Myelin Sheath Regulation 2013 And Borehole Mining Regulation

Original Language Title: Markscheideverordnung 2013 sowie Änderung der Bohrlochbergbau-Verordnung

Read the untranslated law here: https://www.global-regulation.com/law/austria/2996980/markscheideverordnung-2013-sowie-nderung-der-bohrlochbergbau-verordnung.html

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437th Ordinance of the Federal Minister for economy, family and youth, which issued a regulation on surveying in mining, the mining cartography and detecting ground movement 2013 (2013 myelin sheath Regulation) and borehole mining regulation is amended

Article 1

Ordinance of the Federal Minister for economy, family and youth surveys in mining, the mining cartography and detecting ground movement 2013 (2013 myelin sheath Regulation)

On the basis of §§ 110, sect. 5 and 181 of the mineral raw material law, Federal Law Gazette I no. 38/1999, in the version of Federal Law Gazette I is no. 144/2011, prescribed:

Table of contents



1 article General provisions







§ 1.





Scope of application







§ 2.





Definitions







§ 3.





Connection of the predictions surveys







§ 4.





Reference systems







§ 5.





Backup the predictions work







§ 6.





Protocols







§ 7.





Mining your own benchmarks







§ 8.





Time of measurement







§ 9.





Important registrations







§ 10.





Adjacent mines







§ 11.





Setting activities, theses







§ 12.





Auffahrungen according to the responsible mark Scheider / the responsible Markscheiderin







§ 13.





Stabilization of survey points







§ 14.





Instruments, meters and data acquisition devices







2. section surveys over days







§ 15.





General information







§ 16.





Use of fixed points







§ 17.





Review of measurement and calculation results







§ 18.





Day construction surveying







§ 19.





Measurement approach points of wells







§ 20.





Probe, field and other underground lines







3. section surveying underground







§ 21.





General information







section 22.





Orientation surveys







section 23.





Under day-side location and height - main network







§ 24.





Under day-side location and height network - side traverses







§ 25.





Geological recordings







section 26.





Accuracy - orientation measurements







§ 27.





Accuracy - Untertägiges position and height network - main network







section 28.





Accuracy - Untertägiges position and height network - side traverses







section 29.





Breakdown information







section 30.





Pit building low expansion







4. section mining maps







§ 31.





Components







§ 32.





General information







§ 33.





Areas - curves







§ 34.





Change and control of mining kartenwerkes







section 35.





Backup automation-supported production and management of the mining kartenwerkes







section 36.





Acquisition of foreign documents







section 37.





Cracks and maps for underground mountain building







section 38.





Cracks and day building cards







§ 39.





Cracks and maps for hydrocarbon mountain building and probe mountain building on salt







section 40.





Cracks and maps for geo thermal project







section 41.





Cracks and maps for mines, Heilstollen or test Gallery







§ 42.





Addendum terms







5. section detecting ground movement







§ 43.





Commonly used terms of relationship and comparison in measurements







§ 44.





Assessment of the measurement results







§ 45.





Control







6 section ensure the interface use after termination of mining activity







 







§ 46.





Cracks and maps







7 section final provisions







§ 47.





Special permits







section 48.





Entry into force, expiry





1 section

General terms and conditions

Scope of application

§ 1. This regulation applies to the scope of application of the mineral raw material law.

Definitions

§ 2. The purposes of this regulation



1 Airborne laser scanning: direct recording of the topographic surface with clear or scanning laser sensors of aircraft

2. Mining Cartography: all the cracks, maps and plans of mining along with all related documentation such as recording books, recording sketches, survey data and calculation protocols;

3. Bergbaueigener fixed point: stabilized by the mining operation and a more appropriate benchmark;

4. stock plan: representation of the stock after successful measurement;

5. hole: the entirety of facilities situated on the drill square for making a bore hole along with the roads leading to the drill square and the away leading to this down and he leads;

6 field lines: lines in an oil or gas field, as well as in a probe field of salt mining with the exception of the probe cables;

7 GDOP (geometric dilution of precision): dimensionless value that provides information about the satellite constellation and is a measure of the attainable accuracy of calculated positions; the value of GDOP rewrites the quality of three-dimensional coordinates including Uhrenoffset (clock error);

8 mains: through full orientation location attached to fixed points of the survey and height network;

9 map: a geometrically correct representation of the Kat astral map-scale or on a smaller scale;

10 markscheiderische measurement: a single measurement, which serves a predictions task;

11 scale of the Kat Astral solution: the Anlegemaßstab of the cat astral map, this is the standard 1: 1 000, 1: 2 000 or 1: 5 000.

