Cabinet of Ministers Regulations No. 570 in 2012 (august 21. No 48 12) mineral extraction order Issued in accordance with the law "on Earth" article 5, paragraph 1, the fourth subparagraph and paragraph 2 of article 14 1 General questions 1. determines: 1.1. mineral extraction; 1.2. the order in which the State limited liability company "Latvian environment, geology and Meteorology Centre" (hereinafter referred to as the Centre) accepts the mining stocks. 2. Subject to the provisions of these rules referred to in annex 1. mining, as well as the extraction of underground water. 3. mineral exploration and mining related jobs using topographic maps or plans (scale of 1:500-1:50 000, depending on the area, relief wells, geological characteristics), as well as: 3.1. respect the laws and regulations of the geodetic reference system, the use and maintenance of 1992 Latvia's geodetic coordinate system, the normal height of 1977 and 1993 topographic map system parameters and application of these conditions; 3.2. take account of the real property cadastre information system state data; 3.3. map or plan of the land property specifies the lookup, the licence area and other border ' breaking development, prospecting, drilling, zondējum, skatrakum, and attīrījum outcrops (hereinafter referred to as the prospecting, development) coordinates. 4. Topographical trying out geodetic work certified person.
5. prior to the start of valid mining area geological studies carried out when the quarrying area is not intended for the stage, exploring that in accordance with these rules, you can accept A specified or N category items. 6. before prospecting development work programme and coordinate it with the principals of research. The work programme shall contain the following information: 6.1 the area studied, its location and coordinates, geomorphic characteristics; 6.2. potential mineral way, volume, quality, the intended depth of research and the research category; 6.3. research methodology and necessary equipment according to the nature of the mineral and the characteristics of the area under study; 6.4. requirements to the quality of the mineral and the testing of samples; 6.5. drilling cores and sample storage, and duplicate samples tested in conservation. 2. Mineral Exploration mineral 2.1 (except ground water) studies 7. Prospecting under the requirements of the relevant item categories to find acceptance in the following: 7.1. areas under geological conditions: 7.1.1 place a common geological structure; 7.1.2. the geological section which contains rock stratigrāfisk; 7.1.3. lithological and other factors that determine the nature of the deposits; 7.1.4. the valid minerals deposits morphology, size, layer and interlayer composition and conditions when assessing (plan and cut), as well as the potential spread throughout the depth of the deposits. 7.1.5. segkārt characteristics (thickness, composition, properties); 7.1.6. hot, scour, weathering and other exogenous geological processes; 7.2. exploring the mineral assessment: 7.2.1. mineral composition and properties; 7.2.2. various mineral types (if necessary also the strain) extraction, if it is meaningful, or in the use of mineral processing technology; 7.2.3. mineral types or different mineral disposition that allows you to define the specific nature of production (total or selective mining); 7.2.4. mineral density if the mining or processing process records used for calculations in units of mass; 7.2.5. use according to the customer requirements of the research; 7.2.6. mineral and surrounding rock evaluation of ionizing radiation to the territories in which there is a possibility to find rocks with increased radioactivity; 7.3. the hydrogeological conditions and their effects on the mineral extraction process, water pietec's forecast projected the career as well as a possible reduction of water pietec and discharge arrangements; 7.4. the hydrogeological conditions forecast changes in the fields adjacent to the territories of valid minerals mining, including during a depression funnel development, if in the course of acquisition for the underground water level lowering; 7.5. inženierģeoloģisk and mineral mining geological characterization of the circumstances; 7.6. other research during the open mineral resources, their quality and potential use; 7.7 mineral stocks according to the calculation. 7.8. segkārt and starpkārt, the calculation of the amount of the separate calculation of the soil volume. 8. Prospecting: 8.1 take the prospecting of instrumental design determine the (reconciliation) as well as determine their coordinates according to the laws of the high detail of the topographical information or according to customer requirements; 8.2. document all the prospecting, development. Drilling through core lift (boring) interval indicates the resulting core volume meters or centimeters and percentage, as well as the elevation of the common core drilling in percentage;
