The Republic of Latvia Cabinet of Ministers 3 august 1999 rules no 268 (in Riga. Nr. 39, 3. §) rules on transactions with radioactive waste, issued in accordance with the law "on radiation safety and nuclear safety" article 25, first subparagraph and the law "on environmental protection" article 27 of i. General questions 1. terms used in the rules: 1.1. high-level waste-waste containing such heat retention capacity due to radioactive decay is 2 kW/m3 or greater;
1.2. the barriers-natural obstacles or civil engineering components, which prevents or hinders the possible migration of radioactive material from the vault. Waste storage facilities use multiple barriers to ensure long-lasting radioactive waste and safe storage;
1.3. the natural radioactivity level-the site specific average radionuclide specific activity materials and raw materials, if the activity is not significantly increased the size of a radiological emergency;
1.4. nosmērētīb-fixed a radioactive solid objects with radioactive surface of nosmērētīb substances in excess of 0.4 Bq/cm2 for beta and gamma radiation sources, as well as low toxicity alpha radiation sources or 0.04 Bq/cm2 which exceeds the rest of Alpha radiation sources, if these radioactive substances can not be removed from the surface with normal inactivation methods;
1.5. geological storage-storage facility for radioactive waste, created geologically stable formations at least 100 meters in depth from the ground surface;
1.6. īsdzīvojoš radioactive waste-radioactive wastes that contain radionuclides that half-life is less than 30 days (if not caused by decay of the radionuclide in the long-lived daughter products) and which can be applied to a collapsing storage. Other radionuclides radioactive waste if the manufacturer demonstrates that they will be stored as long as it takes to decay by the quantity of radionuclides does not exceed the minimum significant radioactivity;
1.7. minimum significant radioactivity-these rules for specific radionuclides activity limits laid down by the radioactive waste related materials that are not considered radioactive waste (radioactive nuclides, numerical values are given in annex 1 to these rules). Those materials are not exposed to radiation safety monitoring, and State actions with those regulated by other acts;
1.8. non-radioactive nosmērētīb, fixed the hard surface of the object nosmērētīb with radioactive substances exceeding 0.4 Bq/cm2 for beta and gamma radiation sources, as well as low toxicity alpha radiation sources or 0.04 Bq/cm2 which exceeds the rest of Alpha radiation sources, if these radioactive substances can be removed from the surface with normal inactivation methods;
1.9. pievirsm storage-engineering construction of the disposal of radioactive waste, which is situated small depth from the ground surface or on the Earth's surface;
1.10. the disposal of radioactive waste-radioactive waste repository in a special insert in the tank (outside the movement of radioactive waste of the vault is not intended) that they can not leave harmful effects on the environment, personnel and population. Radioactive waste is disposed of until their radioactivity due to the radioactive decay of isotopes decreases to the minimum significant radioactivity;
1.11. radioactive waste disposal point-an enterprise or part thereof, which deals with the long-term storage of radioactive waste, as well as recycling and disposal;
1.12. the radioactive waste processing-operations transformation for the radioactive waste, so they can be safely stored or transported;
1.13. the radioactive waste storage facility-part of the territory of the company, or a special room in the company of the radioactive waste collection, processing, packaging and storage;
1.14. the package of radioactive waste-radioactive waste transport and disposal in appropriate packaging;
1.15. the reprocessing of radioactive waste-radioactive waste into a solid form depending on the selected package, so you can safely move and bury;
1.16. the radioactive waste tank-sealed Vault part that it is possible to bury radioactive waste packages and with a minimum capacity of 100 cubic metres of storage facilities is pievirsm;
1.17. the accounting of radioactive waste-a detailed tracking system, which provides radioactive substances and other sources of ionising radiation users, as well as the national company "Radon". Accounting system of separate records, which indicate the quantities of radioactive waste, their total radioactivity, specific activity, isotopic composition, and other information;
1.18. collapsing storage-storage of radioactive waste until the radioactivity decays due to decreased to minimal importance to the radioactivity and they are not subject to State supervision of radiation safety;
1.19. State supervision period-these rules set in the period of disposal of radioactive waste and the national supervisory authorities shall carry out radiation safety control and implements monitoring programs to ensure that radioactive waste disposal does not endanger the environment, personnel and population;
1.20. the low and medium radioactive waste-waste containing such heat retention capacity due to radioactive decay is less than 2 kW/m3.
2. These rules shall determine the order in which to work with radioactive waste and related material, as well as radioactive waste transport and storage procedures.
II. Radiation safety key principles 3. From national surveillance has been released with the radioactive waste related materials and articles which are intended to be used in operations that are not associated with radioactive substances and other sources, if any, for the use of the material and subject matter of radioactive contamination is smaller than the minimum significant radioactivity and radiation dose received is less than the individual users: 3.1. If the irradiated body,-10 µSv/year;
3.2. individual users, if only the top layer of the skin is irradiated,-50 µSv/year.
4. operation with radioactive waste is permitted, if the potential harm to the environment, personnel and population can be reduced more than if the injury may arise by carrying out such activities with ionizing radiation sources, which produce radioactive waste.
5. Transactions with radioactive waste plan simultaneously with the activities that generate radioactive waste.
6. the work Manager in December of each year transmit to the protection of the environment and regional development Ministry of environmental State Inspectorate (hereinafter Inspectorate) and radioactive waste disposal point letter in which inform about the handling of the radioactive substances in the next calendar year can generate radioactive waste (annex 2).
7. If a transaction with ionizing radiation sources may lead to radioactive waste, to take all measures to minimize the radioactivity of waste and their volume.
8. to minimise storage ship radioactive waste, radioactive waste can use collapsing.
9. Designing jobs, which are sources of ionizing radiation, to provide for the possibility of future liquidation: 9.1 dismounting the waste quantities have to be minimal;
9.2. should be able to easily sort the radioactive waste to the relevant groups.
10. radioactive waste associated With materials and objects that may be contaminated with radioactive substances shall be classified in accordance with the provisions of annex 3.
11. the radioactive waste should be sorted under the following conditions: 11.1. each storage container has only one corresponding group;
11.2. special treatment, radioactive waste is separated;
11.3. the radioactive waste is separated from them by a radioactive waste materials associated with or without special processing can be reused or disposed of together with municipal, industrial or hazardous waste.
III. Important conditions for the assignment of responsibilities and liability 12. The protection of the environment and regional development Ministry to issue informative and recommendatory nature materials handling radioactive waste and related material.
13. national surveillance of all activities with radioactive waste carried out inspection.
14. the manager shall supervise all activities with radioactive waste at source, with a special consideration of waste sorting, collection, processing, packaging, storage and preparation of the information required.
15. the Director is responsible for the radiation safety requirements for conducting transactions with the radioactive waste, and for ensuring that all radioactive waste is prepared for safe transportation and processing according to their physical and chemical properties.
16. The operator is responsible for all the necessary financial, technical and human resources compliance with safe work with radioactive waste and the related material.

