放射性的管理与使用

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汗滑滕
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1 / HSE HSE HSE ALARA CNLC

.. 194 5.3... 199 5.4... 203 5.5 ALARA... 204 5.6... 206 5.7 CNLC... 207 5.8... 209 5.9... 213 5.

2 A B C D-TLD E F G H I J K L M N O P Q R S T U CNLC

.. 246 M-... 247 N-... 248 O-... 255 P-... 256 Q-.

3 2 CNLC 3 /

4 4 HSE HSE HSE H S E H S E 1 HSE

5 4.1 HSE 1) 2) 3) HSE 4) 5) HSE 4.2 HSE 1) 2) 3) HSE 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 4.3 HSE 1)

6 2) 3) 4) HSE 5) 6) 7) 8) 9) HSE 10) 11) 12) 4.4 1) 2) 3) 4) HSE 4.5 1) 2) 3) 4) 5) HSE

7 6) 7) 8) 9) HSE 4.6 1) 2) 3) 4) 5) HSE 6) 7) 8) 9) 4.7 1) 2) 3) 4) HSE 5) 6 6) 7)

8 8) 9) 10) 11) 12) 13) 14) 4.8 1) 2) 3) 4) HSE 5) 6) 7) 8) 9) 4.9 1) 2) 3) 4) HSE 5) HSE )

9 2) 3) HSE O U 137Cs U238 Cs Cs

10 U235 U238 TH232 K40 Curi Ci 1Curi Becquerel Bq 1 1 Curi Becquerel A At Th x

11 1% CNLC alpha beta alpha Alpha Alpha Alpha 2 2 Alpha Alpha Alpha 5cm 5 MeV Alpha Alpha 10 cm Alpha Alpha Beta Beta Beta Beta Beta Beta Beta

12 Gamma X Gamma X Gamma X Gamma Gamma X 5 MeV Gamma 2.8 cm 10 cm 14 cm 25 cm Gamma alpha Am241Be 4.5 MeV 14 MeV gamma roentgen R 1 gamma X Rad radiation absorbed dose ergs roentgen rad Rem roentgen equivalent man 1 rad X millirem mrem

13 Sievert Sv millisievert msv microsievert usv 1Sievert 100 Rem Relative Biological Effectiveness RBE RBE x rad = rems RBE 10 1 rad 1 rad X ) - 2) 3) gamma

14 1) 2) 3) ) 2) Thermoluminescence Dosimetry TLD Badge gamma 1) gamma 2) beta gamma gamma gamma gamma

15 1 total effective dose equivalent deep dose equivalent 500 msv 50 rems 50 msv 5 rems msv 15 rems 500 msv 50 rems TEDE 2 millirem/0.02 msv 0.1rem/1 millisievert rem/5 millisievert rem 5 msv 9 55 millirem gamma

2 TEDE 2 millirem/0.02 msv 0.1rem/1 millisievert 5.1.6.3 0.

16 gamma gamma G-M Ludlum Model 3 Ludlum Model 3 Ludlum Model 44-9 Ludlum Model 12-4 Ludlum Model 375 rem Sv gamma / B ) 2) S2M001 P/N a) 3 1 b) 3 c) 10 3) 4) 25%-33%66%-75% 0.1 mr/hr [1 Sv/hr] 5)

17 Open Close Open Close 20% mr/hr 1 Sv/hr mr/hr 1 Sv/hr mr/hr 1 Sv/hr mr/hr 1 Sv/hr 1) 0.1 mr/hr 1 Sv/hr 2) 40% - 60% 3) Open

18 4) 5) Close 6) 7) Close 8) HSE 9) CNLC 6 10) C ATLAS 1mg 1mCi[37mBq] Ra226 S2M001 S2M001 S/N Factor Distances Radiation Level Adjusted Radiation Level (inches) msv/hr (mr/hr) msv/hr (mr/hr) * / * / / * / * / / /

Adjusted Radiation Level (inches) msv/hr (mr/hr) msv/hr (mr/hr) *3.10 3-1/8 1.