8.3. the geological record indicates the name and all the characteristics of the rock, which is the meaning of valid layer intermediate layers, segkārt and paslāņ, as well as the retention of mineral in the sticker version of the allocation; 8.4. the research of special techniques (such as geophysical, ģeoķīmisk) findings confirmed by borings or skatrakum control and testing of samples;  8.5. using prospecting work in the technologies that provide the required quantity of material samples and data on geological conditions;  5.3. mineral types of characteristics used for samples evenly throughout the valid layer thickness and depth of research in accordance with the provisions of annex 2. 9. testing the mineral properties and quality of raksturojošo indicators as appropriate for the type of mineral resources and the utilization and coordinated with research Subscriber. Sample testing and the necessary analysis is carried out in a laboratory accredited by the national society with limited liability "the standardization, accreditation and Metrology Centre" national Office for accreditation to the standard LVS EN ISO/IEC 17025:2005 "the competence of testing and calibration laboratories-General requirements". 10. Research, provides inventory parameter used to calculate control. The fused block samples and saves the same handle duplicate samples according to the sampling interval. Duplicate the samples kept until accepted valid mining stocks. 11. Calculation of the mineral inventory, take note: 11.1. the work programme shall specify the research subscriber requirements, including requirements for mining parameters, quality, quantity, lookup, use the item category; 11.2. these rules 2, 3, and 4. the requirements laid down in annex according to lookup features. 12. items calculated for all types of mineral exploration in depth. 13. individual calculation of different mineral types of items, you can use different or get selectively. 14. Mineral inventory estimates shall indicate the date on which the calculation is applied. 
15. Mineral inventory boundaries indicate the map or plan and geological criteria. 16. the inventory figure, use a mineral-based geological inventory principles of delimitation and interpolation and extrapolation techniques. 17. If the above deposits occurred or is occurring mineral extraction, calculate the remaining mineral stocks. 18. in the earlier study of additional deposits on geological research, lookup item conversion. The conversion results in a report compiled in accordance with the provisions of paragraph 75. 19. Prospecting results compiled in the report of the geological survey (referred to in this section-report). The report contains all the details that ensure the reliability of the results obtained in the evaluation of mineral mining project and mineral exploitation. The report includes: 19.1. information on prospecting, research objectives, principal performers and the run time; 19.2. General information about the study area: 19.2.1.; 19.2.2. geographical location (link); 19.2.3. the boundaries and area; 19.2.4. information about subsoils users rights to land; 19.2.5. news about the discovery of deposits, earlier research work (including data on the known volume of stocks), the lookup if such a being, or have been previously; 19.3. research methodology Description: 19.3.1. research work, their sequence and characteristics (the methods used, technical features, depth of research, research network and its density); 19.3.2. topographical materials used comply with topographical, coordinates and altitude; 19.3.3. ģeofizikāl and other specialized methods to use (rationale, methodology, technique, performance results and their use); 19.3.4. prospecting, including design, depth, diameter or cross-sectional, design, performance, technology, coordinates and altitude above sea level. Drilling indicates the core benefit percentage and its position; 19.3.5. hydrogeological work, methodology, volume, performance, technical features, news about the liquidation of the borehole; 19.3.6. sampling, methodology, volume, sample handling, sample deployment diagram, the interval; 19.3.7. mineral composition and properties (such as texture, structure); 19.4. explore areas of geological characteristics: 19.4.1. place the total geological structure; 19.4.2. cut layers and the geological ages; 19.4.3. when assessing conditions of layers, mineral deposits, the size, shape and composition; 19.4.4. valid strata, segkārt and paslāņ characteristics of the rock; 19.5. mineral composition and technological characteristics: 19.5.1. mineral types and varieties; 19.5.2. composition, texture, structure and other characteristics; 19.5.3. selective acquisition opportunities; 12.2. explore areas hydrogeological characterization of the circumstances: 19.6.1. pietec calculation of expected water, if necessary, in accordance with hydrogeological conditions; 19.6.2. groundwater level lowering capabilities; 19.6.3. groundwater level lowering due to depression funnel potential impacts on surrounding ecosystems and economic activities; 19.7. the lookup inženierģeoloģisk conditions of use; 19.8. details of fields found in other types of mineral resources; 12.4. the mineral inventory calculation: 19.9.1. research your requirements inventory calculation. 19.9.2. item description of the method of calculation; 19.9.3. item category reasons inventory calculation block delimitation, interpolation and extrapolation technique, you create a calculated item blocks; 19.9.4. data on the ģeofizikāl, the inženierģeoloģisk and other technological, the exploitation of research results of the inventory calculation block. 