following problem areas

were noted:

(a)

Interviews with the operations/maintenance

Tagging Coordinator

and

two assistant

operators

in training,

who routinely

accomplish

system

walkdowns for component identification,

determined that:

Personnel

were

not

using

ETI tags

to temporarily

identify

unidentified

components

until

metal

identification

tags

were installed

as

required

by

paragraph

5.2.1

of

O-ADN-209,

Equipment

Tagging,

dated

June

14,

1988.

The operations/maintenance

Tagging Coordinator

was not

assuring that metal

tags

were installed

on unidentified

components within twenty four hours of notification as

required

by Enclosure

{5) of this

same

procedure.

(b)

The

licensee

conducted

independent

partial

walkdowns of

several

plant systems

to determine

the extent of the

com-

ponent identification concern.

These

walkdowns identified

7 unidentified components

out of 279 items

checked

on the

Unit 3

CCW system

and

69 unidentified

components= of 248

items checked

on the

TPCW system.

As

a result of the above,

the inspectors

concluded

that the

component

identification

(tagging)

area

did

not

meet

established

procedural

requirements.

Licensee

actions

in this area,

both completed

and planned,

are

documented

in Plant

Managers

Memo PTN-PMN-88-637,

dated

November 7,

1988, which was tele-faxed to Region II on November 7, 1988.

The deficien-

cies

discussed

above

concerning

the component identification tagging area

are collectively identified as violation 250, 251/88-34-01.

4.

Exit Interview

I

The inspection

scope

and results

were summarized

on November 4, 1988, with

those

persons

indicated

in paragraph

1.

The inspectors

described

the

areas

inspected

and

discussed

in detai

1

the

inspection

results listed

below.

Proprietary information is not contained

in this report.

Dissenting

comments

were not received

from the licensee.

5.

Acronyms

and Initialisms

AFWP-

ASME-

CCW

CFR

ETI

FP&L-

I FI

PCM

PWO

QC

REA

RCP

TPCW-

TS

VT

Auxiliary Feedwater

Pump

American Society of Mechanical

Engineers

Component

Cooling Water

Code of Federal

Regulations

Equipment

Temporary Identification

Florida Power and Light

Inspector

Followup Item

Plant

Change Modification

Plant Work Order

Quality Control

Request for Engineering Assistance

Reactor Coolant

Pump

Turbine Plant Cooling Water

Technical Specifications

Visual Testing

I