1. GENERAL a) Name of Applicant: Shri Mohit Shukla R/o - 54 Vijay Nagar , Malviya Nagar , D block, Jaipur(Raj.) Mobile No. – 08740000000 b) Status of Applicant: Private Individual c) Mineral/s which are occurring in the area and which the applicant intends to mine: The Granite outcrops are occurring in the area and the applicant intends to mine Granite. d) Period for which the mining lease is granted/renewed/proposed to be applied The applicant has applied M.L. for period of fifty years from date of Registration for fresh grant.
e) Name of Qualified Person who preparing the Mining Plan with Progressive Mine Closure Plan: Rakesh Purohit (B.E. Mining) Address - 17E/777, Chopasani Housing Board, Jodhpur. Phone (0291) 2706098 (Tele Fax), M -98290-21098 Photocopy of Experience Certificate is enclosed as Annexure - I. f) Name of prospecting agency: The Granite rock is exposed in the applied area. There are few operating mines nearby and on the basis of geological survey, the availability of granite was checked and verified by state mining department and subsequently consent for grant of mining lease was issued.
1
g) Reference No. and date of Letter of intent from the state Government: This mining plan with progressive mine closure plan is prepared with reference to Under Rule 29(5) & 29 (5) vi RAJASTHAN MINOR MINERAL CONCESSION RULES, 2017. The applicant has applied for mining lease in 3.00hectares area at village Koliwara, Tehsil- Sumerpur & District Pali and Superintendent Mining Engineer Jodh/ Reference No. 201810000422/M.L No. 06/18/4548 dated 09/01/2019 has given consent to grant mining lease. The photocopy of the letter of intent is enclosed as Annexure – II. The applied lease map for applied area is enclosed as Plate no.1 Photocopy of the Description Report is enclosed as an Annexure. III.
2. LOCATION AND ACCESSIBILITY a) Details of area (with Location Map): Enclosed as plate no. 2. District & State: Pali, Rajasthan. Tehsil: Sumerpur Village Khasara No. /Plot No. / Block Range/felling Series etc.: Village Koliwara, Khasra no. 591/592 (Private Agriculture land) Photocopy of the Khasra map along with Jamabandi is enclosed as an Annexure IV. Applied area (Hectares): 3.00 Hects. Whether the area is recorded to be in forest (please specify, whether protected, reserved etc.)- No, the area does not fall in forestland. Ownership Occupancy- Private Agriculture land – 3.00 Hects. Existence of public road/railway, if any nearby and approximate distance: The applied area is approached from village Koliwara, which is about (3.2km) from the applied area in SSE direction. Tehsil Sumerpur is 4.76km from the applied area and District Headquarter Pali which is about 68Km away from the applied area. The Nearest Railway Station is Jawai Bandh, which is about 8.11km from the area. Medical Facility, School & other facilities are available at Koliwara village. Land use pattern (Forest, agricultural, Grazing, Barren etc.)- The entire 3.00 hects land is private agricultural land. Attach a general location and vicinity map showing area boundaries and existing and proposed access routes. It is referred that the area be marked on a Survey of India topographical map or a cadastral map or forest map as the case may be. However if none of these are available, the area should be shown on an accurate sketch. Key Plan is enclosed as Plate No. 2 A The area for mining lease falls in Survey of India Topo Sheet No. 45 G/4 PILLAR LATITUDE LONGITUDE A 2510‟59.37‟‟ 736‟56.07‟‟ B 2511‟0.95‟‟ 736‟49.72‟‟ C 2511‟1.83‟‟ 736‟50.17‟‟ D 2511‟4.74‟‟ 736‟46.23‟‟ E 2511‟8.73‟‟ 736‟47.06‟‟ F 2511‟3.65‟‟ 736‟55.18‟‟
PART -A 3.0 GEOLOGY AND EXPLORATION A. PHYSIOGRPAHY:- The applied area under Mining lease is part hillock. The highest contour RL in the area is 290.0mRL & Lowest RL is 287.0mRL with respect to well of Jitendra Singh to point „A‟ of the lease boundary. There is no nalla flowing in the applied area. The rainwater follows the natural slope and flows out of the applied area. Jawai Canal is passing outside the applied area which is about 0.52km in East Direction. Koliwara River is passing outside the area which is about 2.8km in SE direction from the applied area. Some few natural vegetation plants with in the applied area & local plants like Desi Babool, Neem & shrubs with thorny bushes are the major assets found around the applied area. There is no public road passing through the area. All the surface features are marked on the surface plan & Geological plan plate No. 3 & 4 respectively. The land status is private agriculture land. 3.1 Regional Geology: - The geological set up of Pali District in very complex and interesting. It comprises heterogeneous assemblages of Igneous, Sedimentary and Metamorphic rocks. These are classified into Delhi super group, Marwar super group and Post Delhi Igneous rocks. The main rock type found are phylite, schist, basic volcanics, quartzite, calc schist, calc gneiss and dolomite. The rocks are about 740 to 2000million years old. The geological Sequence Worked out by G.S.I. memoir 123 is given as under: Supergroup/Age Group Lithology Quarternary Alluvium & wind blown sand Nagaur Group Sandstone, gypsum & siltstone Marwar Supergroup Bilara Group Limestone, chert & dolomite Jodhpur Group Sandstone, shale, boulders, chert. Middle to U. Proterozoic Malani Igneous Suite Granite (Jolor type) Rhyolite & pyroclastics with dykes of granophyre Erinpura Granite Granite and gneiss
Punagarh Group Basic volcanic with pillow lava, meta tuff, quartzite, shale, slate phyllite, bedded chert Delhi Supergroup Sirohi Group Phyllite, mica schist, biotite Lower to MiddleProterozoic schist, dolomitic marble, migmatite & gneisses epidiorite, Hornablende Sendra-Ambaji Granite Granite and gneiss Phulad Ophiolite Suite Hornblends schist, amphibolite, pyroxene granulite, gabbro & ultramafics. Kumbhalgarh Group Calc schist, marble, granite schist/amphibolite, biotite
schist, quartzite, mica schist and migmatite
The oldest & prominent rock exposed along district belongs to Delhi supergroup comprising southern, eastern and north eastern margine of the metamorphosed ferruginous and massive classics. The area around lease area is occupied by the extrusive and intrusive phases of Malani igneous suit. In fact granite is found as boulders and sheets and also as small hillocks. This granite is part of Jalore granite group which is essentially quartz-felspar- hornblende granite.