17. If an undertaking (company), which uses ionizing radiation sources, has been declared bankrupt and unable to manage radioactive waste or prepare them for transfer to disposal, inspection shall inform the relevant authorities about potential threats to the territory of the local population and living together with the insolvent company (the company) and the municipal administrator organizes all the unnecessary radiation transfers for disposal.
18. The work of the driver before applying for the permit or license activities that generate radioactive waste, are obliged to conclude with a point of the radioactive waste disposal contract for the disposal of radioactive waste.
19. the Manager provides for the disposal of radioactive waste with required information about radioactive waste and enables you to place in the company familiar with the administrative, radiation safety and technical support for the transfer of radioactive waste disposal.
20. The operator is responsible for radioactive waste until they are accepted for disposal and radioactive waste disposal point or put in specialized car disposal, if you use the vehicle of another authority. Change the subject of responsibility of radioactive substances and radiation source used for the disposal of a passport.
21. Radioactive waste disposal point is financed from the State budget: 21.1. radioactive substances and hazardous waste management funds intended for the realization of environmental public policy objectives-to ensure the protection of people and the environment from radioactive waste caused by ionizing radiation exposure;
21.2. the resources obtained, in accordance with the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" receive charges for the importation of radioactive substances in Latvia.
IV. The radioactive waste material and subject matter of related classifications and their use With 22 secondary radioactive waste related materials and objects containing radionuclides with the specific radioactivity or with the nosmērētīb of the surface that is larger than the natural radioactivity level, including their radioactivity in one of the following categories: 22.1. radioactive materials and radioactive waste, which is subject to State supervision because the radioactivity is more than a Cabinet of 20 June 1996, the Regulation No 223 "order What licenses and permits to be issued in the activities with radioactive substances and other sources of ionizing radiation ";
22.2. materials and wastes which are not subject to State supervision because the radioactivity is lower for this rule set out in annex 1.
23. the radioactive waste related materials and objects that are not subject to State supervision, according to the rules given in annex 1. numerical criteria are divided into the following groups: 23.1. materials and items that can be reused without additional handling or processing;
23.2. metallic materials and products, which can be further processed using production (scrap);
23.3. the concrete waste, which may be used in the construction of industrial building or road construction;
23.4. the materials and articles, which is not helpful and may be disposed without recycling in municipal, industrial or hazardous waste.
24. the permit to move radioactive waste associated with, but not radiation safety control exposed materials and objects outside the company who made or were made with ionizing radiation sources for reuse in the economy, going to inspection.
25. the decision on the material and subject matter of the release of the national surveillance, which can be reused without further working or processing, it can be assumed if the materials and articles and radioactive nosmērētīb surface radioactive contamination per unit volume is negligible small.
26. In calculating the maximum allowable surface nosmērētīb with radioactive substances or the specific radioactivity of the materials, use of this provision in paragraph 3 or 1. the radiation doses.
27. Using the surface radioactive nosmērētīb criteria, determines the average level of nosmērētīb to 300 cm2 of the surface of the subject or the entire surface of the object, if it is less than 300 cm2. This criterion applies to fixed and not fixed the amount of radioactive nosmērētīb. Using these criteria, the driver must be provided with the minimum possible without fixed radioactive nosmērētīb.
28. Using the specific radioactivity criteria, determined by the average quantity of radioactive material material of the lot, with a mass of 100 kg, or if the total mass of the material is less than 100 kg,-the entire quantity of the material.
29. radioactive waste are subject to State supervision and according to the half-life period is divided into the following groups: 29.1. radioactive waste, which can be applied to decay;
29.2. the radioactive waste that can not be subject of a collapsing storage, they should be disposed of.
30. the radioactive waste that can not be applied degradation, according to the radioactivity and the isotopic composition is divided into the following groups: 30.1. radioactive waste, which does not contain long lived isotopes with a half-life of more than 30 years, and is accordingly in the pievirsm storage;
30.2. the radioactive waste containing long-lived isotopes with a half-life longer than 30 years, and radioactivity, which is bigger than the rules set out in annex 4, and is accordingly in the cavernous storage facilities.
V. activities with radioactive waste at source in 31 foreman provides a collection of radioactive waste at source and sorting and storing separately by the following groups: 31.1. used radiation sources;
31.2. solid radioactive waste;
31.3. the radioactive waste in liquid form;
19.5. gaseous radioactive waste;
31.5. biological radioactive waste.
32. each group of radioactive waste is divided into two subgroups: 32.1. high-level waste;
32.2. the low and medium radioactive waste.
33. the Use of sealed radiation sources, which have come to the safe operating limit is classified as mazdispers are radioactive materials if they are chemically and mechanically stable monolithic form and turn the metal ampoules.
34. If the work place of the radioactive waste storage container is filled, the manager shall ensure that it shall be conveyed without delay to the storage of radioactive waste.
35. Each particular group of radioactive waste provides storage separately from other groups of radioactive waste and uses the appropriate processing and packaging methodologies. Processing principles set in these regulations, but certain additional requirements are intended for producers of radioactive waste and the disposal of waste referred to in a contract concluded by a point.
36. the Director is responsible for ensuring that all radioactive waste are sorted, labeled and stored separately from other radioactive substances and materials.
37. the work of the driver supports: 37.1. radioactive waste treatment at the place of production;
37.2. the safe storage of radioactive waste;
37.3. prior to waste disposal should not be further processed;
23.2. processing of radioactive waste to convert it in the chemical and physical form, which is a safe and appropriate procedures below with this waste;
37.5. neutralization of liquid waste;
23.4. to radioactive waste does not contain explosive or inflammable materials or compressed gas.
38. The radioactive waste volume is reduced in order to facilitate their handling, processing and transportation, subject to radiation safety and the basic principles of the early‐warning optimization.
39. If you need to store and later put the disposal of such items that are larger than the size of packing containers, foreman provides waste reduction to the appropriate size.
40. before the various liquid waste mixing job manager checks whether the absence of chemical reactions can take place that exudes warmth, as well as the possible explosion or fire, gas or aerosol generation.
41. Solid radioactive waste accumulated in special plastic bags and, together with the external packaging inserts: 25.5. metal barrels (0.1 m3), which corresponds to category III industrial container,-if the quantity of radioactive waste less than 1 m3 and radioactivity-this provision is set out in annex 5;
41.2. special concrete containers with external dimensions 1.2 x 1.2 x 1.2 x 1.2 m or 2.4 x 1.2 m, corresponding to A type A package, which may contain radioactive material with radioactivity, which is less than the A1 (if it is a special form radioactive material) or less than A2 (if it's not special form radioactive material) and if: 41.2.1. radioactive waste quantity is greater than 1 m3 a year;
41.2.2. waste size greater than 0.1 m3 volume standartiepakojum-drums.

42. in order to verify the compliance of packaging and transportation of radioactive waste management requirements in type A packages of samples shall be subjected to the following tests: 42.1. drop test under normal conditions;
26.2. bulking test under normal circumstances;
26.3. penetration tests under normal conditions;
26.3. apliešan test of water under normal conditions (if not run with the help of the models show that radioactive waste packages will withstand conditions under which it will transport and storage).
43. the Director is responsible for ensuring that each package on the outside is legible and durable marking with the following information on radioactive waste: 43.1. all radionuclides-symbols (radionuclide mixture-the most significant radionuclides symbols);
43.2. the maximum radioactive contents activity, expressed bekerelo, and its discovery;
26.9. transport package category: I-white, II-yellow or III-yellow;
43.4. transport index (only II-yellow and III-yellow categories);
43.5. mass of radioactive waste;
27.1. package type (IP-3 or type A type);
27.2. the rest of the information in accordance with the Cabinet of Ministers of 28 July 1998, the provisions of no. 266 "rules for the safe transport of radioactive substances".
44. the manager shall ensure that tested each package of radioactive waste, which must meet the following requirements: 44.1. without the fixed contamination on the packaging or on the external surface of the package shall not exceed: 44.1.1. beta, gamma and low toxicity alpha-radioactive substances 4 Bq/cm2 at 300 cm2 of available surface;
44.1.2. other alpha radioactive substances-0.4 Bq/cm2 at 300 cm2 of available surface;
44.2. exposure dose of power does not exceed the allowable size for the relevant package and 2 mSv/h at any point on the external surface.
45. the Manager allowed to reduce to a minimum the raw radioactive waste package marking, if the quantity of radioactive waste after emergency relief exceeds the number of cubic meters and 0.1 m3 volume accumulated barrels transported as packages. In that case you need to specify: 45.1. the major radionuclides;
45.2. estimated maximum activity of radioactive content, expressed in bekerelo, or at least the radiation dose on the surface of the power of the barrel and one meter away, as well as the size of measurement;
45.3. the transport package category: I-white, II-yellow or III-yellow.
46. In special cases, if it is consistent with the point of acceptance of radioactive waste, the maximum permissible radiation doses of radioactive waste power on the external surface of the package can be 10 mSv/h, while the maximum transport index should not exceed The 10 packs category III-yellow, and the following radioactive waste is transported in exclusive use, with a special car.
47. prior to insertion of the radioactive waste storage container shall be marked, and the foreman prepares a waste description stating: 29.3. date on which the container was filled;
47.2. the radioactive waste source (such as a laboratory process);
47.3. the radionuclide and radioactivity;
47.4. the capacity of radiation dose on the surface of 0.01 m and 1 m;
29.5. the waste category.
48. the radioactive waste related materials, which contain only īsdzīvojoš radionuclides, stored radioactive waste repository authority until their radioactivity radionuclide decay result becomes less than the minimum significant radioactivity.
49. All the radioactive waste that require further processing or processing and disposal, is stored in a secure and controlled conditions. The storage of radioactive waste creates separate partitions for processed and unprocessed radioactive waste.
50. Raw radioactive waste temporary storage must be temporary and must not exceed one year. During this time, all radioactive waste are processed, packed and shipped for disposal.
51. The radioactive waste storage facility in a way that all operations take place under safe conditions. Waste containers to shipping, if possible, do not move it to the storage area.
52. The radioactive waste storage facilities to ensure a comfortable transfer of waste container transporting the radioactive waste disposal point.
53. If separate waste storage group to a radionuclide decay, radioactive waste storage facility creates a separate decay of radioactive waste storage compartment, which is not allowed in a group of other wastes.
54. the decay of the radioactive waste storage compartment provides controlled conditions defuse the atmosphere radioactive waste or sewage.
Vi. The radioactive waste system of accounting for and control of radioactive waste 55. accounting system is the radioactive substances and other sources tracking system. It enables you to check: 55.1. radioactive substances and radiation sources getting into the disposal of radioactive waste;
55.2. used radiation sources are sent back to the manufacturer;
55.3. not radioactive waste is dispersed in the environment according to the limits set;
55.4. not radioactive waste, subject to the relevant requirements, is disposed of in municipal, industrial or hazardous waste;
55.5. with radioactive waste related materials and items that are exempt from State oversight, are reused in the economy.
56. the accounting of radioactive waste, the main ingredients are: 56.1. the accounting of radioactive waste at source;
56.2. inventories of radioactive waste storage facilities decay;
56.3. no records of radioactive waste at source before distribution in the environment;
56.4. reusable radioactive material and subject matter of tracking their sources;
56.5. records of the radioactive waste storage sites;
56.6. the accounting of radioactive waste radioactive waste disposal point.
57. the Manager of each radioactive waste packages shall be given an individual number which can not be repeated, and the preparation of the waste package description, which compiles all the information about radioactive waste packages.
58. the Manager lists the most unique with radioactive waste related materials, including the following: 58.1. reproducible materials and articles;
58.2. radioactive substances: 58.2.1. main radionuclides;
58.2.2. the surface of radioactive nosmērētīb-fixed and unfixed;
58.2.3. specific radioactivity;
58.3. inspection requests and its decision on relevant material and subject matter of the release of official surveillance;
58.4. the institutions or companies, and as the materials and objects passed to the next use.
59. If the use of radionuclide īsdzīvojoš, business manager ensure the accounting of radioactive waste, which is in the vault, and the decay of the radioactive waste inventory not being dispersed in the environment, including the following: 59.1. dispersed radioactive substances: 59.1.1. main radionuclides;
59.1.2. specific radioactivity;
59.1.3. information on each portion ambient;
59.1.4. Summary of relevant information;
59.2. the spreading process: 59.2.1. job execution dates;
59.2.2. spreading control results to show that the limit is not exceeded.
60. Radioactive waste disposal point is creating a database of all radioactive waste packages, enabling you to continually monitor packs the exact location of the tank.
61. The inspection in accordance with the Cabinet of Ministers of 12 august 1997, regulations No 297 "rules on protection against ionizing radiation" maintains a database of all the radioactive substances and ionizing radiation sources in the country.
62. Radioactive Substances and used radiation sources from the national accounting system can be deleted only after the transfer of radioactive waste disposal and disposal or sent back to the source.
63. Inspection bodies and business checks at regular physical inventory reports and compare the changes with the information received from the disposal of radioactive waste, as well as point out the checks the authorities and companies.
64. the manager shall provide the inspection of radioactive substances and other sources of ionizing radiation of inventory data together with the necessary information on the disposal of radioactive waste transferred, returned the producers used sources, environment izkliedētaj for radioactive substances and reuse the materials placed in the economy and objects.
65. the work in the inventory report of the heads of inspection should include the following: 65.1. on shipments of radioactive substances and other sources of acquisition or production;
65.2. updated information on the use of radioactive substances;
65.3. the reusable materials, which will be requested the release of the national supervisory and located on the storage of radioactive waste;
65.4. the radioactive waste, which is located in the vault;
65.5. for non radioactive waste that is dispersed in the environment: 65.5.1. dissipated atmosphere;
65.5.2. released into sewers;
65.5.3. send for disposal at municipal, industrial or landfill of hazardous waste;