19.9.5. data on exploration drilling and skatrakum, which do not include inventory calculation blocks (this does not include items of design calculations shall be justified); 19.9.6. item average calculation parameters and the volume of stocks discovery methodology; 19.9.7. the breakdown of the item category, the quantity extracted in separate blocks and fields as a whole; 19.9.8. item calculation results; 19.9.9. other study areas within the mineral inventory calculation results; 19.9.10. segkārt and starpkārt volume or quantity calculation results. 20. Mineral inventory calculation method, choose the appropriate lookup features, research methodologies, and the use of mineral resources. 21. Mineral inventory estimates shall be made and kept in such a way as to make it possible to check the calculations without the direct participation of the offender is calculated. 22. the report shall include the following text attachments: 22.1. subsoils of the use license and its annexes; 22.2. the land property, deposits, and other license area borders ' breaking, as well as the development of the prospecting list of coordinates; 22.3. Geological documentation of design; 22.4. testing of samples (e.g., grain size distribution, chemical composition, physical-mechanical properties and other quality parameters) the original or copy of the report; 22.5. the calculation of the required inventory average parameter (for example, component content, average thickness, density) calculations; 22.6. the inventory block area, mineral and segkārt of size or quantity calculation tables; 14.1. specialized studies (for example, ģeofizikāl, hydrogeological, technological, inženierģeoloģisk) job descriptions and results, research report provides only a summary and final result. 23. the report shall include the following graphic attachments: 23.1. study area layout of topographic map scale 1:10 000 and 1:50 000; 23.2. topographical plan scale from 1:500 to 1:10, 000; 23.3. the item calculated item calculated plan with square and block boundaries, cut lines and geological prospecting, development. Developments indicate the number of the design, the absolute height, segkārt and the fossil strata thickness in the valid. Inventory calculation plan consists on the topographic plan. 23.4. Geological cut, which represented the inventory figure, prospecting, development and sampling interval. Miter scale must be used to calculate the scale of the plan inventory; 14.6. land ownership or land use areas deep within the plan. If the intended use of the subsoils area is located 20 meters from land ownership boundaries, property line or closer to it must be instrumental in uzmērīt in 1992 Latvia geodetic coordinate system (coordinate system LK-92 TM). 24. the inventory calculation area plan shall be prepared on the same scale, what is the topographic plan deposits. Explore areas of geological map with cuts combined with study areas or items calculated plan. 2.2. Underground water research 25. Groundwater Research (hereinafter referred to as the hydrogeological research) during the clarify the following: 25.1. perspective water horizon and its consistency with the objectives of the use of water; 25.2. selected characteristics according to horizon 3. paragraph 1 of the annex; 25.3. groundwater quality condition according to paragraph 3 of annex 3; 25.4. the existing water drilling, borehole condition of operation and use. debut 26. The Hydrogeological study work volume down, taking into account the research work carried out in the past. Hydrogeological study: 26.1. determine the existing or projected water drilling coordinates, specify the existing water drilling location in nature, and provide the location of the projected drilling plan; 26.2. the existing drilling technical health check (borehole and borehole design debut research time, static level) and evaluate the possibility to include drilling inventory calculation; 26.3. If ūdensgūtn is deployed in those geological and hydrogeological low (no existing holes) in the region, be explored exploration drilling to assess water horizon perspectives, identify potential drilling design, debut, and the number of the operation for certain groundwater horizon hidroģeoloģisko parameters based on reliable trial pumping data; 26.4. sampling shall be carried out during the physical parameter-hydrogen ion concentration (pH value, expressed as hydrogen ion concentration negative logarithm), electrical conductivity and temperature measurements, following the stabilisation of physical parameter takes the water sample testing in accordance with paragraph 3 of annex 3; 26.5. document the field work (including the pumping of ground water, paraugošan, hidroķīmisk field measurement) results. 27. The national environmental service may require drilling or exploration ģeofizikāl research using the bilge, if the planned groundwater mining debut of the bore is greater than 1.2 l/s or hole installed before five or more years. 28. Underground waters shall be classified according to the laws and regulations on the use of licences in the subsoils and common mineral mining authorization procedures. 