12 side polygon train: polyline, connecting to the main power supply in full orientation;

13 network overview: an overview of the mining-own benchmarks, in which also the benchmarks of the surveying and the type of carried out connectors of the mining-own benchmarks on the benchmarks of the national survey are shown;

14 orientation survey: a survey to the position and transfer of direction of for the connection of the surface or underground location network of mining to the benchmarks of land surveying or mining their own benchmarks;

15 PDOP (positional dilution of precision): dimensionless value that provides information about the satellite constellation and is a measure of the attainable accuracy of calculated, three-dimensional positions;

16: a geometrically correct one or more scaled representation, which serves a particular technical or administrative purpose or planning tasks;

17 crack: a geometrically correct representation of the Kat astral map-scale or on a larger scale;

18 Satellitengestütztes measurement methods: geodetic measuring method, which uses artificial satellites to the three-dimensional orientation;

19 cut crack: one by a vertical cut through the surface and that including the mountain layers resulting representation in the cutting plane (profile);

20 sketch: an undimensional drawing;

21 probe: the entirety of facilities situated on the probe's course for the away and to him more mining using of a borehole and the roads leading to the square of the probe as well as the cables of this;

22 probe cables: ranging from the borehole of a probe away from or to this leading lines;

23 stabilize: the permanent establishment of survey points on the surface or underground;

24 day building surveying: surveying, which is used to solve a predictions task, in particular the creation of the mining maps for the construction of the day;

25 terrestrial laser scanning: direct detection of the topographic surface with clear or scanning laser sensors from the ground;

26 measurement: all of the measurements performed to solve a GEODESIC or predictions task;

27 complete orientation: orientation according to location, direction, and height;

28 allowance: first graphical representation of measurement results.

Connection of the predictions surveys

§ 3. The predictions surveys are to connect to the system of land surveying in full orientation.

Reference systems

The predictions work are the coordinates, § 4 (1) the on the system of land surveying (3-degrees-Strip systems of the Gauß Krüger coordinate with the reference meridians of 28, 31 and 34 degrees East of Ferro) are to be based.


(2) the heights have to refer (height of Adriatic Sea) to the reference horizon of the national survey.

(3) If parts of the mining maps refer to a local coordinate system, is the reference to the system of land surveying to produce.

Backup the predictions work

§ 5. The responsible mine surveyor / the responsible Markscheiderin (section 135, paragraph 1, of the mineral raw materials Act, Federal Law Gazette I no. 38/1999) has the measurements to secure calculations and supplements according to the requirements by means of appropriate inspections.

Protocols

Protocols are § 6 (1) surveys, measurements and calculations to do.

(2) surveying and calculation protocols have the following information in each case must include:



1. the place, purpose and day of measurements, 2. the names of the performers, 3. the instruments used and measurement under statement of the manufacturer and the serial number, 4. instrumenten-the considered or device-related constants and correction values;

5. information on weather, temperature, and air pressure, as well as evidence of circumstances that may influence the measurement result as in particular weather train, gutter water, traffic, 6 the names of the calculating and the controlling, the program name as well as the program version, 7 designation used connection and end points as well as 8 the connection and closing values (coordinates, altitude, direction and the like) with reference to the source.

(3) in the case of conventional surveying the surveying and calculation protocols have in addition to paragraph 2 to contain the following information:



1. the unit of angle measure, 2. the measured values and the explanations necessary for the traceability of measurements, 3. the calculated values and explanations necessary for the traceability of the calculation and 4 notes on measurement contradictions, error distribution, stabilization or coordinate transformations and data accuracy, if the objective of the measurement (such as orientation surveys, continue the location and height network, detecting ground movement and inspection of stabilized surveying points on its usefulness).

(4) in the case of satellite-based measurements the surveying and calculation protocols have in addition to paragraph 2 to contain the following information:



Transformation parameters, 3 inner accuracy, PDOP and GDOP values, number of received satellites and 4 rest double-checked used 1 used real time satellite positioning service, 2.

(5) in airborne laser scanning and terrestrial laser scanning or similar remote sensing methods the surveying and calculation protocols have in addition to paragraph 2 to contain the following information:



1. information concerning the accuracy, 2 rest double-checked, and 3 the name of the file of the calculated values and their location.

(6) by the surveying and calculation protocols is an expression in plain text to customize.

(7) the surveying and calculation protocols need to be clearly legible and designed, that they can be traced in all parts. Corrections and additions are to be documented. Controls are documented and signed by the controlling.

(8) insofar as the law of mineral raw material not otherwise determine, are secured against the access of by unauthorised persons in dry places to keep the surveying and calculation protocols, as long as the relevant mining permissions are maintained.