65.6. waste sent to disposal of radioactive waste.
VII. Requirements for shipments of radioactive waste and the associated material storage. According to 66 the purpose of storing radioactive waste are the following and related materials: 66.1. storage until the radioactivity becomes less than the minimum significant radioactivity (decays storage);
66.2. the storage of radioactive waste until they are processed;
66.3. storage before sending them to the disposal of radioactive waste;
66.4. use the source storage before sending them back to the producer;
41.3. long-term storage: 66.5.1. to be installed in the geological repository for high-level waste;
66.5.2. to have the opportunity to send radioactive waste processing outside the country.
67. If using radioactive substances or other sources of ionizing radiation, radioactive waste can occur, the holder of the licence or permit be provided and equipped a special room for the storage of radioactive waste.
68. the radioactive waste is stored separately from those materials, radioactive substances or radiation sources to be used for further operations.
69. Radioactive waste stored in the storage type and applied according to the marked containers.
70. The radioactive waste storage facility must be protected against unauthorized access to it, as well as to be able to make sure that there is unauthorized activity with radioactive waste.
71. The radioactive waste storage facility must be equipped with equipment and materials for protection against ionizing radiation.
72. The radioactive waste storage size must be sufficient to store separately by groups all radioactive waste, which may arise during the year.
73. Flammable or combustible radioactive waste must be stored separately from other waste, to secure the necessary fire safety requirements, as well as waste recycling, the maximum in a short time.
74. the liquid radioactive waste must be stored in hermetically sealed dubultkonteinero. External container volume must be sufficient to safely store all liquid, if the internal container loses tightness.
75. the radioactive waste that contains biologically active materials, laboratory test animal corpses or their secretions, according to process, to protect them from biological degradation processes; If necessary, the said radioactive waste must be stored in a frozen state.
76. The radioactive waste storage facility consists of the entire surface easily dezaktivējam materials. It must be supplied with air purification system and exhaust gas monitoring equipment.
VIII. storage and decay by radioactive waste related materials distributed environment 77. If the decay of radioactive isotopes īsdzīvojoš with radioactive waste related materials has fallen to minimal significant radioactivity, the business manager with these wastes are treated as not further radioactive waste according to the requirements of this Regulation as well: making the waste 77.1. special accounts;
77.2. ensure compliance with the requirements of the population and the environment against ionising radiation.
78. the degradation of storage is usually not longer than one year, but in some cases, if it is provided for in the licence or permit, collapsing storage can last five years.
79. gaseous or liquid radioactive waste, not due to decay in storage, you can distribute the environment, but not solid radioactive waste can be disposed in municipal, industrial or hazardous waste dumps.
80. the total quantity of the radionuclide, which one company may distribute environment, defined in annex 6 of these rules. Pursuant to Latvia down the effective radiation doses to the population pamatlimit-1 mSv/year-6. the limits referred to in annex be exceeded when it is shown that the population of the critical group average radiation dose of the dispersal of radioactive substances into the environment does not exceed 10 µSv/year.
81. If the characteristics of the radioactive waste comply with the law "on hazardous waste ' criteria, the following procedures shall be carried out in accordance with the above law and the related Cabinet of Ministers regulations.
82. the limit within the work the Manager allowed together with communal waste water sewers to omit the liquid waste, which the radioactivity is less than the minimum important,-radioactive waste, if these rules are observed and the Cabinet of Ministers of 22 April 1997 Regulations No. 155 "on water use permits".
83. in the case of a radioactive liquid waste released into sewer with urban wastewater, foreman provided: 83.1. recording of radioactive waste accounting records for each operation;
51.7. at least 10 times dilution of liquid waste into a drainage system for waste water discharges;
83.3. to water solution does not contain insoluble impurities;
83.4. liquid waste neutral pH;
83.5. all liquid waste release in only one specially equipped place;
83.6. before and after the waste spilling at least one minute of the water from the tap flow with normal average flow;
each release of 83.7. liquid waste portion and year (or shorter period) limit.
84. If someone doesn't set limits for radionuclides, the foreman shall draw up the provisional limit calculations did not release radioactive liquid waste in the drains, subject to the following conditions: 84.1. the maximum radiation dose in individual critical population groups may not exceed 100 µSv per year, but the maximum average individual radiation dose-10 µSv per year. These are used to calculate the size limit for one portion of the radioactive waste;
52.3. specific activity is equal to or less than those specified, if you need a license or permit;
84.3. sewer outlet liquid waste dilute to 10% of the initial concentration;
84.4. radionuclides get into the adult human body with water or food;
84.5. numeric calculation of radiation dose used in the Cabinet of 12 august 1997, regulations No. 297 "rules on protection against ionizing radiation" in certain factors.
85. the manager shall coordinate with the temporary limits inspections to check the calculations and may allow the use of temporary limits for individual operations, if the distributed radionuclides does not exceed the quantity laid down, if you need a license or permit, and job execution time does not exceed three months.
86. If these provisions 85. conditions referred to in paragraph 1 may not be applied, shall be submitted by the inspection of environmental protection and regional development Ministry proposals for additions to the relevant annexes to these rules, but the Ministry prepare appropriate draft amendments.
87. If not solid radioactive waste is not subject to the law "on hazardous waste", the foreman for the allowed limit within the bury municipal, industrial or hazardous waste dumps. In that case, the job Manager provides: 87.1. that for each operation is done in the entry in the accounts of the radioactive waste;
87.2. the waste does not contain explosive or flammable materials;
101.8. to waste will not contain compressed gas;
87.4. not radioactive waste packages instant apbēršan with ordinary waste or cover material (such as sand, soil);
waste packages to 87.5. surface would not be fixed but the radioactive nosmērētīb, fixed nosmērētīb not exceed 0.4 Bq/cm2 for beta active radionuclides and 0.04 Bq/cm = Alpha active radionuclides;
87.6. to waste should not be closed source;
compliance with the limit and 87.7 per portion, and one year (or shorter period).
88. If someone doesn't set limits for radionuclides, the foreman shall draw up the provisional limit calculations are not radioactive solid waste disposal, subject to the following conditions: 88.1. maximum radiation dose in individual critical population groups may not exceed 100 µSv per year, but the maximum average individual radiation dose-10 µSv per year. These values are used when calculating the limit for one portion of the radioactive waste;
88.2. specific activity is equal to or less than those specified, if you need a license or permit;
88.3. not radioactive waste is mixed with 10 times the quantity of municipal waste;
88.4. radionuclides get into the adult human body with water or food;
88.5. numeric calculation of radiation dose used in the Cabinet of 12 august 1997, regulations No. 297 "rules on protection against ionizing radiation" in certain factors.
89. within the limit of the driver allowed the work distribute gas or volatile substances, radioactivity is less important than the minimum,-radioactive waste. In that case, the job Manager provides: 89.1. that for each operation is done in the entry in the accounts of the radioactive waste;
89.2. the ventilation capacity, causing at least 10 times without radioactive waste gases;
89.3. all radioactive waste discharges into the atmosphere only in specially equipped place;
89.4. each portion and year (or shorter period) limit.