29. The Hydrogeological research results and national geological information about the Fund investigational areas hydrogeological conditions compiled report on hydrogeological research (referred to in this section-report). The report contains all the details that ensure the reliability of the evaluation of the results obtained. The report includes: 29.1. the General characteristics of the situation: 29.1.1. information about the purpose of the research, the research subscriber, artist, and the lead time; 29.1.2. General information about the study area: 29.1.2.1.; 29.1.2.2. geographical placement (placement reporting card); 29.1.2.3. information about subsoils users rights to land; 29.2. the type, scope and methodology Description: 29.2.1. research work, their sequence and characteristics (methods); 29.2.2. ģeofizikāl and other specialized methods (if any is used); 29.3. areas under geological and hydrogeological conditions of the construction characteristics: 29.3.1. geological structure; 29.3.2. hydrogeological characteristics and prospects of water horizon selection: 29.3.2.1. of hydrogeological characteristics; 29.3.2.2. perspective water horizon; 29.3.2.3. alternative water horizon or horizon; 29.4. ūdensgūtn: 29.4.1. Description of groundwater mining drilling location map or plan; 29.4.2. existing water borehole drilling technical position or assessment;
29.4.3. groundwater quality and evolution ūdensgūtn life of the assessment; 29.4.4. for ūdensgūtn or deposits for those planned drilling or drilling geological technical cuts and expected characteristics (debut, Markdown, the static level); 29.5. groundwater exploitation item calculation: the calculation scheme of ūdensgūtn 29.5.1.: 29.5.1.1. drilling a borehole or justification of the calculated debut; 29.5.1.2. the number of drilling grounds; 29.5.1.3. drilling layout description; 29.5.2. calculation of hydrogeological parameters by pumping test data or parameters according to the adopted regional research materials; 29.5.3. groundwater running inventory calculation. 29.6. information on ground water protection: protection zone of the ūdensgūtn characteristics 29.6.1., protection zone configuration and the results of the calculations or modeling; 29.6.2. ūdensgūtn chemical protection zone of the results of the survey; 18.5. recommendations for groundwater monitoring systems development and monitoring. 30. the report shall be accompanied by the following text: Annex 30.1. subsoils of the use license and a copy of the annex thereto; 30.2. the document by the user of the subsoils right to land; 30.3. current land boundary plan or a copy with the bore hole location; 18.9. specialized studies (for example, ģeofizikāl, hydrogeological experiment), a description of the work and results, the research report provides only a summary and the final result; 5. hidroķīmisk field measurement of discharge obtained in the course of drilling results (before check out the samples of ground water); 19.0. groundwater chemical and bacteriological analyses test reports groundwater exploration and ūdensgūtn's lifetime; 19.1. drilling with hole in ūdensgūtn, indicating the Centre's database number, user number, status, user, land drilling, drilling, depth, the year water horizon drilling equipment, pump water consumption and water-level measurements, as well as groundwater sampling, strict mode, the coordinates of the zone, drilling with hole, located within the chemical zone, indicating the number of the database of the Centre drill of the year, the depth of the water horizon, drilling status, strict mode, the coordinates of the zone; 19.1. the estimated groundwater consumption. 31. the report shall be accompanied by the following graphic attachments: 31.1. explore areas of the map or plan the deployment and configuration of the zone; 31.2. the drilling location map or plan indicating the status of the bore hole (for example, monitoring the hole for hole, running a tampon); 31.3. explore areas hydrogeological, which depicts the rock layers of the lithological composition, geological indexes, groundwater level, the level of ground water levels drop, the projected decrease in the level of underground water, existing and projected the drilling, filter the intervals, and other necessary information, showing the vertical and horizontal scale. 3. Mineral inventory accept 32. Mineral inventory categories (except for the ground water) according to research detalitāt this provision laid down in annex 4. 33. the groundwater category according to the particular research detalitāt this provision in annex 5. 34. the mineral inventory in the Centre to accept in paper form and electronically submit one of the following reports: mineral prospecting report of mineral resources remaining inventory calculation report, peat extraction site inventory file, explore mineral inventory estimates (after earlier research data). 35. the Centre during the month, in the light of those rules and their 2., 3., 4., 5., 6. the conditions laid down in the annex, as well as the use of the subsoils prospecting licence requirements, evaluate the submitted report and do one of the following: 21.8. accepts the mineral inventory, assign a lookup prospecting detalitāt for appropriate category; 21.9. to carry out the necessary corrections to the report sent to the applicant, the geological report if it does not comply with the requirements of these rules and the use of the subsoils prospecting licence, indicating the shortcomings, as well as inform the Subscriber of the research. 