19 * / ( * Sv/hr 0.5 * Sv/hr 0.4 * Sv/hr 0.25 * Sv/hr 0.15 * Sv/hr 0.1 * P/N

91 51 5 Sv/hr 0.5 *56.92 57 4 Sv/hr 0.4 *72.00 72 2.5 Sv/hr 0.25 *92.

20 5.3 CNLC CNLC Bq mci HSE

21 HSE ) 2) 1 3) 4) S17S20/S17R5 S17A1 S3T20/S3E20 5) 2 2 6) 7) 8) CNLC HSE 9)

22 CNLC HSE Gamma CNLC CNLC

23 Eis# Type Use Radioisoto pe Approximate Activity 4702NK S2K Calibration RA226 93KBq 2.5 Ci 4802NM S2M001 Meter Cal. RA226 37MBq 1 mci 4803NA S3H01 Fluid Density CS GBq 100 mci 4803NJ S3J Calibration CS KBq 10 Ci 4803NJ S3J1 Calibration CS MBq 100 Ci 4803NJ S3J3 Calibration CS MBq 300 Ci 4803NJ S3J5 Calibration CS MBq 500 Ci 4803NJ S3J6 Calibration CS MBq 600 Ci 4730NA S3L20 Density Log CS137 74GBq 2 Ci 4703NM S3M001 Fluid Density 4703NP S3P100 Fluid Density CS GBq 100 mci CS GBq 100 mci None S3R1 Calibration CS MBq 100 Ci None S3R9 Calibration CS MBq 900 Ci 4703NT S3T20 Density Log CS137 74GBq 2 Ci 4703NU S3U20 Density Log CS137 74GBq 2 Ci 4703NW S3W025 Calibration CS MBq 25 mci 4817NA S17A1 Calibration AM241BE 18.5MBq 500 Ci 4717NB S17B04 Calibration AM241BE 14.8GBq 400 mci

24 4717NC S17C04 Calibration AM241BE 14.8GBq 400 mci 4717NF S17F04 Calibration AM241BE 14.8GBq 400 mci 4817NL S17L075 Calibration AM241BE 2.76GBq 75 mci 4817ND S17L150 Calibration AM241BE 5.5GBq 150 mci 4717XR S17R5 Neutron Log AM241BE 166GBq 4.5 Ci 4717XS S17S20 Comp. Neutron AM241BE 666GBq 18 Ci None MCBCN Calibration AM241BE G Bq mci XW 71-2A-xxx( Comp. AM241BE 740GBq 20 Ci x) Neutron 4717XT S17MC5 Neutron Log AM241BE 185GBq 5 Ci 4817NA S17Z1 Calibration AM241BE 18.5MBq 500 Ci 4704NA S3D04 Calibration CS MBq 40 Ci 4704NB S3D5 Calibration CS MBq 500 Ci None VL-1 Fluid Density AM GBq 250 mci 5.4 1) HSE 2) TLD HSE D TLD 3) 4) CNLC

25 E 5) 14 6) HSE CNLC F ALARA As Low As Reasonably Achievable ALARA ALARA ALARA 1) 2) ALARA HSE HSE HSE ALARA ALARA HSE ) HSE 2) TLD 600 mrem 6 msv / HSE

26 3) 4) HSE HSE ALARA 5) HSE G ALARA ALARA ALARA mr 0.02 ms /hr 100 mr 1 ms /yr

27 ) 2) 3)

28 H 5.7 CNLC CNLC Co MeV GBq ( curies) beta beta CNLC MeV

29 CAUTION - HIGH RADIATION AREA WHEN EQUIPMENT IS ENERGIZED 6 HSE KBq (1 mci) 5 Co60 a 1 Co60 1/4" x 5/8" 2 1/4" x 5/8" Co60 b teflon