90. If someone doesn't set limits for radionuclides, the foreman shall draw up the provisional limit calculations are not radioactive gases or volatile substances disperse in the atmosphere, under the following conditions: 90.1. the maximum radiation dose in individual critical population groups may not exceed 100 µSv per year, but the maximum average individual radiation dose-10 µSv per year. These values are used when calculating the limit for one portion of the radioactive waste;
90.2. specific activity is equal to or less than those specified, if you need a license or permit;
90.3. will not occur in the air emissions of radioactive substances or gases tenfold dilution;
90.4. radionuclides get into the adult human body by inhalation;
90.5. numeric calculation of radiation dose used in the Cabinet of 12 august 1997, regulations No. 297 "rules on protection against ionizing radiation" in certain factors.
91. before the dispersal of radioactive substances into the environment by a foreman: 91.1. check if radioactive substances chemical and biological properties allow you to use the Distribute method;
91.2. check whether it is necessary for the security not exceeded the limit for each chunk spreading (or day) and year;
91.3. checks whether the dispersal of radioactive substances is provided in place of the radioactive substances dilution to acceptable limits;
91.4. to do the calculations with mathematical models make sure that will not be exceeded in the paragraph 3 of these regulations certain limits;
56.9. inform the inspection on the following planned activities: 91.5.1. about the dispersal of radioactive substances into the environment of the planned next calendar year-every year until 15 December;
91.5.2. previous quarter activities-up to 15 April, 15 July, 15 October and 15 January.
IX. Claim of pievirsm radioactive waste depository 92. pievirsm radioactive waste storage consists of several reinforced concrete tanks, which can be split into individual partitions.
93. Concrete tank wall a minimum thickness of 40 cm, if the long-term safety assessment does not require a thicker outer barrier layer.
94. Pievirsm storage is disposed of radioactive waste, which contains only those radionuclides that radioactivity after the end of the period of monitoring the decay will be decreased to the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set.
95. radioactive wastes containing radionuclides which radioactivity monitoring period it will be greater because of the collapse of the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set, pievirsm is stored in a vault: 95.1. all supervisory period. If the long-term safety assessment it is shown that the waste concerned by special processing tank-additional barrier layer creation and null fill with concrete-not threatened people and environment (radiation dose in the predictable does not exceed this provision in paragraph 3 limits), the storage can be regarded as disposal;
95.2. as long as possible in appropriate radioactive waste geological repository.
96. Radioactive waste disposal point design and design must ensure that the containers coming into contact with groundwater and precipitation should create such a collection system that removed the fallout from a radioactive waste disposal sites and provide the ability to control radioactive contamination of the waters.
97. Radioactive waste disposal point is divided into two parts-service area ("A") and radioactive waste disposal area (area "B").
98. Unauthorised penetration of human "B" area is not permitted, but the staff and visitor access is restricted to radiation safety service will be able to control the process.
99. minimum necessary buildings and structures "(A)" zone are: 99.1. guarding the building;
99.2. parking lot;
99.3. Administrative and business buildings and laboratories;
99.4. material, subject matter and a spare-parts warehouse;
99.5. water supply (pumping station and water treatment plant);
99.6. car wash;
the access path and path 99.7. connecting the work area;
99.8. municipal wastewater treatment system;
99.9. and power supply system boilers.
100. The minimum necessary buildings and structures "(B)" zone are: 100.1. radioactive waste disposal containers;
100.2. long-lived radioactive waste storage tanks or spaces;
100.3. the radioactive waste temporary storage tanks or spaces of the radioactive waste processing and preparation for disposal;
100.4. decontamination of the place or premises;
100.5. material and accessory storage space;
100.6. fencing and gates.
101. Around radioactive waste disposal area requires a control zone within a radius of 1000 m from the disposal area downtown. The size of the control zone may be reduced in accordance with long-term safety assessment it is shown that the radiation dose rate not expected to exceed the provisions in paragraph 3 limits: 101.1. critical population groups-for the disposal of radioactive waste;
the critical population 101.2. hypothetical group-supervisory period and after the end of the monitoring period.
102. The control area is marked by the district maps, its boundaries marked by a natural warning signs. The control zone is not allowed in the Uptown location.
103. Around radioactive waste disposal area requires a fence restricted to residents of the buffer zone without control do not get closer than 30 meters from the place where you take action with radioactive waste.
104. in the buffer zone may enter only through the guarded entrance and entry gates.
X. radioactive waste disposal criteria 105. Pievirsm storage allowed to bury the radioactive waste: this rule 105.1. meet 4. requirements set out in the annex;
105.2. the content of radioactive substances, radioactivity of which is greater than the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set.
106. Geological Storage only in the radioactive waste that emits heat-high-level waste and such low-radioactivity waste which end of the radionuclide monitoring activity will be greater on the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set.
107. in determining the maximum radioactivity of the waste packages must comply with one of the following conditions: 107.1. simultaneously, the following requirements must be met: 107.1.1. ensure the safe transport of radioactive material;
107.1.2. at the end of the period of supervision of the activity of the radionuclide decay will be decreased to the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set;
107.2. justified, which allows to increase a limit for specific radionuclides, taking into account the long-term environmental impact assessment and the provision in paragraph 3 specific safety requirements.
108. the maximum radioactive waste radioactivity in the package and the tank is fixed in annex 4 of these rules.
109. for the disposal of radioactive waste are not accepting such radioactive waste containing radionuclides with a half-life of less than 50 days if after collapsing does not occur in the long-lived daughter products.
110. for the disposal of radioactive waste are not accepting such radioactive waste containing explosive or combustible materials or compressed gas.
111. Long-term safety shall be assessed according to the rules laid down in chapter V and VI requirements. If using a conservative assessment method is demonstrated the need to change the waste acceptance criteria, State Enterprise "Radon" submit relevant evidence concerning the protection of the environment and regional development Ministry, which shall draw up the rules in annex 4, the necessary amendments.
XI. The radioactive waste processing and transport processes in all 112 related to radioactive waste, to ensure minimum risk to the environment and the population, choosing the best practical environmental protection technology.
113. the processing of radioactive waste, every operation must comply with the requirements laid down for any future operations in order to prevent the need for radioactive waste disposal point to previously processed waste further working or processing.

114. Priority must be given to expensive and simplest technologies which ensure that requirements are met. Processing of radioactive waste package files must comply with these rules and the Cabinet of Ministers of 28 July 1998, the provisions of no. 266 "rules for the safe transport of radioactive substances".
115. In places where small amounts of radioactive waste, a complex process to replace, if economic reasons are submitted, you can create a single processing centre or centres or, if provided for in the Treaty, not radioactive waste may be deposited with the public company "Radon" for processing and storage.
116. processors of radioactive waste from nuclear waste producers all information about radioactive waste physical and chemical properties, radioactive waste and radioactivity.
117. processors of radioactive waste are responsible for the appropriate use of technology and ensure that radioactive waste container the exterior surface is not covered with radioactive substances, and to the external surface of the package comply with radiation exposure dose limits of capacity.
118. Solid radioactive waste according to their radioactivity, quantity and dimensions are processed in one of the following ways: 118.1.0.1 m3 volume, packed in a steel barrel, which is inserted into the volume 0.2 m3 steel barrels, and the empty space is filled with concrete;
118.2.0.2 m3 of volume insert steel barrel and the empty space is filled with concrete;
118.3. packaged volume 0.1 m3 steel barrel, which insert the special Sockets concrete container where the external dimensions 1.2 1.2 x 1.2 m is x;
118.4. placed in reinforced concrete container where the external dimensions 1.2 1.2 x 1.2 m is x 2.4 x 1.2 x 1.2 m or, and the empty space is filled with concrete.
119. If waste radioactivity is so high that concrete does not ensure compliance with the permissible limits of radiation exposure doses surfaces on the packaging capacity, then around radioactive waste creates an additional layer of protection from such materials more effectively for concrete weakens the ionizing radiation.
120. Closed the gamma radiation sources according to their radioactivity, quantity and dimensions are processed in one of the following ways: 120.1. Insert a lead container (in exceptional cases can use industrial containers, which these sources have their use, in addition to providing all the container and open the channel with molten lead to the pressurizing) 0.2 m3 volume inserts steel barrels, and the empty space is filled with concrete;
120.2. packaged in a stainless steel container, which is filled with lead shot and insert the special Sockets concrete container where the external dimensions 1.2 1.2 x 1.2 m is x;
120.3. packaged in a stainless steel container, which is filled with lead shot 0.2 m3 volume, insert the steel barrels and empty space fills with molten lead.
121. the closed beta radiation sources according to their radioactivity, quantity and dimensions are processed in one of the following ways: 121.1. placed in a stainless steel or plastic container (in case of emergency you can use special plastic bags, providing a source of packaging at the same time at least three sacks) puts 0.2 m3 capacity steel barrels, and the empty space is filled with concrete;
121.2. packaged in a stainless steel container, which is filled with roasted in quartz sand and insert the special Sockets concrete container where the external dimensions 1.2 1.2 x 1.2 meters is x.
122. Radium-containing radiation sources shall be packed in the following order: 122.1. inserts can seal the ampoule by aizvalc;
can the ampoule 122.2. Insert the stainless steel containers that aizmetin (in exceptional cases can only sealed phial aizskrūvē). Stainless steel dimensions and thickness of the ampoules must be sufficient to withstand without damage the gas pressure resulting from the decay of Radium to;
122.3. stainless steel inserts the lead containers ampoule;
122.4. lead in container insert volume 0.2 m3 steel barrels, and the empty space is filled with concrete.
123. Neutron radiation sources shall be packed in the following order: 123.1. Insert the stainless steel containers that aizmetin (in exceptional cases can only sealed phial aizskrūvē). Stainless steel dimensions and thickness of the ampoules must be sufficient to withstand without damage the gas pressure resulting in radioactive decay;
123.2. a stainless steel insert ampoule lead container;
123.3. lead in container insert volume 0.2 m3 steel barrels, and the empty space is filled with concrete.
124. In closed alpha radiation sources not containing radium, packed in stainless steel containers that are filled with roasted in quartz sand and insert the special Sockets concrete container where the external dimensions 1.2 1.2 x 1.2 meters is x.
125. In closed alpha radiation sources not containing radium and radioactivity after the end of the period of supervision of the radionuclide decay will be decreased to the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits set, packaged in the following order: 125.1. Insert the stainless steel or plastic container (in case of emergency you can use special plastic bags by providing a source of packaging at the same time at least three sacks);
125.2. containers or bags with the alpha radiation sources placed volume 0.2 m3 steel barrels, and the empty space is filled with concrete.
126. the liquid radioactive waste processing at their neutralization in a solid matrix by using cementing method. Cementēto for liquid radioactive waste poured into the steel volume 0.2 m3 barrels. An alternative method, if you have the appropriate technical support, is the cementation of radioactive waste directly into the barrel.
127. If liquid radioactive waste treatment is the use of ion exchange resin, resin processing using cementing method, and 0.2 m3 volume filled into steel barrels. An alternative method, if you have the appropriate technical support, is the cementation of radioactive waste directly into the barrel.
128. the organic liquid radioactive waste before disposal must be recast. Performing any operation with organic liquid waste, account must be taken of their radioactive, chemical, physical, and toxicological properties. Foreman provides a law "on radiation safety and nuclear safety", the law "on hazardous waste" and those underlying the statutory requirements.
129. The organic liquid radioactive waste is prohibited to distribute environment if their radioactivity is negligible small. In that case use concentration techniques and organic conversion of liquid radioactive waste on organic liquids.
130. The organic liquid radioactive waste in small quantities can be added to the liquid organic waste if not experimentally proven that built up in the cement matrix is sufficiently stable. In that case the waste poured into the cementēto 0.1 m3 capacity steel barrels, which insert the special Sockets concrete container where the external dimensions 1.2 1.2 x 1.2 meters is x.
131. the radioactive waste is transported with the State Enterprise "Radon" specialized transport, but the large size of the radioactive waste or large quantities of radioactive waste transport tolerable with equipped vehicles belonging to other institutions, if they have the license the operations.
132. Radiological accidents resulting from large quantities of radioactive waste, if it does not exceed this provision radioactivity in annex 5 values, can carry the volume 0.1 m3 barrels, which along with the radioactive waste volume 0.2 m3 barrel inserts or concrete containers, and empty space is filled with concrete.
XII. Long-term safety assessment of radioactive waste buried 133. long-term safety assessment of radioactive waste buried in vaults, pievirsm, radiation doses to be assessed, analysing the 1000 year period, but the geological storage facilities-at least 10000 years.
134. the long-term safety assessment, if there are no special considerations for additional factors that may affect the migration of radionuclides are analysed following the transfer of radioactive substances: 134.1. release from the tanks bottom layer;
134.2. migration to the bottom layer up to: 134.2.1. open water basins;
134.2.2. sampling of drinking water from groundwater used for layers;
134.3. water use: 134.3.1. watering;
134.3.2. human consumption (drinking water);
134.3.3. livestock watering.
135. In the case of an emergency, assess the additional transfer paths, such as radioactive substances following the emergence of dust explosions (such as operator, aircraft or meteorite fall).
136. the long-term safety assessment of geological repository, use the following hypothetical earthquake parameters: 136.1. the maximum magnitūd-5.4 after Richter scale;
136.2. earthquake probability-one every 400 years;
136.3. horizontal acceleration-0.24 grams;
136.4. vertical acceleration-0.12 g;
136.5. vertical movement-2.0 centimetres.
137. Where, on the basis of the results of environmental monitoring and long-term safety assessment, it is determined that the potential of the individual radiation dose for residents who live in radioactive waste disposal in the vicinity of point, is:

137.1. greater than or equal to 5 mSv/year, must take measures to normalize the situation and reduce the radiation dose to approximately 100 mSv/year;
137.2. from 1 to 5 mSv/year, relevant measures must be carried out within the next five years, to normalize the situation and reduce the radiation dose to approximately 100 mSv/year;
137.3. less than or equal to 1 mSv/year to assess the implementation of the measures under the financial and technical capabilities.
138. Long term security assessment uses at least three variants: 138.1. radionuclide transfer in the water;
138.2. direct irradiation;
138.3. ieurbšan in the tank.
139. in analyzing the potential transfer of radionuclides in water, use the following key criteria: 139.1. waterproofing layer complete degradation takes place in the 50th year after the end of the monitoring period (350 years after the closure of the vault of pievirsm), so the filtration speed through the waterproofing layer is equal to the average velocity of filtration in appropriate soil layers;
139.2. period from 0 to 350 years assumes that water filtration rate through the waterproofing layers is one percent of the average speed of filtration in the bottom layers;
139.3. barrel walls are not considered barjerslān, or assume that the corrosion rate of 3 mm/year;
139.4. potential radiation doses invoice hypothetical populations who live in 5, 20, 100, 500 and 200 m away from the radioactive waste disposal sites;
139.5. analyzes all the main radionuclide transfer paths, but as a basic overview of radionuclide migration from the tank to the groundwater and further transfer of radionuclides to the human body with water, if water is used for drinking, watering the garden and livestock watering. Then analyzes the second transfer radioactive substances-the dust resulting from the garden watering due to contaminated soil.
140. in analyzing the potential direct radiation, uses the following main criteria: 140.1. monitoring at the end of the period (300 years after the closing of the vault pievirsm) population builds a single-family home directly on the concrete shelter over the disposal tank (land surface has been removed, but the House has no basement);
140.2. the population is staying home for half a day;
140.3. the water for drinking, and both the individual farm needs is obtained from the disposal of the tank closest to the groundwater layer.
141. In analysing the possible disposal of a ieurbšano tank, use the following key criteria: 141.1. action takes place after the end of the monitoring period (300 years after the closure of the pievirsm Vault);
141.2. radioactive waste tanks are well drilled in the Middle;
141.3. citizens receiving external exposure from kern;
141.4. radioactive dust is inhaled directly;
141.5. radioactive dust is carried in the body, taking food by hand;
141.6. kern is turned into dust and radioactive waste on the field is evenly mixed with the soil.
142. The long-term safety assessment test events operating and monitoring period are: 142.1. emergency, what happens when technological operations with packages of radioactive waste;
142.2. emergency, doing concreting of technological labelling, and dismantling of buildings;
aircraft crash; 142.3.
the explosion of 142.4. operator;
142.5. seismic activity (also a hot phenomenon);
142.6. biological effects (from plants and tree roots);
142.7. precipitation.
143. Long-term safety assessment after the test events in the country by the end of the monitoring period are: 143.1. road construction;
143.2. residential building construction;
143.3. emergency aircraft;
143.4. seismic activity (also a hot phenomenon);
143.5. floods;
143.6. biological effects (plant and tree roots);
143.7. precipitation.
XIII. Claim of new radioactive waste disposal point for selection and start of construction at the new 144. radioactive waste disposal point and relevant engineering works are carried out according to the law "on radiation safety and nuclear safety", Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation", and the requirements set out in these provisions.
145. Radioactive waste disposal site selection technical-economic justification for providing the following information: 145.1. Description and schedule work site for evaluation, research and preparation (including the nearest territory of research to assess the expected impact of the action on the environment and population);
145.2. quality assurance in place for evaluation, exploration and preparation;
145.3. information about radioactive waste, they planned to bury in the ground;
145.4. Description of radioactive waste processing and treatment, which planned for the disposal of radioactive waste;
145.5. radioactive waste disposal point for conceptual design.
146. Radioactive waste disposal site selection activities requires the following general information: 146.1. climate and rainfall (average values and the maximum or minimum values observed);
146.2. economic activities (agricultural products);
146.3. population density;
146.4. environmental capacity without negative changes to absorb the impact of the planned activities;
146.5. mineral resources;
146.6. emergent and groundwater hydrology;
146.7. seismic activity and hot events;
146.8. potential industrial development;
146.9. close to national borders.
147. the radioactive waste disposal sites, negative factors considered: 147.1. densely populated areas or areas where the regional development program is designed for city or urban construction;
147.2. areas with unique economic potential, such as free economic zones, mineral deposits, near transport hubs;
147.3. pārpurvot areas or areas threatened by flooding;
147.4. specially protected natural areas and cultural objects of protection.
148. before radioactive waste disposal point for starting construction of the license applicant shall provide the inspection: 148.1. environmental monitoring data on the situation on the ground before the start of engineering works;
148.2. radioactive waste disposal point area master plan;
148.3. Advanced radioactive waste disposal points together with master plans, systems and equipment, as well as information about the design operating conditions;
148.4. Description of all planned activities for the disposal of radioactive waste;
148.5. detailed information about radioactive waste, which planned to bury;
148.6. information about the characteristics of the chosen site and its projektējamaj activities of conformity assessment;
148.7. construction master plan and carry out the work schedule as well as information on possible improvements and modifications that you planned to take before commissioning of the object;
148.8. radiation safety program;
148.9. employee training program;
148.10. assessment of potential negative impacts on the safety of radioactive waste disposal point can create an environment, citizens and employees it during operation and after closure (including information on the measures that will be taken to control these negative impacts);
148.11. information on planned emissions into the environment, where they are provided, and environmental monitoring programs for the control of emissions and their impact on the environment; 148.12. plans for preparedness and emergency actions in emergency situations;
148.13. conceptual radioactive waste disposal point closure plan.
XIV. the involvement of Citizens in decision making about new radioactive waste disposal point choice or substantial changes in radioactive waste management in the decision on the new 149. radioactive waste disposal point selection or substantial changes in the management of radioactive waste (for example, the introduction of new technological process, if there are substantial changes of the radioactive waste packaging, significantly different engineering solutions for waste bins in the project when you need to perform repeated long-term safety assessment) can assume the protection of the environment and regional development Ministry created the Commission after the When a positive result is obtained in a regional survey. The survey said conditions are the following: 149.1. the public media are explained the need to accept the conceptual decision;
149.2. explains technological and radiation safety requirements for storage or change concerned the management of radioactive waste;
the survey involved 149.3. at least one percent of the total population of the area and those areas that have the administrative boundaries of that area;
149.4. decisions are taken by majority vote of the total number of people involved in the survey;
149.5. information prior to the commencement of a survey period is at least three months;
149.6. organizing a survey is not allowed at the municipal or parliamentary elections;
149.7. There has been an environmental impact assessment of the initial public consultation;