Mining your own benchmarks

§ 7 Bergbaueigene are benchmarks to document in point sketches. Web surveys are about mining their own benchmarks.

Time of measurement

The measurements are 8 (1) perform, as long as the a-zumessenden items are still available and accessible.

(2) for safety reasons no longer navigable or unnavigable become before carrying out measurements, mines or naturally occurring repositories are to describe as accurately as possible and to present a relevant note in the mining cartography. Should such mines or cavities are later passable, they are immediately to be measured; If necessary, their representation in the mining cartography is correct.

Important registrations

§ 9 (1) in the cracks, maps and plans of mining maps are to enter without delay:



1. explosives storage, existing or suspected State waters, water dams, fire fields, fires, fire dams, fixed dams at the end of mine workings, places where brews, gas - or water ingress, wild brine seeps, bursts, mud or sand dips, shipping breaks, explosions or Deflagrations. occurred

2. tag objects and underground installations requiring special protection;

3. insights and mine, to worry about water, sole - or weather breakthroughs, bursts, mud or sand dips, ver breaks or similar dangerous incidents at their progression or; the approaching limits of safety pillars, facilities of the public supply of water and energy or gas or oil pipelines to less than 50 metres distance and 4 limits of safety pillars and by law, regulation or Government established protection areas.

(2) on the registrations referred to in paragraph 1 No. 1 to 3 and security pillar, and protected areas are to keep records from which dangerous events also the time of the occurrence and the nature of the measures taken to remove are in particular the location, the time of acquisition or construction. In the directories is the entry in the cracks, note cards and plans of mining maps.

Adjacent mines

§ Must be 10 mines of adjacent mines at a distance up to 50 m from own existing or planned mine workings in the cracks, maps and plans of mining maps. Excavation work of adjacent mining operations at a distance of more than 50 m from own existing or planned mine workings are in the cracks, like in particular possible impacts on operating mines and on the surface, famous mountains errors or following the occurrence of particular hydrogeological conditions enter maps and plans of mining maps as long as it is potentially necessary if dangerous ground movements and related mining damage to be expected are in general experience. The neighboring mining authorized which has the necessary documents to provide registration-requiring mining authorized on its / their request. The same applies to natural or legal persons, or registered partnerships, which carry out activities of the type referred to in § 2 para 2 of the mineral raw material law.

Setting activities, theses

§ 11. The activities of a mining operation, a self-employed operating division or a major part thereof be set, or is engaging in a mining the mining maps before and after the end of the theses is so completely to add.

Auffahrungen according to the responsible mark Scheider / the responsible Markscheiderin

§ 12 mines on limits of foreign mine mass, Überscharen, extraction fields, mining fields, spaces, approved production operation plans for winning reason its own mineral resources relate or foreign storage fields as well as in the area of major entries of the mining kartenwerkes in accordance with article 9, paragraph 1, Z may 1 to 4 only according to the responsible mark Scheider / the responsible Markscheiderin be ascended.

Stabilization of survey points

§ 13 measurement points that are needed for a longer period of time, are permanently to stabilize. About it, a directory is to lead into the details of location and height and the type of stabilization of the measurement points to be included. Before using, check the survey points on its usefulness.

Instruments, meters and data acquisition devices

Instruments, meters and data acquisition devices are section 14 (1) in regular, to examine two years not exceeding periods on their serviceable condition. The tests are records to lead.

(2) in potentially explosive atmospheres are explosion-proof for use in flameproof - or coal dust explosive areas of flame-proof instruments, measuring instruments and data acquisition devices.

2. section

Surveys for days

General information

Surveys over days are § 15 (1) using the State of the art of appropriate and corresponding to the accuracy requirements of paragraph 2 methods.

(2) surveys over days are to undertake so that taking on the middle point of the fixed points of land surveying accuracy (triangulation points ±0. 05 m, power points ±0. 07 m) the below middle point location accuracy for the mining own benchmarks:



1. in the determination of positions: ±0. 10 m and 2. in determining other benchmarks: ±0. 15 m.

(3) the heights-based connection to the system of land surveying (triangulation points, highlights of the precision and subordinate levelling) is carried out so that a height accuracy of ±0. 10 m is adhered to.

(4) the surveys referred to in paragraph 2 and 3 by an equivalent alternative method or, if this is not possible from technical or surface-related conditions, according to the same method are to secure.


Use of fixed points

§ 16. Before further use of fixed points is to check whether the accuracy stated in § 15 para 2 and 3 are fulfilled. Only benchmarks may be used for further use, which correspond to the accuracy stated in § 15 para 2 and 3.