30 CNLC CNLC CNLC CNLC / 6 CNLC CNLC I ) S17B04 S17C

31 , (Iodine 131, Iridium 192), ( 10 ) HSE

32 10 HSE / / a 203mm X 254mm 114mm X 152mm, b / 1 J 2 K

33 / /

34 HSE ,

37 L M

38 a HSE 1 2 White I Yellow II Yellow III TI 3 4 HSE 5 b c White I Yellow II Yellow III d Becquerel Curi TI

39 0 0.5 mr/hr 5 Sv/hr I-White label > 0, 1 > 0.5 mr/hr 5 Sv/hr II-Yellow label 50 mr/hr 0.5 msv/hr > 1, 10 > 50 mr/hr 0.5 msv/hr III-Yellow label 200 mr/hr 2 msv/hr 3.3 (1 ) mr/hr 5 Sv/hr I-White label 1 > 0.5 mr/hr 5 Sv/hr II-Yellow label 1mR/hr 10 Sv/hr 10 > 1 mr/hr 0.5 msv/hr III-Yellow label 10 mr/hr 100 Sv/hr TI 120 mr/hr 1.2 msv/hr Gamma mr/hr 60 Sv/hr TI 6 Yellow III Yellow III TI 6 TI 1 35 mr/hr 350 Sv/hr 140 mr/hr 1.4 msv/hr

40 2 175 mr/hr 1.75 msv/hr 200 mr/hr 2 msv/hr mr/hr 80 Sv/hr Sv/hr mr/hr mr/hr 80 Sv/hr Yellow III Yellow III TI CNLC a b CNLC CNLC

41 CNLC CNLC

42 2 3 4 HSE 5 6 CNLC Cs Am241Be 74 GBq 2 Ci Cs MBq 20 mci HSE HSE HSE HSE

43 / / CNLC CNLC N - / 24 HSE HSE CNLC HSE O CNLC HSE CNLC HSE GR /

44 / /HSE N CNLC CNLC a 1 HSE HSE / / 6 / b

45 5 CNLC P a b i ii 5 6 a b c CNLC d CNLC 7 8 CNLC HSE

46 a b c CNLC

47 d CNLC 8 2 mrem/hr

49 / Q R CNLC 2 3 CNLC

50 S T CNLC CNLC

51 U Status HSE CNLC 6 S2M001 HSE S2M001 CNLC TLD CNLC CNLC HSE CNLC HSE

52 6mSv CNLC HSE HSE HSE CNLC 6 HSE CNLC CNLC 6 CNLC HSE CNLC 3 3 HSE HSE

53 24 CNLC HSE CNLC HSE CNLC HSE CNLC HSE CNLC HSE CNLC HSE CNLC 8 A- B- C

54 D-TLD E- F- G- H- I- J- K- L- M- N-/ O- P- Q- R- S- T- U

55 16 CNLC A

56 16 CNLC B- SURVEY METER STATUS REPORT Location: Area: Month/Year Physical Location Manufacturer Model Serial Number Status Remarks: _ Inspector s Signature: Date: Distribution: Original to Local Files Copy to Radiation Safety Office in Beijing

57 16 CNLC C- Survey Meter Calibration Report (PREPARE IN DUPLLICATE) All radiological survey meters are to be calibrated at intervals not to exceed six(6)months. This calibration will be made at the same time that source leak tests and area monitoring surveys are made, or each time the survey meter is repaired. Type Survey Meter Serial Number S2M001Serial Number Date Location Background Check the box for appropriate radiation units [ ] mr/hr [ ] msv/hr Distance Scale Before ADJ After ADJ(if needed) Signature of Radiological Supervisor Verified by Complete survey meter calibration label and affix to survey meter. DISTRIBUTION: Original in Local File Copy to Radiation Safety Officer in Beijing