149.8. has been prepared for the environmental impact assessment report and of the work published in the communication on the possibilities for the public to consult the job report, citizens have had the opportunity to submit written proposals and to participate in the work of public consultation report.
150. If the first poll results are negative, the survey can be repeated not earlier than after six months. If the second survey is positive, you can take a decision on the authorisation of the planned activities. If the second survey results are negative, the concept should be reviewed and, if necessary, change the technical solutions.
XV. monitoring activities at the end of the period before the planned 151 at the end of the licence holder makes a request for the license to close the company, as well as the following documents: 151.1. information on the territory, buildings, communications, systems, equipment, and systems that are included in the company's clearance activities;
151.2. information on activities relating to the closure and liquidation of the company and the timetable;
151.3. planned closing date and the completion date of the winding up;
151.4. Elimination of corporate management scheme;
151.5. employee training program for the Elimination of the company;
151.6. detailed description of the company and the territory of radioactive and non-radioactive contamination;
151.7. assessment of potential negative impact that the company's planned liquidation activities may cause to the environment, people and company employees, as well as information on planned measures the negative impact and its consequences caused by control;
151.8. Elimination of the measures the company's quality assurance program;
151.9. information about dump devices and environmental monitoring programs;
151.10. for information on the required transaction limits of the area in question until completion of the liquidation of the company;
151.11. information on possible restrictions on the use of the territory after the company's closure.
152. in order to reduce the impact of atmospheric deposition, by a disposal of the radioactive waste tanks closing above them creates such a multi-level protection system: 152.1. gaps between the waste tank packs filled with sand or concrete;
152.2. above the tank creates a monolithic reinforced concrete layer;
152.3. over reinforced concrete composite waterproofing coating coating;
152.4. to prevent damage to the waterproofing coating over it by at least 50 cm thick gravel layer;
152.5. above the gravel layer creates a 20 cm thick additional protective layer of clay;
last up 152.6.80 cm thick soil layer.
153. If the radioactive waste storage facility at the end of the period of supervision, more resides in the radioactive waste packages, in which the radionuclide specific activity exceeding the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" limits, but throughout the tank average specific activity is less than the relevant limit, before radioactive waste tanks closing gaps in appropriate radioactive waste containers bins filled with concrete and above all the tank creates a 60 cm thick reinforced concrete layer, and above it the appropriate additional layers.
154. If all packages of radioactive waste specific activity by radionuclide decay is less than the limits set by the gaps between parcels filled with sand and above the tank creates a 30 cm thick reinforced concrete layer, and above it the appropriate additional layers (except in the case of the conventional concept is designed for dismantling and waste containers Pack move and disposal of municipal waste disposal sites).
155. at the point of radioactive waste to the closure of operations schedule is as follows: 155.1. surveillance, monitoring, security, repair and a package of radioactive waste packaging external additional packs if it is necessary-up to 285. year after closing;
calculated radioactivity 155.2. all waste packages, as it will in 300 after closing, and clarifies the situation of parcels-285 in 2004 after closing. Damaged packages packed in addition (e.g. 0.2 m3 volume 0.25 m3 volume, insert a barrel the barrel and the crack filled with concrete);
155.3. tanks filled in the gaps with sand or concrete-286. a year after the closing. Damaged packages packed in addition (e.g. 0.2 m3 volume 0.25 m3 volume, insert a barrel the barrel and the crack filled with concrete);
155.4. If needed, the year 290. after closing an additional filling and compaction, creates the cover concrete, and all additional layers of containers;
155.5. dismantled the building, cleaned up the top soil layer, create a flat surface above all waste tanks (around the disposal area) and places the concrete markers over all radioactive waste tanks-295 a year after closing;
155.6. adjusts earthwork, deploy additional concrete markers along the perimeter of the disposal area and-300 in 2004, after closing;
155.7. control and monitoring of the termination-301. a year after the closing.
156. The technical requirements for containers of radioactive waste for final round: 156.1. minimize rainwater filtering through the layer to the trash can in the closing round of the reinforced concrete;
156.2. save the closing sequence features unchanged in all the relevant territory in possible weather conditions, (using the maximum assessment parameters observed in the last 100 years);
156.3. withstand the freezing and melting cycles and biological effects, as well as over the tanks growing tree root system (by the end of the monitoring period, while all the radioactivity of radioactive waste packages will be decreased to the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation") limits set.
XVI. 157. After long-term labelling of containers of radioactive waste above them up to the conclusion of the marking-warning for disposing radioactive waste, which satisfies the following requirements: 157.1. marking up directly to the concrete layer, using stone squares kontrastkrās;
157.2. the mark must be clearly legible words "radioactive waste" in four languages-Latvian, English, German and Russian-and obviously the internationally accepted symbol for radiation;
157.3. beneath the sign with the Arabic and Roman numerals indicate the year in which the tank is sealed.
158. The disposal area, the bottom layer deploys the following additional markers: markers 158.1. triangular pyramid with 0.5 m long sides-one meter in depth. The distance between the markers-about 5 meters;
markers with 158.2.0.2 m long edges-0.3 m depth. The distance between the markers-about 2.5 meters.
159. The inscription and the radiation symbol on the markers located in the bottom layer is the same as above the tanks, only markers are pitted, each triangular pyramid side inscription is in one of the languages laid down, but on the basis of the pyramid-the radiation symbol.
160. before the end of the monitoring period on top of bottom layer on top of any radioactive waste disposal in the middle of the tank and placed the concrete pyramid, on which is the marking and the additional reference to the number of the tank according to the accounting records.
XVII. activities after the termination of the operation After the disposal of pievirsm 161. tanks filled with radioactive waste packages make preservation of the radioactive waste in the following stages: 161.1. first phase begins before coating with tank bottom layer. The main measures being taken to protect the tank from atmospheric deposition;
the second phase starting 161.2. approximately 30 years after tanks and aizsargslāņ bottom layer during;
161.3. the third stage starts approximately 260 years after the second stage and lasts until the national supervisory period.
162. In the first phase, to be carried out in the following main measures: 162.1. ensure the physical protection of the territory (including assigning guards patrol directly around the disposal containers);
162.2. provide environmental monitoring;
determine the area of 162.3. monitoring around the disposal of radioactive waste;
162.4. measured radionuclide concentrations in groundwater;
162.5. measured drainage water the concentration of radionuclides;
162.6. other checks to make sure there are no leaks from the tanks of the radionuclide;
162.7. maintained control of groundwater wells and other systems.
163. In the second phase to this provision the measures referred to in paragraph 162, the exception set out in subparagraph 162.7. events.
164. The third stage to 162.1. these provisions and measures referred to in subparagraph 162.2., as well as the determination of the ban land excavation and other measures that may affect the safety of the vessels.
XVIII. the sources used in the return of their producers and the shipping of radioactive waste processing outside the Latvian 165. Legal person who intends to import closed ionizing radiation sources containing radioactive substances, which the radioactivity using these sources in 10 years, will exceed 100 MBq, before the closed-source acquisition or possession of your property must take all possible steps to purchase and contract of sale or donation to a specific opportunity that closed source to send back to the manufacturer.

166. the purchase and sale or donation agreement shall provide for the following or similar conditions: 166.1. the maximum period in which closed used ionising radiation sources can be sent back to the supplier, it is 15 years from the purchase and sale or donation to the conclusion of the contract;
166.2. supplier agrees to take back used closed source safe use after the end of the period of one year after the source user's receipt of a written request;
166.3. the purchase and sale or donation agreement statement of use closed source of return it is submitted to the supplier of the two countries concerned and of the State of Latvia, which is registered in the supplier,-the relevant national institutions responsible for radiation safety.
167. If the purchase and sale or gift is not included in the contract, the conditions for the use of ionizing radiation sources closed to shipping back to their manufacturer, looking for other possible suppliers or under the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation" is the appropriate requirements to make payment in full for the import of radioactive substances in Latvia.
168. If a planned shipment of radioactive waste processing outside Latvia, the producer of radioactive waste shall submit inspection permit radioactive waste shipment request (annex 7, first paragraph). Producers of radioactive waste may also request permission for multiple shipments of radioactive waste if: 168.1. radioactive waste in all planned shipments will have the same physical and chemical characteristics and radioactivity, as well as they will contain the same radionuclides;
168.2. shipments of radioactive waste in all cases, the plans to the same manufacturer, it will be used the same carrier, are one and the same waste processor;
168.3. radioactive waste transport route is also provided for transit countries, then in all cases they are one and the same, and will be using the same border crossing points;
168.4. total of all radioactive waste shipment period shall not be longer than three years.
169. In the receipt of the inspection mission has checked the information submitted, as well as whether radioactive waste producer shall be entitled to request permission to send the waste processing outside of Latvia.
170. it is not allowed to send radioactive waste: 170.1. sites that are further away than 60 ° in the southern hemisphere;
170.2. those in the African, Caribbean and Pacific Island Nations, which in 1989 on 15 December, in the Role of Fourth Convention signed by the European Economic Union;
170.3. countries that do not have sufficient technical, legal or administrative support in order to safely operate the radioactive waste without endangering the environment and population.
171. The inspection shall send a copy of the request for authorisation to send radioactive waste (annex 7, paragraph 2), the competent institution of the country in which you plan to perform processing of radioactive waste, as well as all of their national competent authorities, through which the planned to transport the radioactive waste (hereinafter foreign competent authorities), and asked for opinions in two or, if necessary, within three months.
172. If all foreign competent authorities, which sent a copy of the request for authorisation is received written authorisation of radioactive waste shipment, inspection is authorized for shipment of radioactive waste (annex 7 to the third part), and the radioactive waste producer can sign the relevant agreements with the planned radioactive waste processors and carrier.
173.172, this provision permits referred to in the copy that is sent along with a package of radioactive waste list (annex 7 of the fourth part) and the rest of the necessary documents, which shall be determined by the Cabinet of Ministers of 28 July 1998, the provisions of no. 266 "rules for the safe transport of radioactive materials ' and other laws.
174. the company, which has sent radioactive waste processing, within 15 days after receipt of the consignment concerned shall forward the receipt of radioactive waste (annex 7 of the fifth part) their national competent institution and ask them to send a copy of that approval of all relevant foreign competent authorities.
175.174. These provisions the approval referred to in paragraph 1 shall transmit a copy of the inspection the manufacturer of radioactive waste.
176. This rule 168, 169, 170.., 171, 172, 173.., 174 and 175. the procedures referred to in the paragraph are not required when used closed source in accordance with the purchase and sale or donation agreement are sent back to the manufacturers. This condition does not apply to nuclear materials.
177. If the shipment of radioactive waste cannot be carried out, the manufacturer of the radioactive waste shall not refuse to take them back.
178. in the event of failure to comply with this provision in paragraph 170, the inspection must enable the return of radioactive waste to the manufacturer.
179. The provisions laid down in annex 7 of the standard documents for the shipment of radioactive waste control in black print on a white A4-size paper. Used in international transport, and English is permitted in another official United Nations language, understood by all involved in the transport of radioactive waste.
XIX. The final issue 180. State Enterprise "Radon" provides all the partitioning of storage of radioactive waste to geological storage.
 