Review of measurement and calculation results

§ 17 measurement and calculation results as well as cracks, maps and plans are to review before they are used on their usefulness and.

Day construction surveying

§ 18. At day construction surveys, an accuracy of at least ±0. is in position and height measurements to stop 20 metres.

Measurement approach points of wells

§ 19. Articles 3 to 6 and sections 13 to 17 apply to the measurement of the approach point of the drilled holes and probes.

Probe, field and other underground lines

§ 20. Sections 3 to 6, 8 (1) and 18 apply to the measurement of probe and field lines as well as other underground pipelines. The location of Earth laid lines can be determined with search equipment. The type (method) of determining the location, it should be noted in the mining cartography.

3. section

Surveying underground

General information

§ Are 21 measurements below ground on the basis of an underground location and altitude network perform. You are to connect fixed points of land surveying by full orientation.

Orientation surveys

Orientation surveys are § 22 (1), using the State of science and technology of appropriate and corresponding to the accuracy requirements of § 26 methods.

(2) orientation measurements by an equivalent alternative method or, if this is not possible from technical or surface-related conditions, according to the same method are to secure.

Under day-side location and height - main network

Section 23 (1) as a location and height network to create basis for the recordings is underground, that connect the side polygon trains in accordance with section 24.

(2) the position and height network is increasing with progression of the mine workings. Bond listed by most measurements are finally to be replaced by a continuous measurement and secure.

(3) the position and height network is to stabilize, that its preservation and continuation remain secure by mining their own benchmarks.

(4) the surveys are coordinates and elevation degrees and, as far as possible, be safeguarded by direction statements.

(5) the measurements by an equivalent alternative measuring method, or, if this is not possible, in the same way are to secure.

(6) in the case of continuation of the position and height network is to connect at least three benchmarks. The unspoilt location and height of these points by means of control measurements must be checked before connecting. Changes with a deviation of more than ± a new in measurement is 0.02 m.

Under day-side location and height network - side traverses

§ 24. Side traverses can be created for the recording device construction and dismantling, and which may not be longer than 1 000 m. Section 23 paragraph 2, 3, 4, 5 and 6 applies to side traverses.

Geological recordings

§ 25. The geological education and nature of occurrence of mineral resources and the layers of mountains surrounding it are to take in the wake of the supplementary surveys and in the mining cartography to represent if the geological recordings is not performed by a specialist elsewhere.

Accuracy - orientation measurements

Orientation surveys which orientation the location of the underground location network, are § 26 (1) to carry out, that the underground connection points a point accuracy: ±0. 10 m is adhered to. When giving directions to underground through shaft plumbing accuracy must be adhered seconds from ±1 new minute (0.01 gon) or ±30.

(2) the underground network of the heights is in Teufen measurements in seigeren mine workings so the system of land surveying to connect to, that the difference of two independent samples the amount of

d [mm] = 5 + 0.125 L



does not exceed. Here, L is the measurement in meters.

(3) when transferring the amount by a geometric levelling (double measurement), an accuracy of at least ± 10 mm/km is to comply with.

(4) the height by a trigonometric levelling transmitted, an accuracy of at least ±20 mm/km is so to comply.

Accuracy - Untertägiges position and height network - main network

Section 27 (1) angle measurement in the main network and its continuation should the difference of the sum of refraction and supplementary angles to the full circle no longer amount to 30 Neusekunden (0.003 gon) or 10 seconds.

(2) in the case of length measurements in the main network and its continuation, the length by two independent measurements shall be determined. The difference of these measurements allowed the amount by

d [mm] = 5 + 0.01 s



do not exceed. This is the measurement in meters.

(3) in the case of Web pages by more than 700 m in length, the length and the for the Helmert vertical angle of the two endpoints of the sides must be measured.

(4) the length of Web pages may not exceed five times of the length of the Web page, which they each connect to. Must be selected on the basis of the natural conditions longer lengths, is half of the values specified in paragraph 1.

(5) in the case of underground height measurements in the main network, an accuracy of ±20 mm/km is to comply with.

Accuracy - Untertägiges position and height network - side traverses

Section 28 (1) angle measurements side polygon outlines and in its continuation may the difference of the sum of refraction and supplementary angles to the full circle not more than 2 new minutes (0.02 gon) or 1 minute amount.

(2) in length measurements side polygon outlines and in its continuation, the length by two independent measurements shall be determined. The difference of these measurements allowed the amount by

d [mm] = 20 + 0.02 s



do not exceed. This is the measurement in meters.

(3) in the case of underground height measurements in side polygon trains, an accuracy of ±50 mm/km is to comply with.