58 16 CNLC D-TLD TLD Badge Request Please check appropriate box for personnel monitoring program: Deletion Transfer Addition Rehire PRESENT LOCATION PRESENT LOCATION CODE LANDAUER S ACCOUNT NUMBER NAME (First) (Middle) (Last) M F SOCIAL SECURITY NUMBER DATE OF BIRTH (Month) (Day) (Year) DATE ADDED DATE DELETED DATE TRANSFERRED LOCATION TRANSFERRED TO LOCATION CODE TRANSFERRED TO LANDAUER S ACCOUNT NUMBER MAILING ADDRESS AFTER TERMINATION Note: For employee transfer, the departing District completes and distributes this form. DISTRIBUTION Original Radiation Safety Office in Beijing Copy Local Files REQUESTOR S SIGNATURE

59 16 CNLC E- CUMULATIVE OCCUPATIONAL EXPOSURE HISTORY All Dosages are in Rems 1.NAME(LAST,FIRST,MIDDLE,INTIAL) 2.IDENTIFICATION NUMBER 3.ID TYPE MALE 5.DATE OF BIRTH 4.SEX FEMALE 6.MONITORING PERIOD 7.LICENSEE OR REGISTRANT NAME 8.LICENSE OR REGISTRATION NUMBER 9. RECORD ESTIMATE 10. ROUTINE PSE NO RECORE 11.DDE 12.LDE 13.SDE,WB 13.SDE, ME 15.CEDE 16.CDE 17.TEDE 18.TODE 6.MONITORING PERIOD 7.LICENSEE OR REGISTRANT NAME 8.LICENSE OR REGISTRATION NUMBER 9 RECORD ESTIMATE 10. ROUTINE PSE NO RECORE 11.DDE 12.LDE 13.SDE,WB 13.SDE, ME 15.CEDE 16.CDE 17.TEDE 18.TODE 6.MONITORING PERIOD 7.LICENSEE OR REGISTRANT NAME 8.LICENSE OR REGISTRATION NUMBER 9 RECORD ESTIMATE 10. ROUTINE PSE NO RECORE 11.DDE 12.LDE 13.SDE,WB 13.SDE, ME 15.CEDE 16.CDE 17.TEDE 18.TODE 6.MONITORING PERIOD 7.LICENSEE OR REGISTRANT NAME 8.LICENSE OR REGISTRATION NUMBER 9 RECORD ESTIMATE 10. ROUTINE PSE NO RECORE 11.DDE 12.LDE 13.SDE,WB 13.SDE, ME 15.CEDE 16.CDE 17.TEDE 18.TODE 6.MONITORING PERIOD 7.LICENSEE OR REGISTRANT NAME 8.LICENSE OR REGISTRATION NUMBER 9 RECORD ESTIMATE 10. ROUTINE PSE NO RECORE 11.DDE 12.LDE 13.SDE,WB 13.SDE, ME 15.CEDE 16.CDE 17.TEDE 18.TODE 19.SIGNATURE OF MONITORED INDIVIDUAL 20. DATA SIGNED 21. CERTIFYING ORGANIZATION 22. SIGNATURE OF DESIGNEE 23.DATE SIGNED Distribution: Original-Radiation Safety Office in Beijing Copy Employee s Radiation File PAGE OF

60 16 CNLC F- Estimated Total Dose NAME SS# LOCATION DATE OF BIRTH No. Yr. Dose(mrem)(mSv) Qtr. Qtr. Qtr. Qtr. = Total dose No. of Avg. Qtr. Dose Considering the individual s job assignment, work load, and usual Occurrence, if any, determine assigned dose for the reporting period. Quarter mrem(msv) No. Year Assigned Dose Having reviewed the above data, I agree that the assigned dose value is a reasonable Estimate of the actual radiation exposure dose experienced by the named individual for the stated reporting period. Signature: Location Manager Signature: Individual Date Date Distribution: Original to Radiation Safety Office in Beijing Copy in Employee Radiation File