36. by accepting one item a copy of the report is passed on to national geological survey Fund. 4. Mineral Mining project 37. All types of mineral extraction (except ground water) before the mineral mining development in mineral mining project (project). 38. the development of the project required the following documents and graphical materials: 38.1. the principal task of the project design, which includes the main mineral extraction site characteristics (including mining depth and area). If necessary, indicate the specific conditions (for example, mining technology, conditioning or preservation requirements); 38.2. the documents of the subsoils of user rights to the land in the production site and projected land boundary plan that has been in the management of a list of coordinates; 23.8. subsoils of licence or the use of common mineral mining permit; 23.9. environmental monitoring national Office opinion on the environmental impact assessment report or the national environmental service (hereinafter service) technical regulations issued, if any need to be received according to the regulations on the procedures for the authorities to issue technical rules; 38.5. prospecting report; 24.0. production site (all deposits or parts of deposits taken or envisaged quarrying) location map scale 1:10000-1:50 000; 36.6. terrain and topographic plan scale 1:500-1:5000 (peat and 1:10 000); 24.1. mineral deposits inventory geological plan in a scale of 1:500-1:5000 (peat and 1:10 000); 24.2. the geological diagrams of horizontal cut a scale of 1:500-1:5000 (peat extraction, up to 1:10 000) and the vertical scale of 1:100-1:200; 38.10. schematic plan level hydrogeological 1:1000-1:5000 (excluding peat mining); 38.11. peat extraction – swamp draining and preparation project under construction hidromelioratīv-regulating laws. 39. the project shall include the following sections: 24.3. explanatory memorandum, which includes: 39.1.1. introduction with news about the project and the project's principal draftsman, on fields (name, nationality), land ownership, the common mineral mining permit or license the use of the subsoils; 39.1.2. geological structure of the deposits; 39.1.3. lookup hydrological, hydrogeological and inženierģeoloģisk conditions; 39.1.4. mineral quality characteristics; 39.1.5. information on the mining stocks; 24.4. mining (except for peat extraction site) pre-commissioning, which includes: information about the work of 39.2.1. before the valid minerals, including denudation of the felling of trees and shrubs; 39.2.2. valid denudation, mineral soil and segkārt and the removal order, the parking, storage and use; 39.2.3. extraction of structures required for eventual placement; 39.3. production site into which includes: development systems choice 39.3.1. and its rationale; 39.3.2. operating loss and the industrial mineral inventory; 39.3.3. mineral extraction technique, giving a description of recommended techniques and types of equipment, as well as roads, powerlines and other aspects; 39.3.4. information about the resulting mineral loading, transportation and placement of temporary storage sites; 39.3.5. crushing and washing plant, sorting the placement scheme; 39.3.6. kāpļ and development sides, description of the derogations, the slopes of hillsides, height marks and other specific parameters; 24.5. mineral processing technological scheme, as well as mining and processing the remainder of the placement, management and, if necessary, their conditioning; 24.5. Special requirements (except for peat extraction) which includes: 39.5.1. information about the underground water monitoring network, recommended monitoring the number of drilling, placement and frequency of observations; 39.5.2. information on water discharge or bilge water. Peat extraction prepares separate drainage system project; 39.5.3. the necessary measures for the land adjacent to the household water supply; 24.6. environmental protection measures; 24.7. conditioning and measures; 24.7. employment protection measures. 40. a project is added in the annex that rule 38.1.,.,., and 23.9 23.7 23.8. documents referred to. 41. the project has the following graphical attachments: 25.5. This provision, 24.0 24.0., 24.2 and 38.10. plans referred to; 41.2. the terrain and topographic plan scale 1:1000 or other appropriate scale with the lookup limit license area boundaries, prospecting and geological developments cut lines; 41.3. mining site plan; 25.7. production site development plan; 25.8. geological, which displays the license area and development highlights the development of border and sills; 25.8. mineral processing technological scheme; 25.9. drainage or water pumping scheme, if water discharge or bilge; 41.8. conditioning plan. 42. This provision, 39.3.6., 39.3.5., 39.5.1., 24.5.39.5.2., 39.5.3., and 25.8 25.9. activities include referred to the project, if the extraction of mineral resources, these actions are required. 