Breakdown information

section 29. The accuracy of measurements needed for breakthrough information aimed according to the requirements of safety and the operational requirements, which are to make the breakthrough. The accuracy has to be larger than is laid down in §§ 27 and 28 if necessary (such as in particular at the occurrence of a high degree of fracturing through).

Pit building low expansion

section 30. Mine buildings, whose horizontal total extension is less than 1 000 m, the values specified in sections 26 to 28 may be twice. Section 29 applies to breakdown data.

4 section

Mining maps

Components

Are components of the mining kartenwerkes section 31 (1)



1 storage cards in the mineral raw material law, plans (sections 27 para. 4, 35 para of 3, 80 para. 2 Z 5 and 8, 75 para of 2 of para for 2, 91, 113 para 2 Z 1, 154 paragraph of 1 and 202 para 3 of the mineral raw material law) as well as documents to be attached to the application for designation of land and land parts as mining areas (article 154 para 1 of the mineral raw material law) and 2nd cracks referred to in §§ 37 to 41 and cards.

(2) for the preparation of site plans pursuant to §§ 17 3, para 1 of the mineral raw material law shall apply to sections 32 to 36 Z 2, 71 (1) and 87.

General information

32. (1) is the mining cartography to customize automatically and lead.

(2) for cracks, maps and plans, the scale is, as far as he is not set by provisions of the mineral raw material, to choose according to expediency.

(3) if the provisions of the mineral raw materials not otherwise determine, is protected against the access of by unauthorised persons in an appropriate place, protected from moisture, heat, sunlight, and magnetic fields to be kept as long as the relevant mining permissions are maintained the mining cartography. Is kept the mining maps not in the mining operation, is a consequence of the current rifts and maps in paper form at this to hold.

(4) the character field is so great to measure that the items to be entered are clearly laid out and fully represented. The character field would be too large, the tears are to separate maps or plans in multiple sheets.

(5) on the character field is the grid (coordinate grid) in the system of land surveying (3-degrees Strip Stysteme of the Gauß Krüger coordinate with the reference meridians of 28, 31 and 34 degrees East of Ferro) are set by application of coordinates crosses and edge marks at intervals, to choose, taking into consideration the size of the drawing area and the scale. On a boundary of the character field, the x-values of the coordinates are the edge marks and attach the y-values of the coordinates to a further limitation of the character field. These are to be provided with the sign. Paragraph 8 applies in the case of a reduction of x values to 5 000 000. The grid North is striking to mark. The corresponding Meridian Strip is to specify. A reverse tilting of the grid compared to the limits of the drawing area is allowed to reduce the number of sheets (para. 4). In representation of the border or property tax cadastral, the terms and the level of the solution forms used on the cracks are leading maps and plans.


(6) on the edge of the page, the title must be provided. This must be the name of the / of the mining holders, the name of the crack, the map or plan, the scale and also, as far as this facilitates also the political district, the jurisdiction of the District Court, the municipality as well as name and number of cadastral, in which lies the represented area, the mapping of the crack, the map or plan, contain.

(7) the cracks referred to in §§ 37 to 41 and cards are to be provided under the date with the signature of the responsible mark Scheider / the responsible Markscheiderin.

(8) are coordinates for points to indicate they are under leadership of the corresponding Meridian strip at the edge of the sheet tabular. This connection the coordinates in meters to two decimal places shall be indicated as far as provisions from older Sary regulations, such as the Mining Act in 1975, not another set. The y-values is to attach the sign. A possible reduction of the x-values is 5 000 000 to lead the table.

(9) signs and labels must be clearly legible, clear and permanent. It is the annexed to the measurement regulation 2010 BGBl. to use II No. 115, set character key. Characters not contained therein and the colors used are to represent in a legend outside the drawing field and to explain.

Areas - curves

§ 33. Are the cornerstones of land and parts of the plot and the corner points of average figures in the projection level of the system of land surveying in coordinates of this system to indicate the areas of the coordinates of the vertexes to calculate and to rounded whole square meters are so.

Change and control of mining kartenwerkes

§ 34. No parts may be removed from the mining cartography. Changes in the mining cartography are to document that these are understandable. 2 cracks led to and maps are Z in § 31 para 1 analog before performing any changes and automatically back up (archive). About the changes, a directory is to lead from the the agent / the editor, the date and the reason for the change are to be found.

Backup automation-supported production and management of the mining kartenwerkes

section 35. The hardware and software components and the type of data backup are documented to hold. When changing a component are to ensure backup and further use of the existing DataSet. The raw data of each supplementary and new survey must be secured through duplication or some other equivalent way. As far as the protocols referred to in paragraph 6 in digital form are available, these are through duplication or some other equivalent way to secure.