61 16 CNLC G- MEMORANDUM To: From: Subject: Date: Copy: TLD Occupational Radiation Exposure Report for Quarter Ending EXCESSIVE OCCUPATIONAL RADIATION EXPOSURE REPORT This is notification that your radiation exposure for the reported quarter Bas 600 millirem (6mSv) or more, which is significantly above the average for workers in the well logging industry. Please review your source handling procedures with your District Manager. By copy of this letteer to your District Manager, we are asking him to assist you in proper radiation procedures to reduce your radiation exposure. Copies of this letter will be retained in your personnel radiation file. If I can be of any assistance, please call me at any time. After completion of the follow-up procedure with your District Manager, please return your explanation of the cause of the exposure of 600 millirem(60msv) or more, and the steps you will take to keep your exposure as low as reasonably achievable. Your reply should be handwritten. Employee s Reply: Date: Date: Employee s Signature: Manager s Signature: Distribution: Original to Radiation Safety Office in Beijing Copy to Employee Radiation File

62 16 CNLC H- INSPECTION AND MAINTENANCE REPORT RADIOACTIVE TOOLS AND EQUIPMENT Page1 of 2 Condition Downhole Tools Size Quantity #Satisfactory #Need Repair SRO Number(s) Source Subs Tracer Injectors U.Sinker Bars Other Condition Equipment Size Quantity #Satisfactory #Need Repair SRO Number(s) Source Handling Tools Tailing Tool RA Transport Containers RA Storage Containers Sources Condition Page 2 of

63 16 CNLC Type Activity Quantity #Satisfactory #Need Repair SRO Number(s) I certify that on this date I inspected the above tools, handling equipment, containers, and sources. Those found unsatisfactory for use were removed from service until repair or replacement is made. Signature: Printed Name: Location: DISTRIBUTION: ORIGINAL TO LOCAL FILE COPY TO RADIATION SATEFY OFFICE IN BEIJING Date: Title:

64 16 CNLC I- RADIOACTIVE SOURCE INVENTORY MONTHLY REPORT LOCATION AREA INVENTORY FOR: MONTH YEAR PHYSICAL LOCATION/REMARKS SOURCE TYPE SERIAL NUMBER ISOTOPE ACTIVITY A PHYSICAL INVENTORY MUST BE MADE EVERY MONTH Sources received or shipped out since last inventory: SOURCE TYPE SERIAL NUMBER ISOTOPE DATE SHIPPED TO RECEIVED FROM TRANSFER No. REMARKS: Signature of individual performing inventory Date DISTRIBUTION Original: Local File Copy: Radiation Safety Office in BeijingCopy: Radiation Safety Office in Beijing

65 16 CNLC J AREA MONITORING FORM (Prepare in Duplicate) All radioactive materials storage bunkers and downhole storage facilities are to be monitored for radiation levels not to exceed six (6) months. This check should be made at the same time that source leak tests are made. Type Survey Meter Serial Number Date Calibrated Location Check the box for appropriate radiation units mr/hr µsv/hr ABOVE GROUND STORAGE 1. background (*) 2. Highest radiation level observed on the outside surface of the bunker door(s) and walls. (**) Front Left Side Rear Right Side 3. If radioactive materials are not present, indicate the bunker is EMPTY. Front Rear Left Side Right Side BELOW GROUND STORAGE 1. Background (*) 2. Highest radiation level at surface of downhole storage(on cover). (**) Highest radiation level observed at the 2mR/hr or 20 µsv/hr line or barrier. Radiological Supervisor Date Footnotes: (*) Normal background is recorded at least 30 feet from the storage bunker or 6 Feet from the cover of the downhole storage, and should read 0.02 to 0.05 MR/hr or 0.2 to 0.5µSv/hr, depending on geographic location. (**) Radiation levels must not exceed 3 mr/hr or 0.02 µsv/hr in an unrestricted area, or as required by local regulations. DISTRIBUTION: Original in Local File Copy to Radiation Safety Office in Beijing