43. If the license area boundary coincides with the boundary of land ownership, the project provides a safety zone to ensure that mining does not take the bar, which is not less than 50% of the sill height of development until the mining site of adjacent land. 44. If necessary, the Subscriber may extend this provision set out in paragraph 39 of the project content with additional conditions and requirements include their design task. 45. projects shall be submitted to the service. Service month shall take a decision on the harmonisation or refusal of the project under the project if it does not meet the requirements laid down in these provisions. One of the agreed project shall keep a copy of the service, other services shall be deposited in the Fund for the national geological survey, a third store in mineral collector. 46. If a project is amended, shall be submitted to the service. Service month shall take a decision on the amendment to the coordination of the project or the refusal to coordinate the project. 47. the refusal to match project or project modifications may challenge the environmental monitoring national Office. Environmental monitoring national Office's decision may be appealed to the Court of Justice of the administrative procedure law. 5. Mineral extraction site preparation Before 48. mineral extraction work winner posted on mining work activity and the resulting mineral volume or quantity records responsible employees. 49. If the planned activities designed in forest land or drained before the mineral mining site preparation of the implementation of the land drainage and land categories in the laws governing the exchange requirements. 50. before the mineral mining work in accordance with the licence or permit attachment area set the license area. 51. Peat extraction license area to the area of the border set just in case they do not match with the established novadgrāvj. 52. If the license area of gyttja clay production coincides with lake shore line, the license area boundaries are not set. If the license area occupies part of the Lake body of water landmarks by buoys. 53. The license area to the area of the border set geodetic work certified person mineral in the presence of a representative of the beneficiary. On setting up the borders Act (annex 7). 54. Landmarks by red metal or other suitable material pipe or bar with a height of one metre above the ground surface and diameter up to 50 mm. attach the white top (size – 200 x 150 mm) plate that contains the authorization or license number and the number of landmarks. Landmarks until the end of the extraction. 55. Buildings and structures, drainage systems and siding are designed and put into service in accordance with that object construction regulatory laws. 56. the mineral collector provides a groundwater monitoring well network, if this is provided for in the licence or project. 57. The mining site of preparatory work, other than those referred to in section 5 of these regulations, shall be carried out in accordance with the project. 6. Mineral extraction sites operating 58. Valid minerals mined in accordance with the project, subject to the laws and regulations on labor protection requirements for mineral mining. Blasting shall be carried out in accordance with the blasting of regulatory legislation. 59. The acquisition of space operation service requires the create groundwater monitoring well network if mineral mining affect the environment or citizens property, health or security. 60. Until next calendar year February 1, mineral collector this, paragraph 59 of the rules of the monitoring results shall be submitted to the Center. 61. If mineral collector extraction time finds that stock has lost the characteristics of mineral resources, it shall submit a reasoned written application in the Centre of this inventory write-off of the balance. The application shall be accompanied by a calculation of the amount of defective items. Application and then add documents or copies of the submitted paper or electronic document in the form of laws and regulations for the design of electronic documents. The Centre shall take a decision on the inventory write-off of the balance and shall inform the Department in writing. 7. The obtained mineral records remaining inventory calculation and counting 62. Mineral collector around mineral extraction time to actually get the supports (separate from the natural environment) mineral volume or quantity. 63. The obtained mineral volumes or quantities and mineral balance in the item units of measure and mineral inventory categories, as well as using the same scale of certainty in what is certainly the mineral inventory and assigned the mineral mining. 64. Until next calendar year February 1, user submitted subsoils service report on mineral extraction (annex 8).
65. the service until the next calendar year April 1 sent to the Center to gather information about the extraction of mineral resources for the previous calendar year, the mineral inventory balance. 7.1. The obtained mineral (except turf) records and remaining inventory 66. the calculation to obtain data on the resulting amount of minerals, mineral collector lists the vehicles and cargo data records in the log (annex 9) or at the end of the quarter in uzmēr area of topographic, which occurred in mining, calculate the amount of the obtained and draw up the mineral mining volume calculation (annex 10). If after a year of trying the last topographic extraction takes place, the resulting quantity of mineral resources shall be limited to the first quarter of next year. 67. The mineral cargo vehicle, a day for the mineral shall be calculated in accordance with the provisions of paragraph 1 of annex 11.
