CCC-0586 REPRISK-PC.
REPRISK-PC, Radioactive Waste Storage Risk Assessment
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OF PROGRAM OR FUNCTION, METHOD OF SOLUTION, RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM, TYPICAL RUNNING TIME, UNUSUAL FEATURES OF THE PROGRAM, RELATED AND AUXILIARY PROGRAMS, STATUS, REFERENCES, MACHINE REQUIREMENTS, LANGUAGE, OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED, OTHER PROGRAMMING OR OPERATING INFORMATION OR RESTRICTIONS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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| Program name | Package id | Status | Status date |
|---|---|---|---|
| REPRISK-PC | CCC-0586/01 | Tested | 21-OCT-1993 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| CCC-0586/01 | IBM PC | PC-80486 |
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3. DESCRIPTION OF PROGRAM OR FUNCTION
REPRISK-PC is a PC version of the REPRISK model used in the modelling of long-term radionuclide releases and population health effects resulting from disposal of high level radioactive wastes in mined geological repositories. REPRISK is a set of computer programs and databases that models the transport of radionuclides from the repository through the environment to exposed human populations and estimates the resulting health impact.
REPRISK-PC is a PC version of the REPRISK model used in the modelling of long-term radionuclide releases and population health effects resulting from disposal of high level radioactive wastes in mined geological repositories. REPRISK is a set of computer programs and databases that models the transport of radionuclides from the repository through the environment to exposed human populations and estimates the resulting health impact.
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4. METHOD OF SOLUTION
Various natural processes or human activities could lead to radionuclide releases from a geological repository after it has been closed. These perturbations happen according to some frequency or probability. REPRISK-PC incorporates the characteristics of these perturbations and their associated probability. REPRISK-PC models four release scenarios: (1) direct impact of a waste package - releases to air and land surface (volcano, meteorite, drilling/direct hit); (2) direct impact of a waste package - releases to an aquifer (faulting, breccia pipes); (3) disruption of the repository - releases to land (drilling/no hit); (4) disruption of the repository - releases to an aquifer (normal groundwater flow, faulting, breccia pipes, drilling/no hit).
Various natural processes or human activities could lead to radionuclide releases from a geological repository after it has been closed. These perturbations happen according to some frequency or probability. REPRISK-PC incorporates the characteristics of these perturbations and their associated probability. REPRISK-PC models four release scenarios: (1) direct impact of a waste package - releases to air and land surface (volcano, meteorite, drilling/direct hit); (2) direct impact of a waste package - releases to an aquifer (faulting, breccia pipes); (3) disruption of the repository - releases to land (drilling/no hit); (4) disruption of the repository - releases to an aquifer (normal groundwater flow, faulting, breccia pipes, drilling/no hit).
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5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM
REPRISK-PC does not model the differences in radionuclide-specific velocities, which may control the travel time from repository to the accessible environment. It is not a good model for time periods greater than 10,000 years when radium daughters become important.
REPRISK-PC does not model the differences in radionuclide-specific velocities, which may control the travel time from repository to the accessible environment. It is not a good model for time periods greater than 10,000 years when radium daughters become important.
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10. REFERENCES
- "REPRISK Code Documentation", Arthur D. Little, Inc., Acorn Park,
Cambridge, Massachusetts, Volumes 1, 2 (October 1983).
- "REPRISK Code Documentation", Arthur D. Little, Inc., Acorn Park,
Cambridge, Massachusetts, Volumes 1, 2 (October 1983).
CCC-0586/01, included references:
- Barry Parks:Notes on REPRISK-PC Version 1.0 Source Code
Las Vegas EPA Informal Notes (March 6, 1991).
- User's Guide for REPRISK-PC Version 1.0
U.S. Environmental Protection Agency, Las Vegas, Nevada (March
1991).
- NEA Data Bank:
Enclosed are two examples printed on IBM compatible printer at the
NEA Data Bank. First is a "CCDF Risk Curve" and the second is a
"Nuclide Bar Chart".
NEADB (10/21/93).
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11. MACHINE REQUIREMENTS
REPRISK-PC requires an IBM PC, PC/XT or PC/AT with 640 kb of RAM, parallel communications for printer, math coprocessor, hard disk, EGA or VGA monitor.
REPRISK-PC requires an IBM PC, PC/XT or PC/AT with 640 kb of RAM, parallel communications for printer, math coprocessor, hard disk, EGA or VGA monitor.
CCC-0586/01
NEA-DB compiled and ran the test cases included in this package on a DELL 486P/33MhZ compatible PC.[ top ]
13. OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED
The code was written in FORTRAN 77 and C. The Turbo C++ Version 1.00 compiler and Turbo Link Version 3.0 were used to compile and link the C sources. The Lahey F77L, Version 4.00 and Microsoft 8086 Object Linker were used to compile and link the FORTRAN sources. The code will run
under DOS 2.0 or higher.
The code was written in FORTRAN 77 and C. The Turbo C++ Version 1.00 compiler and Turbo Link Version 3.0 were used to compile and link the C sources. The Lahey F77L, Version 4.00 and Microsoft 8086 Object Linker were used to compile and link the FORTRAN sources. The code will run
under DOS 2.0 or higher.