66 16 CNLC K- Radiation Inspection Report NOTE: EACH CNLC LOCATION AUTHORIZED TO STORE AND/OR USE RADIOACTIVE MATERIALS IS TOCOMPLETE THIS INSPECTION REPORT MONTHLY. LOCATION LOCATION CODE DATE INSPECTED CHECK( )IF SATISFACTORY ( ) IF NEEDS ATTENTION (NA) IF NOT APPLICABLE 1. All storage facilities in good condition and all doors locked with unique locks. ( ) 2. Trucks and storage facilities properly labeled. ( ) 3. All types of radioactive sources stored in approved bunkers, ( ) holes, or carriers, properly shielded marked, and secured. 4. All radioactive sources have been checked for leakage ( ) within the past six months and file of leak test certificates maintained and up-to-date. Visual inspection of sources to verify proper labeling and physical condition done during leak testing. 5. All radioactive tracer material and contaminated items ( ) stored in locked R/A source bunkers. 6. All individuals exposed to ionizing radiation have ( ) a TLD badge and wear it at all times which at work. 7. Monthly radioactive source physical inventory ( ) reports sent promptly to Radiation Safety Office in Beijing 8. Radioactive Contamination Inspection Data Sheet ( ) performed at each wellsite using radioactive materials. 9. Radiological supervisors personally supervise all field work with radioactive material. ( ) 10. Radiological Operation & Emergency Procedures manual available to each person handling radioactive 11. Have all radiation workers read the CNLC Radiological Operating and Emergency Procedures Manual? ( ) 12. Only tongs or handling tools used to move radioactive sources never by hand! ( ) 13. Are all location TLD badges sent to badge supplier at end of each quarter? ( ) 14. Sources shipped only in approved containers and correct shipping procedures followed. Facilities available for ( ) securing source shields to transporting vehicles. 15. No eating or smoking allowed by employees during tracer handling operations. ( ) 16. Notice to Employees posted at location(china) ( ) 17. Sufficient survey instruments properly maintained, and calibrated to ±20% performed within the last six months. ( ) 18. Area monitor survey records properly performed ( ) within last six months. 19. Visual inspection and maintenance of source handling tools, storage containers, transport containers, and injection tools to assure proper labeling and physical conditions done within past six months. ( ) material. ( ) CORRECTIVE ACTION TAKEN ON RADIOACTIVE MATERIALS INSPECTION: INSPECTOR S SIGNATURE LOCATION MANAGER S APPROVAL Distribution: Original to local RA file Copy to Radiation Safety Office in Beijing Copy to District Manager, if required

67 16 CNLC L- RADIOACTIVE CONTAMINATION INSPECTION DATA SHEET DISTRICT SERVICE ORDER NO. DATE OF LOG PURPOSE OF SURVEY:CHECK FOR POSSIBLE CONTAMINATION BEFORE AND AFTER JOB COMPLETION. SURVEY METER MANUFACTURE AND MODEL SERIAL NO. SEALED SOURCE TRACER MATERIAL CONTAINER SOURCE TYPE SERIAL METER(MR/HR) TRACER DESCRIPTION CODE ISOTOPE ACTIVITY CONDITION OF: LOGGING TOOL CONDITION OF: HANDLING TOOL SOURCE HOLDER CONTAINER READINGS IN MR/HR HANDLING TOOLS LOGGING TOOLS BEFOR LOG AFTER LOG READINGS IN MR/HR NORMAL BACKGROUND BEFOR LOG AFTER LOG INJECTION EQUIPMENT NORMAL BACKGROUND LOGGING TOOL STRING LOGGING UNIT RIG FLOOR GENERAL AREA OF USE CONNECTION LINES TRACER TOOLS MIXING DEVICE HAND TOOLS PUMP DEVICE GENERAL AREA OF USE AN AREA OBJECT IS CONSIDERED TO BE CONTAMINATED IF THE RADIATION LEVEL EXCEEDS NORMAL BACKGROUND BY 0.05MR/HR.REFER TO THE RADIOLOGICAL PROCEDURE MANUAL FOR DETAILED INSTRUCTIONS TO PERFORM SURVEYS.IF RADIATION LEVEL INDICATES CONTAMINATION COMPLETE RECORDS BELOW: CNLC RADIOLOGICAL SUPERVISOR DATE SURVEYED GIVE INFORMATION ON ANY LEVELS THAT EXCEED CRITERIA FORE CONTAMINATION.USE AS MANY PAGES FOR YOUR RESPECT AS NECESSARY.GIVE POINT, REGION OR PERSON CONTAMINATED OR INVOLVED.RECORD ACCURATELY FOR FUTURE REFERENCE. IF OTHER THAN BASIC ROUTINE DECONTAMINATION PROCEDURE IS NECESSARY,POST RADIATION HAZAD SIGNS,RECORD MESURED ACTIVITY,TIME,AND DATE OF MESUREMENT.NOTIFY DISTRICT OFFICE,FIELD SAFETY ENGINEER,AND SAFETY AND LOSS CONTROL(BEIJING)IMMEDIATELY FOR FURTURE INSTRUCTION.SUBMIT SEPARATE REPORT ON PROCEDURE UTILIZED TO DECONTAMINATE. COMMENTS: CHECK MADE BY:

68 16 CNLC M- RADIOACTIVE SOURCE USAGE LOG SOURCE TYPE SOURCE NUMBER DATE USED LOCATION USED - WELL NAME, ETC. RETURNED TO STORAGE NAME OF CREW LEADER AND CREW CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW - CREW LEADER CREW

69 16 CNLC N- CNLC / / 1 24 (a) (b) CNLC / 3 CNLC / a), b) CNLC

70 16 CNLC c) CNLC d) e) PDK-100 C/O

71 16 CNLC

72 16 CNLC

73 16 CNLC

74 16 CNLC

75 16 CNLC

76 16 CNLC O- Stuck Source Report PERSON REPORTING REPORTING LOCATION TELEPHONE REPORTING LOCATION REPORTING DATE OIL COMPANY NAME COMPLETE WELL NAME STATE/PROVINCE COUNTRY WELL LOCATION DEPTH OF SOURCE TOTAL DEPTH OF WELL PRODUCTION ZONE(if known) RADIOACTIVE MATERIALS INVOLVED Source Type Serial Number Isotope Name Activity RECOVERED YES NO DATE TEMPORARY ABANDONED YES NO DATE PERMANENTLY ABANDONED YES NO DATE *AGENCY NOTIFIED YES NO DATE* *PERSON AT AGENCY PHONE* For Domestic operations, This is handled by Radiation Safety Office in Beijing. International Operations must make their own required notifications. This form is to be completed and faxed to the Radiation Safety Office in Beijing within24 hours after it becomes apparent that fishing will be required to recover a stuck source. Distribution: Original to Radiation Safety Office in Beijing. Copy in Local Radiation File

77 16 CNLC P- LOST SOURCE REPORT PERSON REPORT REPORTING LOCATION OIL COMPANY NAME REPORTING DATE LOCATION OF INCIDENT STATE/PROVINCE COUNTRY RADIOACTIVE MATERIALS INVOLVED Source Type Serial Number Isotope Name Isotope Form Activity RECOVERED YES NO DATE AGENCY NOTIFIED DATE NOTE DESCRIPTION OF INCIDENT FOLLOW-UP PROCESS