68. Notwithstanding the accounting type mineral collector provides topographical and determine the calendar year calculation of the amount obtained (annex 10) if obtained: 68.1. dolomite, limestone and gypsum; 68.2. more than 50 000 cubic metres of these rules referred to in annex 1. mining (except this rule 68.1. referred valid minerals and sapropel) in a calendar year per extraction site; 68.3. valid minerals national mineral deposits. 69. If mineral collector calendar year production site gets less than 50 000 cubic metres of mining, the provisions referred to in paragraph 68 of the topographical and determine the amount of the obtained mineral calculations performed after this abstraction, but not less frequently than once every five years. 70. The rules referred to in paragraph 66 of the mineral scale calculation of fossil collector shall provide service until the next calendar February 1. 71. The resulting burden of gyttja clay under the conditional humidity (W = 60%) in accordance with the provisions of paragraph 2 of annex 11. 72. when comparing the obtained mineral volume calculation results obtained in a uzmēr extracting, topographical location, with tracking the results, listing the cargo vehicle, the difference is greater than 5%, the service has the right to request records in writing to perform with topographical trying. 73. where to get the valid minerals is not listed for the mineral, service is entitled to request in writing, to be made to the mining site and calculate the topographic trying for. 74. the mineral collector provides the remaining mineral inventory (except for peat) is calculated in the following cases: 74.1. at least every 10 years, starting from the first year of collection; 74.2. If before conditioning, conditioning work carried out after completion of the quarrying; 46.2. If mineral extraction interrupted for a period exceeding three years; 74.4. If found mineral extraction and is delivered this rule 66, paragraph or found the illegal exploitation of mineral deposits. 75. The remaining inventory calculation results compiled in the report in accordance with the provisions of annex 12. 7.2. The resulting turf records and remaining peat For counting of 76. turf quantity counts each day and collect findings recorded accounting logs (13 and 14). 77. The resulting turf shall be calculated according to the degree of humidity (W = 40%) in accordance with the provisions of paragraph 2 of annex 11. 78. the mineral collector shall ensure that not less than once every seven years, is carried out in a peat mining field inventory. The inventory compiled peat extraction site inventory. 79. Peat extraction fields counting out: 79.1. turf field instrumental trying; 79.2. novadgrāvj, ditch the card basin, fire, and other elements and determine survey; 79.3. peat layer depth, composition and stocks discovery. 80. Peat extraction site inventory file consists of the following sections: 80.1. the terrain and the General characteristics: 80.1.1. peat stocks (separately total item and quantity of items) and their characteristics; 80.1.2. physical characteristics of the work carried out; 80.1.3. peat extraction fields (the area and items in each of them); 80.1.4. peat mining field drainage system; 80.1.5. Description of the infrastructure; 80.1.6. Description of the fire; 80.1.7. environmental protection measures taken; 80.1.8. used peat mining technology list; 80.2. the calculation tables: 80.2.1. turf geological inventory; 80.2.2. operating items by dividing the individual items in each collection in the field; 80.2.3. turf mining field area, showing the inventory calculation area at coordinates; 80.2.4. peat decomposition degree average calculation by the layers based on testing results; 80.2.5. turf relative humidity average calculation by the layers based on testing results; 80.2.6. peat deposits layers of intermediate depth calculation; 49.9. rapper used (rapper, the absolute height of the number, location); 80.4. Summary of peat extraction; 80.5. peat the composition and the properties of the laboratory test results; 50.1. production site plan scale 1:2000-1:10000, which represents: 80.6.1. novadgrāvj location; 80.6.2. fire basins; 80.6.3. peat depth (in metres) of izolīnij; 80.6.4. the infrastructure (roads, railways); 80.6.5. sampling points. 81. the mineral collector peat extraction site inventory file submitted to the center of the peat to accept the item. 8. Mineral extraction sites preservation or conservation of the 82. conditioning aims to ensure the extraction site and related drilling and conservation monitoring network in the State, which does not pose a threat to human health and life and the environment, as well as to ensure the resumption of mining work. 83. the mineral collector provides a mineral extraction site preservation, if mining work stopped for a period longer than five years. Mineral collector provided with mineral extraction in the associated document storage. 