Acquisition of foreign documents

section 36. Information acquired in the mining cartography of foreign documents is as such; It is also their origin to specify.

Cracks and maps for underground mountain building

Section 37 (1) underground mountain building are to make following cracks and maps for each mining operation and lead:



1. a production plan for each sole (each disc), which are in particular the boundaries of mining permissions, the external borders of the digestion - stated in the currently approved collection management plan and breakdown sections, the mine workings with the driving times and the level of the offset, identification of the offset, refer to the ratios of the deposits, the mining equipment and the track of by Salim cracks and cut risslichen representations to Z 3 crack level; If the clarity is not affected, which can mine more soles (slices) in a crack appear;

2. an overview floor plan, where in particular the information and the State of the cat Astral solution, the boundaries of mining permissions, the mines and mining plants are shown and the weather Guide to remove the promotional ways, the supply lines, any sole lines, the exhaustion of pit water, the drainage holes and drainage of waters, the day area and if possible let; If the visibility is impaired, the information and the stand of the Kat Astral solution and the day area on an own overview layout, corresponding to the other floor plan overview in the scale and sheet cutting, are to represent;

3. Salim crack or a cut-rissliche presentation, which in particular the boundaries of mining permissions, the mine workings, including the deposit conditions, refer to the surface and the mining equipment can be;

4. a weather crack as far as conducting weather not in the ground plan of the overview is shown;

5. a ground movement crack if there is a case referred to in § 43 para 1;

6 cracks or cards, from which the arrangements to ensure the use of the surface can be found after the mining ceased.

(2) the production layout, the overview plan and the weather crack can be United to a crack if the clarity is not affected.

Cracks and day building cards

Section 38 (1) day building are to make following cracks and maps for each mining operation and lead:



1. a day construction plan, which in particular the information and the State of the cat Astral solution emerge and where are the boundaries of mining permissions, to represent as far as the borders of information - in the currently approved collection management plan and mining sections, the mining equipment and the day area and track down the crack level of cut risslichen representations to Z 2 and also to the well-known still open mine workings in a mine and other underground cavities , as possible are impairments of the day building of these mine workings and cavities;

2. cut rissliche representations of the day building site with the boundaries of mining permissions, as far as it is necessary to illustrate the deposits conditions or special circumstances in the removal Guide and combined of the capping mass are to be observed;

3. ground movement crack if there is a case referred to in § 43 para 1;

4. cracks or cards, from which the arrangements to ensure the use of the surface can be found after the mining ceased.

(2) the day construction in conjunction with an operating underground mining is, so the day construction plan and the recovery plan can be United No. 1 to a crack pursuant to § 37 para 1, if the visibility is not affected.

Cracks and maps for hydrocarbon mountain building and probe mountain building on salt

Section 39 (1) hydrocarbon mountain building and probe mountain building on salt is to customize following cracks and maps for each mining operation and lead:



1. If to join a search for a mining facility subject to permit were a crack in scale of the Kat Astral workbook for each hole (probe), the information and the State of the cat astral map, are the limits of mining permissions, to represent the day opening of the borehole, through to safety distances to vulnerable objects, the resulting areas, and the related area of the day; the following representations in a crack not as a document, distribution the vulnerable objects are especially marked to make;

2. a map on basis of the "Austrian map 1:50 000" of the Federal Office for calibration and measurement on the day opening of the holes of the holes and probes to represent are;

3. one day crack, where the boundaries of mining permissions, to represent the mining equipment and the day area are the respective probe field of the salt mining industry with the information and the current state of the cat astral map,

4. a plan for each mining installation at hydrocarbon mining out of holes, to represent the information and stand of the cat astral map, the boundaries of mining permissions and the day area on which are;

5. a map on the basis of the "Austrian map 1:50 000" the Bundesamt für Eich - und Vermessungswesen, to represent the location of production and storage boxes as well as oil, gas or probe fields on the are;

6. a ground movement crack if there is a case referred to in § 43 para 1; and 7 a data sheet for each hole, a) the name of the bore as well as b) are the coordinates and the altitude of the approach point of the hole.

(2) that can in par. 1 Z 2 and 5 above maps to a map be United if the clarity is not affected. A leadership which in paragraph 1 Z 2 and 5 above maps is not necessary if the information in a geographic information system will be made available.

Cracks and maps for geo thermal project

section 40. In the search and the investigation of occurrences of geothermal energy, as well as in the extraction of geothermal energy from such occurrences to make following cracks and maps and to do are:



1.