CCC-0586/01
The test cases ran under MS-DOS Version 5.00. For compilation, the Turbo C++ compiler Version 3.00 and the Lahey F77L-EM/32 Fortran-77 compiler Version 4.02 were used.[ top ]
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CCC-0586/01
| File name | File description | Records |
|---|---|---|
| CCC0586_01.001 | REPRSKPC.INF Information file | 188 |
| CCC0586_01.002 | READ.ME Read me file | 35 |
| CCC0586_01.003 | REPMAIN.FOR Source Fortran file | 6546 |
| CCC0586_01.004 | REPROUT.FOR Source Fortran file | 4217 |
| CCC0586_01.005 | DIRT.C Source C file | 361 |
| CCC0586_01.006 | REPPC.C Source C file | 78 |
| CCC0586_01.007 | NEWDEMO.C Source C file | 3713 |
| CCC0586_01.008 | GETPARAM.C Source C file | 339 |
| CCC0586_01.009 | COMMON.C Source C file | 358 |
| CCC0586_01.010 | DEMOCOM.C Source C file | 1537 |
| CCC0586_01.011 | MISC.C Source C file | 510 |
| CCC0586_01.012 | PRINT.C Source C file | 60 |
| CCC0586_01.013 | COLORS.C Source C file | 569 |
| CCC0586_01.014 | WRITE.C Source C file | 1436 |
| CCC0586_01.015 | REPSCR.C Source C file | 2635 |
| CCC0586_01.016 | GRAPH.C Source C file | 1583 |
| CCC0586_01.017 | MENU.C Source C file | 361 |
| CCC0586_01.018 | NUMS.H Source C file | 13 |
| CCC0586_01.019 | REPVARS.H Source C file | 297 |
| CCC0586_01.020 | MYVIDEO.H Source C file | 42 |
| CCC0586_01.021 | KEYS.H Source C file | 108 |
| CCC0586_01.022 | REPSCRN.H Source C file | 378 |
| CCC0586_01.023 | MESSAGE.H Source C file | 74 |
| CCC0586_01.024 | REPTYPES.H Source C file | 35 |
| CCC0586_01.025 | ENTRY.H Source C file | 50 |
| CCC0586_01.026 | IO.H Source C file | 36 |
| CCC0586_01.027 | REPDEF.H Source C file | 27 |
| CCC0586_01.028 | MENU.H Source C file | 19 |
| CCC0586_01.029 | STRLEN.H Source C file | 19 |
| CCC0586_01.030 | COLORS.H Source C file | 23 |
| CCC0586_01.031 | FIELD.H Source C file | 18 |
| CCC0586_01.032 | MAKEFILE Makefile file | 36 |
| CCC0586_01.033 | REPOBJS Auxiliary file | 11 |
| CCC0586_01.034 | COLORS.USR Input file | 10 |
| CCC0586_01.035 | NUCLIDE.USR Input file | 34 |
| CCC0586_01.036 | ROCKDIRS.USR Input file | 9 |
| CCC0586_01.037 | ROCKINDX.USR Input file | 1 |
| CCC0586_01.038 | DILHEF.SUM Input file | 67 |
| CCC0586_01.039 | DILHEG.SUM Input file | 67 |
| CCC0586_01.040 | EGAVGA.BGI Input file | 0 |
| CCC0586_01.041 | V.DAT Input file - Sample Problem 1 | 53 |
| CCC0586_01.042 | V.ZXC Input file - Sample Problem 1 | 78 |
| CCC0586_01.043 | V.BAR Output file - Sample Problem 1 | 25 |
| CCC0586_01.044 | M.OUT Output file - Sample Problem 1 | 489 |
| CCC0586_01.045 | V.PLT Output file - Sample Problem 1 | 17 |
| CCC0586_01.046 | V.VLD Output file - Sample Problem 1 | 1 |
| CCC0586_01.047 | W.DAT Input file - Sample Problem 2 | 54 |
| CCC0586_01.048 | W.ZXC Input file - Sample Problem 2 | 78 |
| CCC0586_01.049 | W.BAR Output file - Sample Problem 2 | 25 |
| CCC0586_01.050 | W.OUT Output file - Sample Problem 2 | 480 |
| CCC0586_01.051 | W.PLT Output file - Sample Problem 2 | 17 |
| CCC0586_01.052 | W.VLD Output file - Sample Problem 2 | 1 |
| CCC0586_01.053 | X.DAT Input file - Sample Problem 3 | 53 |
| CCC0586_01.054 | X.ZXC Input file - Sample Problem 3 | 78 |
| CCC0586_01.055 | X.BAR Output file - Sample Problem 3 | 25 |
| CCC0586_01.056 | X.OUT Output file - Sample Problem 3 | 492 |
| CCC0586_01.057 | X.PLT Output file - Sample Problem 3 | 17 |
| CCC0586_01.058 | X.VLD Output file - Sample Problem 3 | 1 |
| CCC0586_01.059 | Y.DAT Input file - Sample Problem 4 | 54 |
| CCC0586_01.060 | Y.ZXC Input file - Sample Problem 4 | 78 |
| CCC0586_01.061 | Y.BAR Output file - Sample Problem 4 | 25 |
| CCC0586_01.062 | Y.OUT Output file - Sample Problem 4 | 468 |
| CCC0586_01.063 | Y.PLT Output file - Sample Problem 4 | 19 |
| CCC0586_01.064 | Y.VLD Output file - Sample Problem 4 | 1 |
| CCC0586_01.065 | DOS file-names | 64 |
Keywords: environmental effects, environmental impacts, environmental transport, ground water, health hazards, radioactive release, radioactive waste storage, underground storage.