84. If mineral extraction is stopped due to the expiry of the land lease, the parties agree in writing that it will carry the remaining mineral inventory counting.  85. Conditioning aims to provide complete extractions further use after the mineral mining is complete, to prevent risks to human health and life and the environment, as well as promoting the terrain into the landscape. 86. Conditioning can be performed simultaneously with the mineral mining. Conditioning must be commenced within one year after mineral extraction is complete. 87. Conditioning the way coordinated with the local government in developing these regulations, paragraph 39. 88. If the type of conditioning is different from the project before the start of the conditioning mineral collector of local authorities of the hurled būvvald the submit conditioning (free-form material, pre-project considered to illustrate the idea of conditioning). Būvvald 10 days to adopt one of the following decisions: 88.1. Approves the methods of conditioning; 88.2. Approves the methods of conditioning with the rules. 89. If the composition for conditioning work, coordinate corresponding to the construction of laws and regulations governing those conditions. 90. Mining (except for peat and sapropel) terrain rekultiv: 90.1. preparing for use in agriculture or forestry; 90.2. creating a body of water; 90.3. preparing recreation; 90.4. preparing for use in another way. 91. Peat extraction sites rekultiv: 91.1. renaturalizācij (Marsh-specific environmental restoration); 91.2. preparing for use in agriculture, such as creating or mētrāj-growing Berry fields; preparing for use 91.3. forestry; 91.4. creating a body of water; 56.9. preparing recreation; preparing for use other 91.6. way. 92. conditioning work completed shall be adopted by the Commission, created by the būvvald which is made up of services, municipalities, landowners and mineral collector. If conditioning does not contain the works, it takes work-making Act (annex 15). One copy shall be sent to the center of the Act. The works shall be adopted according to the construction of the laws governing those conditions. 9. Closing questions 93. projects developed before the entry into force of these regulations in accordance with the relevant applicable regulations the period requirements are in force until the end of their implementation, if: 93.1. they do not conflict with the use of the subsoils license or common mineral mining permit conditions; 93.2. quarrying work carried out before the entry into force of these regulations, comply with the project.  94. Be declared unenforceable in the Cabinet of Ministers on 19 September 2006, Regulation No 779 "mineral extraction procedure" (Latvian journal, 2006, 160. no; 2010, nr. 41).
Prime Minister v. dombrovsky environmental protection and regional development Minister e. Sprūdž in annex 1 the Cabinet august 21, 2012 rules no 570 mineral types 1. Silt – loose, fine drupiez, consisting of 0,05-0,005 mm fraction content is 25-50%. 2. Deco (finishing) dolomite-dolomite, a type of decorative comprised 80-100% mineral, dolomite (CaMg (CO3) 2), which contains not less than 17% MgO is an array, mazplaisain, and salturīg from which you can get a finishing material for internal and external decoration. 3. Dolomite, sedimentary rock, which consists of 80-100% mineral, dolomite (CaMg (CO3) 2), which contains not less than 17% MgO. 4. Curative sludge-organic origin of sedimentary rock that consists of minerāldaļiņ (< 0.01 mm – 30-50%) and organic matter (> 15%) resulting from the anaerobic decomposition of plant residues and microorganisms, and is proven to balneoloģisk effects on human organism. 5. Gypsum-sedimentary rock, which dominate the composition of plaster (CaSO4x2H2). 6. Limestone-sedimentary rock mostly consists of organic or inorganic origin of calcium (Cao content > 40%). 7. the color of the Earth, sedimentary rock with a high content of iron compounds, composed of unconsolidated mass of iron hydroxide. 8. organogēn of sedimentary rock – Peat, whose dry matter content not more than 50% minerals and which is formed in, increased moisture and oxygen conditions by a low plant biomass. 9. Quartz sand – smiltsiež where the silica (SiO2) content exceeding 90%. 10. the boulders, the glacier moved rock debris with a diameter 63 mm. 11. Clay >-plastic zemjain of sedimentary rock in which a fraction of 0,05-0,005 mm 0.005 mm or fractions < < 0.002 mm total content is greater than 50% and who have dipped a plastic characteristics. 12. Sandy loam-loose drupiez that 70-90% sand (5-0.05 mm) and silt (0,05-0,005 mm) particle fractions. Clay (0.005 mm