If the following representations in a crack not as a base to join a search for a mining facility subject to permit were a crack or a map in scale of the Kat Astral workbook for each hole (probe), the information and the State of the cat astral map, are the limits of mining permissions, to represent the day opening of the borehole, through to safety distances to vulnerable objects, the resulting areas, and the related area of the day; distribution the vulnerable objects are especially marked to make;

2. a map on basis of the "Austrian map 1:50 000" of the Federal Office for calibration and measurement on the day opening of the holes of the holes and probes to represent are;

3. a plan, on which the information and the stand of the cat astral map, including the day area to represent are; and 4 a data sheet for each hole, a) the name of the bore as well as b) are the coordinates and the altitude of the approach point of the hole.

Cracks and maps for mines, Heilstollen or test Gallery

section 41. Mines, Heilstollen or test Gallery (trial pits) operated, be to customize following cracks and maps and lead:



1 in the use of parts in operating the mines or mine workings of a disused mine as mine, a Heilstollen or test Gallery (test mining) overview floor plan or a card with the information and the State of the cat astral map, the mining equipment and the associated day area to represent are and the scope of the show mine, healing tunnel or experimental tunnel (the test pit), the transport and routes, the supply lines, the weather Guide , the water retention and also the relevant geological and hydrological conditions refer to leave; While the State of preservation and the expanding art of mine workings shall be indicated; Furthermore is 2 to represent the track of the crack level of cut risslichen representations to Z;

2. cut rissliche representations of mine workings envisaged as mine, healing cave or test Gallery (test mining).

Addendum terms

§ 42. It is to be added



1. the cracks referred to in section 37 and cards at least every six months.

2. the cracks referred to in section 38 and maps at solid rock day growing age of at least two years, at least dreijährig at loose rocks day building;

3. that in article 39, paragraph 1 referred to in Nos. 2 and 5 cards at least biennial and the referred to in § 39 para 1 Nos. 3 and 6 cracks at least annually;

4. the cracks referred to in section 41 at least every two years.

5. section

Detecting ground movement

Commonly used terms of relationship and comparison in measurements

Ground motions are section 43 (1) by position and height measurements to capture in the following areas:



1 in mining areas (§ 153 para 1 of the mineral raw material law) and mining fields for hydrocarbons, when ground deformations in such manner and to such an extent occur or are likely to, that this buildings or other facilities can experience significant changes, or if the mine less than 100 m are removed from the surface or a day construction embankment movements or a borehole mining impacts on the surface occur or to be expected;

2. in areas that are geologically unstable or where mining activities long-range drawdown occur or are expected to.

3. in areas with mining dumps or stem, where ground movements occur or are to be expected;

4. in areas for which by ruling a monitoring obligation is laid down in terms on effects on the surface.

(2) the position and height measurements are immediately at occurrence of ground shaking expected ground movements for the first time before starting to make these triggering mining activities which. You are then, as far as not by ruling otherwise has been set, twice depending on the nature and extent of soil movements at intervals of one to six weeks and repeated subsequently at intervals determined by a responsible mine surveyor / a responsible Markscheiderin on the basis of the previous measuring results.

(3) in the case of the position measurements is an accuracy of ±0. 02 m, to comply with an accuracy of ±10 mm/km at the height measurements.

(4) the position and height measurements are using the State of science and technology of appropriate and corresponding to the accuracy requirements of paragraph 3 methods and benchmarks of land surveying or mining their own benchmarks outside of the areas in which the ground movements can occur sufficiently secured to connect. Before each measurement, the points changes must be checked.

(5) the location and height measurements by an equivalent alternative method or, if this is not possible from technical or surface-related conditions, according to the same method are secure.

Assessment of the measurement results

§ 44. From the results of position and height measurements according to § 43 According to kind and extent, the movement elements are to determine. While the timing of the ground motions occurred must be determined. These are to be interpreted. More ground movements are to be expected, these are, if possible, to predict, estimate or at least according to kind and extent, and in terms of the timing.

Control

§ 45. Changes in buildings and other installations in the in the section 43, paragraph 1 on the basis of ground motion expected areas listed above, the buildings and installations in the extent of movement are appropriate by those responsible for mine surveyor / to be determined by the responsible Markscheiderin periodically for the presence of hairline cracks and signs of pressure, on changes in shock gaps, imbalances, length changes by building or plant parts, misalignment , to control horizontal and vertical curvature and torsion. If necessary, wall studs or test marks are to install. The controls must be documented.