Prime Minister a. slice of environmental protection and regional development Minister v. pigeon annex 1 Cabinet on august 3 1999, regulations no 268 minimal significant radioactivity radioactive surface of table 1 in the specific nosmērētīb Specific material radioactivity radioactivity radio-and objects, concrete waste solid which can be used in high-energy (Bq/l) waste (Bq/l) (Bq/cm2) x 104 1 105 1 2 3 4 x 3 h 104 3 102 3 x 103 x 102 1 14 22N 10-1 3-1 1 x 10 x 100
24N-1 3 x 10 10-1 1 x 100 p x 3 x 10-1 101 1 103 1 x 102 x 103 3 of 35 104 103 102 3 x 102 1 x 36Cl 45 c 102 1 x 103 x 102 3 of 51Cr 101 3 x 100 3 101 1 x 102 x 10-1 54Mn 1 x 100-102 1 x 103 x 102 3 55F 59F-100 3 x 10 x 100-1 1 x 100 1 of 101 3 x 101 57C
the 58C 100 3 x 10 x 100-60 c-1 1 x 10 x 100 3-1 1 x 100 to 103 3 x 104 103 1 63N 65Zn 101 3 x 10-1 1 x 100 x 102 x 101 1 101 3 89Sr 90Sr 90Y 100 3 100 3 x 100 1 x 101 x 102 x 100 3 101 1 x 94Nb 10-1 1 x 100 x 100 1 x 100 3 101 99Tc 99mTc 101 3 x 102 1 x 103
of 100 1 x 101 x 101 3 106R 110mAg 100 3 x 10 x 100 109Cd 102 3-1 1 x 102 1 x 103 x 100 1 x 100 3 101 111In 100 3 x 10-1 124Sb 1 x 125 x 100 x 102, 101 3 100 3 101 1 100 1 x 101, 129 x 131 x 100 1 x 101, 101 3 of 100 3 x 10-1 134C 1 x 100 3 x 10-100 137Cs 1 1 x 100
the x 100 1 x 100 3 101 144C 147Pm 102 1 x 103 x 102 3 100 3 x 10-1 the 152E 1 x 10 x 100 3-1 100 192Ir 1 x 100 100 1 x 101 x 101 3 ultimately 204Tl 10-1 3-1 1 x 10 x 100-210P 10-1 3 x 10 x 100-1 1-1 3 x 10 226Ra 10-1 1 x 100 10-1 3 x 228R 10-1 1 x 10-3 x 1 100 228Th 10-2 1 x 10-1
230Th 10-1 x 10-3 2 x 10-1 1-1 3 x 10 10 232Th-2 1 x 10-1 to 10-1 234 3 x 10 x 100-235-1 1-1 3 x 10 10-1 1 x 100 238 10-1 3 x 10 x 100-1 1-1 3 x 10 10 237Np-2 1 x 10-239P 10-1 1 x 10-3 2 x 10-1 240P 1-10-1 x 10-3 2 x 10-1 241P 1-10-1 3 x x 101 100 1 241 1 x 10-3 2 x 10-1 10-1
244Cm 10-1 3-1 1 x 10 x 100 minimum significant radioactivity in scrap metal (Bq/g) table 2 radio-scrap metal, scrap metal, scrap that, which contains nuclides iron content can contain aluminum 3 h 1 x 103 9 x 104 2 x 104 x 103 6 x 14 c 8 x 102 22N 101 3 2 x 10-1 2 x 100 4 x 10-1 6 x 10-24N 1 6 x 10-6 x 10-1 p 1 2 x x x 102 2 102 102 2
6 x 102 1 x 35 x 103 36Cl 104 3 1 x 102 4 x 102 x 101 3 45 c 102 6 x 6 x 7 x 102 1 x 103 x 101 7 101 7 51Cr x 101 x 100 4 x 100 4 x 2 54Mn 100 3 x 104 3 x 104 7 55F x 104 x 100 2 x 100 2 59F 2 x 100 x 101 2 x 57C 2 x 101 102 3
58C 100 4 x 100 4 x 1 x 100 60 c 6 x 10 x 100 x 100 1-1 1 3 x x 104 1 105 2 63N x 105 x 10-5 1 65Zn 5 x 100 5 x 100 101 6 x 6 x 101 6 89Sr x 1 x x 100 4 101 9 101 90Sr x 101 x 101 9 101 3 x 90Y 9 x 101 x 10 4 94Nb-1 x 10-9 1 6 x 10-1
99mTc 101 2 x 101 2 x 2 x 4 x x 101 102 5 x 99Tc 101 4 1 x 102 x 100 7 106R 100 9 x 100 5 x 10-5 1 110mAg x 10-1 1 x 100 109Cd 101 3 102 2 x 1 x x 111In 6 x 100 6 100 6 x 102 x 100 x 10-8 1 124Sb 8 x 10-5 1 x 10-3 x 100 1 1 125 x 102 1 x 102
129 4 x 10-1 2 x 101 x 101 6 x 6 100 6 100 6 x 131 x 100 134C 2 x 10-1 2 x 100 6 x 10-6 x 10-137Cs 1 1 7 x 100 2 x 100 x 101 2 x 144C 1 x 147Pm x 103 7 6 101 101 2 x 104 x 104 3 of 5 x 10-152E 1 3 x 100 8 x 10-1 2 x 100 6 x 100 4 x 192Ir 100
3 x 102 4 x 102 5 x 204Tl 102 7 x 10-2 ultimately 1 x 10 x 100 3-1 210P 100 2 101 2 x 2 x x 4 x 100 226Ra 10-1 9 x 10-5 1 x 10-1 7 x 10-1 228R 2 x 100 1 x 4 x 10-1 100 228Th 1 x 100 6 x 10-3 x 10-1 1 230Th 2 x 100 4 x 100 x 10-1 2 3 232Th x 100 4 x 100
234 x 100 7 x 3 x 3 x 100 2 100 100 8 100 8 x 235 x 10-1 4 x 100 2 100 8 x 238 x 100 x 10-6 1 3 237Np x 100 x 100 7 239P 2 x 10-1 2 x 100 x 100 3 x 240P 3 x 100 3 2 x 10-1 1 x 100 241P 101 8 x 102 x 241 101 2 3 x 2 x 1 x 10-100 4 100
244Cm

6 x 10-3 x 1 x 100 100 6 environmental protection and regional development Minister v. pigeon annex 2 Cabinet on august 3 1999, regulations no 268 Informative letter about actions that can cause radioactive waste (licence or permission request) 1. legal name and address of the controller.
2. the name of the driver.
3. the officers name, title and qualifications.
4. the planned quantity of the radionuclide: 4.1. radionuclides in an open manner;
4.2. radionuclides are closed source.
5. use the measuring instruments: radiation doses and 5.1 power measurement;
5.2. the fixed and not fixed measurement of radioactive nosmērētīb;
5.3. the qualitative and quantitative radionuclide composition.
6. Documentation and information about its storage.
7. Radioactive Substances and radioactive waste storage facilities.
8. Planned activities with radioactive waste (including disposal).
9. Radioactive waste disposal point requirements, if any.
 
Environmental protection and regional development Minister v. pigeon annex 3 Cabinet on august 3 1999, regulations no 268 substances contaminated By radioactive material and the subject classification of the hazard of Radioactivity Group 0. materials and articles that are significantly less than using these rules likely to develop star, 1. diseases specified in the annex and the probability of death is significantly less than the daily risk of radiation-dose is less than 10 µSv/year 1. materials and articles that are less than or equal to using these rules likely to develop star, 1. diseases specified in the annex and the probability of death is approximately equal to everyday risks-radiation dose is about 10 µSv/year 2. materials and articles that are greater than or equal to the Cabinet using the opportunity to develop star-20 June 1996 by Regulation No 223 disease and death probability is "procedures to be issued licenses more than day-to-day risk and activities with radioactive substances and other sources of ionizing radiation" down 2.1.

Radioactive waste, which may be used for decay, since the half-life of less than 100 days and is not a long-lived daughter products 2.2.

Radioactive waste that can not be used, because the degradation half-life in excess of 100 days or have a long-lived daughters products 2.2. radioactive waste that does not exceed this provision in annex 2 P may be disposed of down the pievirsm or by the national supervisory class storage period expires, the activity of the radionuclide to decay will be decreased to the applicable limits established for the Cabinet of Ministers of 20 June 1996, the Regulation No 223 "order What licenses and permits to be issued in the activities with radioactive substances and other sources of ionizing radiation "2.2. the radioactive waste that Exceed this provision in annex 2» may not be disposed of or pievirsm by the national supervisory class store (they need the end of radionuclide activity in the geological repository) to decay due to exceed the limits established by the Cabinet of Ministers of 20 June 1996, the Regulation No 223" procedures available licenses and permits operations with radioactive substances and other sources of ionizing radiation "3. Spent fuel and other high-activity radioactive the waste, which the heat retention capacity is greater than or equal to 2 kW/m3.
 