78 16 CNLC CHRONOLOGICAL EVENT FOR INCIDENT OF LOST SOURCE DATE TIME EVENT

79 16 CNLC Q- Annual Radiological Job Performance Evaluation Name of Individual Location ID Number AM PM Description of Site of Inspection Date Time Shipping Paper Form Contamination Survey Form Placard (if required) Survey Meter S/N Date of Calibration YES (+5 ) (+5 ) (+5 ) Current Over 6 NO (- 5) (- 5) (- 5) Calib. (+1 Months 5) ( -15) Very(+5) Good (+3) Good (0) Fair Not Acceptable Storage of Radioactive Materials on Site Condition of Transport Container Condition of Container Labels Condition of Handling Tools Transferring Source from Container to Tool Handling Logging Tool with Source Installed Providing Surveillance or Posting Handling Logging Tool with Source Installed Providing Surveillance or Posting Handling Loaded Logging Tool After Logging Transferring Source from Tool to Container Preparing Container for Transportation Performing Surveys Knowledge of Applicable License Conditions Knowledge of Applicable Regulations Knowledge of Radiological Operating and Emergency Procedures AdditionalRemarks Evaluation score Signature of Evaluator Title Date Signature of Manager Title Date Signature of Individual Title Date Distribution: Completed original to individual s training file. Copy to Radiation Safety Office in Beijing

80 16 CNLC R- ANNUAL RADIOLOGICAL SAFETY REVIEW Name ID Number Signature Initial Hours/ Employee s Instructor s Location Date Subject Minutes Initials Name Total Hours Annual Training Send copy of completed sheet to Radiation Safety Officer. Place completed sheet in individual s training file

81 16 CNLC S- Operator Training Name ID Number Location Employment Date. RADIATION DETECTION INSTRUMENTATION TO BE USED A. Use of Radiation Survey Instruments 1. Operation 2. Limitations B. Survey Techniques C. Use of Personal Monitoring Equipment. EQUIPMENT TO BE USED A. Handling Equipment B. Sources of Radiation C. Storage and Transport of Equipment D. Operation and Control of Equipment. THE LICENSEE S OR REGISTRANT S WRITTEN OPERATING AND EMERGENCY PROCEDURES AND APPLICABLE RADIOLOGICAL REGULATIONS. I have received and read the CNLC Radiological Operating and Emergency Procedures Manual and the appropriate regulations, as required. Operator s Signature Date of Training has successfully passed a written test demonstrating an understanding of the CNLC operating and emergency procedures, applicable radiological regulations, and further, has demonstrated competence in using sources of radiation, related handling tools, and radiation survey instruments. Manager s Signature Distribution: Original to Beijing Radiation Safety Office. Copy to employee s Radiation Training file. Date

82 16 CNLC T- Name Birthday School Location EDUCATIONAL BACKGROUND: Date Graduated High School Vocational Training College OPERATOR RADIOLOGICAL SAFETY TRAINNING COURSE Social Security Number Assigned Location Date Degree Major Year _ DATE OF EMPLOYMENT CLASSIFICATION DATES List all employment or data pertinent to this subject. Use back of form, if needed. to to to COURSE ATTENDANCE: DATE HOURS MINUTES COURSE GRADE TOTAL (Less than a grade of 70 is failing.) Distribution: Original to Beijing Radiation Safety Office. Copy to Employee s Radiation Training File. CNLC Location Manager

83 16 CNLC U- Name Location NON-RADIATION WORKERS TRAINING ID Number Employment Date COURSE REQUIREMENTS TOPICS: 1. Information concerning storage facilities, transfer, or use of radioactive material at the base location or job site. 2. Basic fundamentals of radiation safety. 3. Instructions in precautions and procedures to keep exposure. As Low As Reasonably Achievable (ALARA) 4. Purpose and function of all Protective Devices. 5. Workers responsibility to report to the Nuclear Regulatory Commission any unsafe practices. 6. Emergency procedures for unusual occurrences. 7. Length of training period: two (2) hours. I have received the information and instructions as stated in the above noted Course Requirements. Employee Signature Please Print Name Date of Training Location Manager s Signature Distribution: Original to Beijing Radiation Safety Office. Copy to Employee s Radiation Training File. Date

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ch_code_infoaccess 地產代理監管局公開資料守則 2014 年 5 月目錄引言第 1 部段數適用範圍 1.1-1.2 監管局部門 1.1 紀律研訊 1.2 提供資料 1.3-1.6 按慣例公布或供查閱的資料 1.3-1.4 應要求提供的資料 1.5 法定義務及限制 1.6 程序 1.7-1.19 公開資