6 article

Ensure the interface use after termination of mining activity

Cracks and maps

Section 46 (1) in the pursuant to § 37 para 1 Nos. 6 and article 38, paragraph 1 are 4 to manufacturing and leading cracks or maps Z to make visible the actual and the uses of land or plot parts provided within the meaning of section 159 of the mineral raw material law.

(2) up to the apparent visualizations in the paragraph 1 are the termination of mining activities according to section 42 to check these cracks and maps on changes. Observed changes, these are in the cracks, or card to enter.

7 section

Final provisions

Special permits

§ 47. The Federal Minister / the Federal Ministry for economy, family and youth can on substantiated request in individual cases due to local or factual circumstances exceptions from compliance with individual provisions of this regulation, such as in particular the addendum periods laid down in article 42, whereby these supplementary terms can be extended to a maximum of five years, grant by ruling if neither the mining safety, mining spatial planning, from strangers, which is mining-legitimate stuff not for use, as well as the surface and the accuracy and completeness of the mining maps are guaranteed.

Entry into force, expiry

48. (1) this regulation into force on February 1, 2013.

(2) the myelin sheath regulation, Federal Law Gazette II No. 69/2001, shall upon expiry of the 31 January 2013 override. Except, § 51 para 1 is first rate. First sentence to the proviso applies Furthermore § 51 para 2 further that cracks led to and cards from the last measurement must be present before 1 March 2001 in the form of automation-supported.

(3) derogations, that II No. 69/2001, have been granted on the basis of article 52 of the myelin sheath regulation, Federal Law Gazette, continue to apply this Regulation as appropriate derogations pursuant to § 47.

Article 2

Borehole mining regulation

Ordinance of the Federal Minister for Economic Affairs and labour on the performs the borehole mining measures (borehole mining regulation BB-V), Federal Law Gazette II No. 367/2005, in the version of regulation BGBl. II, no. 60/2009, is amended as follows:

1. in the table of contents will be after the entry "section 8 records" the phrase "paragraph 8a. Applications and declarations"and after the entry" § 40. drill results "the twist"§ 40a. Borehole image ".

2. in section 8, paragraph 2, the previous paragraph 3 is called "4.". Following new paragraph 3 shall be inserted:



"The provisions of the mineral raw material act on the retention of the mining kartenwerkes apply 3 for the retention of the borehole image (§ 40a) a filled borehole of a hole or a probe."

3. According to article 8, the following paragraph 8a and heading shall be inserted:

"Applications and declarations

§ 8a. All applications required by this regulation and declarations (§ 32 para 6, § 47 para 1, § 53 para 2 and 3 and § 61) can be transmitted in an electronic form, which is able to receive the authority."

4. According to § 40, 40a the following paragraph with heading shall be inserted:

"Borehole image


§ 40a. The mining legitimate has to make a borehole image (longitudinal) for each hole and up to date to keep, which can be seen from the following:



1. the name of the hole, 2. the coordinates and the altitude of the approach point of the hole; the coordinates of the approach of the hole have on the system of land surveying (3-degrees-Strip systems of the Gauß Krüger coordinate with the reference meridians of 28, 31 and 34 degrees East of Ferro) to where the coordinates in meters to two decimal places to be, and the altitude (height of the approach point of the hole) have to refer (height of Adriatic Sea) to the reference horizon of the national survey, where the elevation in meters to two decimal places to be.

3. the purpose of the bore, 4. the date of the beginning and the end of the bore, 5. the hole history in its full length after inclination and direction (azimuth), 6 the depth, petrographic and geological type, composition and thickness of the bored mountain layers, 7 the borehole diameter and diameter and sedimentation depth of piping, 8 the location of Carburising - and perforation lines, 9 areas with water inflows "That loss of circulation media, oil - or gas signs and other safety-significant areas, 10 the timing and the nature of the fill."

5. § 49 para 1 subpara 1 is:



"1. a borehole image (§ 40a);"

6 § 63 the following paragraph 3 is added:

(3) § 8 para 2 No. 3, § 40a and § 49 paragraph 1 Z 1 as amended the regulation Federal Law Gazette II No. 437/2012 enter into force on February 1, 2013. These provisions are also to apply abgeteufte holes before February 1, 2013, where, however, the following applies:



1. the course a hole that has been drilled before November 10, 2005, is, unless it is a directional or horizontal hole to record in the borehole image only if it has been determined.

2. the drill hole diameter and diameter and sedimentation depth of piping are to enter only in the borehole image of a still-non-permitted drilling or probe. This has to be done until 1 September 2013.

3. the location of the Carburising - and perforation lines is to add only in the borehole image of a still-non-permitted drilling or probe. This has to be done until 1 September 2013."

Mitterlehner