Environmental protection and regional development Minister v. pigeon 4. Annex Cabinet on august 3 1999, regulations no 268 maximum radioactivity radioactive waste package and tank maximum maximum radio-nuclides, radioactivity radioactivity in 100 m3 0.2 m3 tank (Bq) packages (Bq) 3 h 7B No 1017 1013 1013 1013 1010 14 22N limit does not limit 1011 1013 36Cl 35 does not limit 3 x 1012 5 x 109 40 k limit 1013 1011 109 45 c is not a limit not 46Sc 51Cr 1013 1011 limit
There is no limit of 54Mn 1012 1010 1012 53Mn 55F is no limit no limit 4 x 1013 56 c 3 x 1011-1013 57C not limit the 58C not limit the 1022 1011 1012 1013 1010 60 c to 63N, 65Zn 59N 1014 1011 no limit no limit 73 1012 4 x 1013 75S is not limit 3 x 1012 1019 1013 1013 1010 85Kr 85Sr 81Kr not limit 2 x 1012 89Sr not limit 90Sr + 1012 1011 1010 1012 93Zr 91Y not limit + 1012 1010 95Zr not limit 93mNb 94Nb 109 107 93-1012 1015 1013 97Tc 1012 1010 1012 1010 97mTc 3 x 1012 5 x 1014 1013 99Tc + no limit 106R 109 2 x 1011 1011 not 109Cd not limit 110mAg limit 3 x 1013 113Sn not limit no limit 1012 1013 124Sb 125Sb not limit 1012-1020 1013 125mT 123mT is limit 2 x 1013 127mT not limit 2 x 1013 1013 129 125 no limit 5 x 107 x 1010 5 134C is not limit of 135C 1012 1012 3 x 1010 1013 1010 137Cs + 139 c does not limit 144C 1013 + no limit of 151Sm 1013 1010 1013 1012 1011 152E 154E of 1016 1012 1013 153Gd 155E not limit does not limit 170Tm 1012 1013 160Tb not limit no limit no limit 171Tm 1012 1013 182T is not limit of 3 x 1012 1013 181W no limit no limit 4 185W x 1012 1013 185O do not limit no limit 1013 192Ir 204Tl is not limit to 1012 1013 ultimately + 1012 1011 207B
no limit 210P 1013 1010 up + 109 5 x 1012 1011 226Ra + 106 228R + 1019 1011 228Th + no limit 5 x + 3 x 1011 229Th 108 106 232Thsec 3 x 3 x 108 106 230Th 108 106 231P 3 x + 3 x 108 106 108 106 of 232 233 234 108 106 of 3 x 3 x 3 x 108 106 108 106 235 + 236 3 x 238 x 108 106 108 106 + 3 + 3 x 108 106 236P of 237Np 108 106
238P 3 x 239P 3 x 108 106 108 106 240P 3 x 108 106 241P 242P 3 x 108 107 of 108 106 244P 3 x 3 x 108 106 108 106 241 242 m + 3 x + 3 x 108 106 243 109 108 243Cm 109 108 109 108 108 106 242Cm 244Cm 245Cm 3 x 246Cm 3 x 108 106 108 106 247Cm 3 x 248Cm 3 x 108 106 108 106 248Cf 1010 108 108 107 249Cf 249Bk 3 x 3 x 108 106 108 106 250Cf 251Cf 252Cf 1010 109 108 107 254Cf 1012 109 environmental protection and regional development Minister v. pigeon annex 5 Cabinet on august 3 1999, regulations no 268 radioactive waste the maximum permissible radioactivity, if no additional processing carried 0.1 m 3 volume, barrels, which corresponds to category III industrial container maximum maximum radio-nuclides in the specific radioactivity in the total radioactivity (Bq/kg) packages (Bq) 3 h 4 x 2 x 1011 1012 1011 1013 7B 14 c
3 x 5 x 109 1010 35 22N 107 109 3 x 1010 1012 36Cl 1 x 105 106 106 107 45 c 1 1 x 40 k x 1 x 109 1010 1010 1012 46Sc 51Cr 3 x 1 x 1011 1012 53Mn 54Mn 1 107 109 x 1 x 1011 1012 1010 1012 55F 56 c 1 x 109 1010 1011 1012 58C 57C 1 x 1 x 1 x 1010 1011 60 c 1 x 107 108 109 1010 59N 63N,
1 x 108 109 109 1011 73 of 65Zn 6 x 4 x 1 75S x 1010 1011 1011 1012 81Kr 1 x 1 x 1011 1012 85Sr 85Kr 108 109 1 x 6 x 1010 1011 89Sr 90Sr + 3 x 108 109 109 1011 91Y 6 x + 1 x 107 108 109 1011 93Zr 95Zr 8 x 109 1011 1011 1012 94Nb 93mNb 3 x 1 x 93 x 105 106 107 108 97Tc 1 x 1 97mTc 107 108
1 x 1011 1012 99Tc 1 x 107 108 109 1010 110mAg 106R + 2 x 1 x 2 x 109 1010 1010 1012 113Sn 109Cd 1 x 6 x 1010 1011 124Sb 109 1011 125Sb 1 x 1010 1011 123mT 1 x 1010 1012 125mT 9 x 109 1012 127mT 7 x 3 x 125 109 1012 1010 1012 129 1 x 106 107 134C 7 x 1 x 108 109 109 1011 135C + 1 x 109 1010 137Cs-139 c
2 x 144C + 1 x 109 1010 1010 1012 151Sm 1 x 108 109 109 1010 154E of the 152E 1 x 6 x 3 x 109 1011 155E 153Gd 9 x 1010 1012 1010 1012 160Tb 6 x 6 170Tm x 109 1011 171Tm 109 1011 1 x 1010 1011 5 x 109 1011 181W 182T 3 x 8 x 109 1012 1011 1012 185W 185O 1 x 1010 1011 192Ir 5 x 7 x 109 1012 204Tl ultimately + 109 1012
1 x 107 108 108 109 1 x 210P-207B 2 x 109 1012 up + 4 x + 1 x 105 106 107 1010 226Ra 228R + 1 x + 1 x 109 1010 228Th 229Th 104 105 107 1010 + 1 x 1 x 232Thsec 1 x 104 105 230Th 104 105 231P 1 x 104 105 232 + 1 x 1 x 104 105 105 106 233 234 235 1 x 104 105 + 1 x 104 105 236 1 x 238 + 104 105
1 x 104 105 + 1 x 104 105 of 237Np 236P 1 x 103 104 104 105 238P 1 x 239P 1 x 240P 1 x 104 105 104 105 105 106 242P 241P 1 x 1 x 1 x 104 105 105 106 244P 241 1 x 104 105 242 m + 1 x 243 x 104 105 + 1 104 105 106 107 x 242Cm 1 x 243Cm 1 x 245Cm 1 244Cm 1 106 107 x 104 105 106 107 246Cm
1 x 247Cm 1 x 248Cm 104 105 104 105 104 105 105 106 1 x 1 x 1 x 249Bk 248Cf 1 x 104 105 106 107 249Cf 250Cf 1 x 1 x 104 105 105 106 251Cf 252Cf 106 107 107 108 1 x 253Cf 1 x 254Cf 1 x 107 108 environmental protection and regional development Minister v. pigeon annex 6 Cabinet on august 3 1999, regulations no 268 total quantity of radionuclides what one company may distribute environment Fee-dump exhaust disposal clay atmosphere sewers municipal waste-specific radio nuclides in the radioak-tivitāt landfill of Bq day year Bq day Bq Bq year Bq package Bq (Bq/l) 106 4 x 106 4 x 3 h x 1 x 107 6 x 109 6 x 108 6 x 108 x 107 6 14 1 x 105 2 x 107 1 104 2 106 1 108 1 x 106 1 x x x 107-22N
1 x x x 107 3 105 8 101 8 x 105 3 x 107 3 x 105 3 x 106 x 101 4 1 x 106 4 24N x 106 2 108 2 106 2 108 2 x x x 1 x x x 107 p 105 3 x 107 4 x 105 4 103 3 x 105 4 x 106 x 107 4 35 1 x 105 5 x 105 5 x 107 8 x 106 8 x 107 36Cl 108 8 x 106 8 x 1 x x x x 106 1 104 1 105 1 108 1 x 106 1 107 1 x 107 x 45 x 104 3 x 105 3 x 1 x x x 107 5 107 5 108 109 5 x 107 5 x 103 3 x 107 3 1 x 51Cr 109 2 x x x x 107 2 108 107 2 109 2 54Mn 1 x 105 x 101 7
7 x 107 1 x 106 1 x 106 1 x 107 x 108 1 1 x 106 x 104 6 55F

6 x 108 3 x 106 3 x 108 3 x 107 x 106 3 x 1 x 105 3 59F 101 3 x 107 6 x 105 6 x 107 6 x 105 6 x 106 x 102 1 x 106 1 57C 1 x 108 5 x 106 5 x 108 5 x 106 5 x 107 x 58C x 105 5 1 101 5 x 106 1 x 108 1 x 106 1 107 1 x x 60 c 1 x 107 x 104 3 x 106 3 x 105 3 101 3 x 107 3 x 105 3 x 106 x 105 8 x 105 8 63N 1 x 107 7 x 107 7 x 108 x 109 7 107 7 x 1 x x x 105 5 65Zn 101 5 x 105 3 107 3 x 107 3 x 105 3 x 106 x 103 1 1 x x 105 1 89Sr 107 4 x 105
4 x 105 4 x 106 107 4 x 1 x x x 103 6 90Sr 102 6 105 4 x 105 4 x 105 4 x 106 107 4 x 1 x x x 90Y 103 7 107 4 x 108 4 x 105 7 106 4 x 106 4 x 107 x x x 94Nb 1 101 2 x 105 6 x 107 6 104 2 106 6 x 105 6 x 106 99mTc 1 x 102 5 107 5 x 109 5 x 108 5 x x 1010 5 x 108 5 x 109 x 104 8 x 104 8 x 99Tc 1 106 2 x x x x 107 2 108 107 2 109 2 1 x 102 2 x 104 2 106R x 106 1 x x x 107 1 105 1 105 1 x 106 x 104 8 101 8 x 110mAg 1 x 106 4 x 105 4 x 107 4 x 105
4 x 106 x 105 2 x 109Cd 1 x 104 2 107 5 x 105 5 x 107 5 x 105 5 x 106 x 102 4 x 106 4 x 1 111In 108 3 x 106 3 x 107 x 108 3 106 3 x 1 x x x 105 1 124Sb 101 1 x 105 4 x 107 4 105 4 x 106 107 4 x 125 x 105 2 x 1 x 103 2 107 7 x 104 7 x 104 7 x 105 x 106 7 129 x 102 2 x 1 x x x 104 2 106 9 103 9 x 104 x 105 9 103 9 131 102 1 x 105 1 x 1 x x x 106 5 x 104 5 107 5 x 105 x 104 5 1 134C 101 5 x 104 5 x 106 5 x 104 5 x 106 5 x 104 5 x 105 137Cs 1 x 101 3 x 104 3 x 106 7 x 104 7 x 106 7 x 104 7 x 105 x 102 2 x 144C 1 x 104 2 106 2 x 105 2 x 107 2 x 105 2 x 147Pm 1 x 106 x 104 2 106 4 x 108 4 x 105 2 x 107 4 x 106 4 x 107 x 101 2 x 1 104 2 152E x 106 7 x 105 7 x 107 7 x 105 7 x 106 x 101 2 x 105 2 x 1 192Ir 107 7 x x x x 106 105 7 107 7 105 7 x x x 107 2 102 2 204Tl 1 109 1 x 107 1 x 109 x 109 1 x 107 1 1 x x x 102 2 ultimately 101 2 x x x 103 1 104 1 105 1 103 1 x 104 x 101 2 x 210P 1 x 102 2 104 1 105 1 x x x 103 1 x 104 x 103 1 1 101 1 x 102 1 226Ra x 104 4 x 105 4 x 104 x 103 4 x 103 4 x 101 6 x 1 228R 101 6 x 103 1 x 103 1 x 105 1 x 104 x 103 1 1 x x x 100 3 101 3 228Th 103 1 x x x x 104 1 105 106 1 104 1 230Th
1 x 100 7 x x x 103 5 x 105 5 101 7 103 5 x 103 5 x 104 x 101 4 x 100 4 x 232Th 1 103 4 x 103 4 x 105 4 x 103 4 x 234 x 104 x 103 1 1 104 2 106 2 102 1 x x x x x 104 2 104 2 235 x 105 x 102 1 1 101 1 x 104 2 x 104 2 x 104 2 106 2 x 105 x 238 x 102 1 101 1 x x 1 x x x 104 2 106 2 104 2 104 2 x 105 x x x 101 8 100 8 1 237Np 103 9 x 103 9 x 105 9 x 103 9 x 104 x 100 6 x 1 239P x 103 4 x 103 4 x 105 4 101 6 x 103 4 x 104 x 101 240P 1 x 100 6
6 x 103 4 x 105 4 x 103 4 x 103 4 x 104 x 103 6 241P 1 x 102 6 x 105 2 x 105 2 x 107 2 x 105 2 x 241 x 106 x 100 6 1 x 103 5 x 103 5 101 6 x 105 5 x 103 5 x 104 x 101 7 x 244Cm 1 x 103 8 x 101 7 103 8 x 105 8 x 103 8 x 104 environmental protection and regional development Minister v. pigeon