3.2 LOCAL GEOLOGY:- (i) Stratigraphic succession which belongs to local geology.
Erinpura Granite Granite and gneiss Geologically the area comprises coarse to porphyritic grained bluish whitish colored granite (Trade name china – white) belong to Erinpura Granite of Precambrian age. The applied area at surface showing low lying mounds of coarse to phorphyritic bluish whitish color granite. The dimension of mounds of granites bodies are observed 15m x 3m x 0.50m, 5m x 3m, 15m x 8m x 0.50, 15mx15mx2m and 100mx100mx5m. The remaining area
covered by thin capping of sand below sand cover. The bluish whitish colored coarse to porphyriti grained massive and compact in nature which occurs in the form sheet from which block of granite can be excavated were observed. The large size of blocks can be prepared by wire saw machines in the applied area as observation noted from the nature of granite of the applied area. Geologically, recent to sub-recent formation having alluvium is underlain by granite bed of Erinpura age is found in the area. The geological plan is prepared on a scale of 1:1000 and enclosed with this report. Description of litho units: - Given below are the generalized litho-units: Soil – 1.0m. Granite – 35.0mts. (Proved= 20mts) (Probable= 10mts) & (Possible= 5mts)
3.3 (A) GENERAL GEOLOGY OF THE AREA/PHYSICAL CHARACTERS OF GRANITE. The country rock exposed in the applied area is Granite which belongs to Jalore granite of post Delhi age. Area is completely occupied by the granite and the area falls on ground surface and partly part of small hillock. Granite is defined as plutonic light colored and acidic igneous rock Composition: - The most common mineralogical constituents of the granite are quartz and feldspars. The first is always easily recognized by its physical properties. Feldspar, which makes up the greater part of granite, are of two types the Potash Feldspar and Soda Feldspar. Among other minerals the most important are Micas, Amphiboles, commonly Hornblende, and rarely pyroxenes like Augite and Hypersthene. Similarly Accessory minerals like oxide of iron, apatite, garnet and tormoulene appearances are also seen. Texture: - Granite is medium to coarse grained. There are two different sets of joints running perpendicular to each other dividing the massive rock mass into blocky formation. Occurance: - The granite occurs chiefly as deep seated intrusion like Sills, Bosses, Stocks and Batholiths.
Origin: - The origin of the granite is magmatic source. Colour: - Granite is defined as bluish whitish colored. Nature: - Non toxic in nature
B) EXPLORATION WORK DONE TO DATE:- No exploration work is done till date. C) EXPLORATION PROPOSED TO BE CARRIED OUT IN THE FIRST FIVE YEARS: For confirmation of granite continuity in the applied area as applied area is alluvium covered ,area unexplored shall be explored by digging two scout bore hole (SB.H-1 to SB.H.-2) in first year of mining upto a depth of 20mts. The location of the proposed scout bore hole is shown in Surface Geological Plan & Section, Plate No. 4.
D) RESERVES: The reserve estimation is done, taking the exposed granite in the applied applied area into consideration. The reserves are divided in three categories i.e. Proved, Probable and Possible. RESERVES ESTIMATION A. PROVED RESERVES (refer Plate no. 4) Section is drawn to show the thickness of the granite rock. The entire area has been multiplied by the average thickness of 20m to get the volume of the proved reserves. The average thickness 20m of granite has been taken based on nearby operating mines. B. PROBABLE RESERVES As discussed above, the average depth for proved reserves has been taken 10mts from the exposed surface. Section is drawn to show the thickness of the granite rock. The thickness of the probable reserves as taken as the 10.0m further down to depth of proved reserves. The area has been multiplied by the thickness of 10m to get the volume of the probable reserves.
C. POSSIBLE RESERVES The thickness of the possible reserves are taken as 5.0m further down to probable reserves depth. The entire area has been multiplied by the thickness of 5.0m to get the volume of the possible reserves. The detailed calculations are given below:
RESERVE CALCULATION OF GRANITE (REFER PLATE NO. 4) Category Area Average Thickness Volume Tonnage Sqm. (m) Cum. Proved 30000 20 600000 1680000 Probable 30000 10 300000 840000 Possible 30000 5 150000 420000 TOTAL 1050000 2940000 Bulk density is taken 2.8 tonnes/cum
ESTIMATION OF MINEABLE RESERVES FOR GRANITE Proved Reserves 1. (i) Area covered by 7.5m of boundary barrier in the proved category of reserve has been calculated as 2730 sqmt. Thus the mineral blocked in barrier is 2730 x 20 x 2.8 = 152880MT
(ii) Area covered by working benches in the proved category reserves 6795sqm. Mineral blocked in benches is 6795 x 20 x 2.8 = 380520MT
Total Mineral blocked under proved category due to boundary barrier and making of benches = 533400 MT (“211”)
Mineable reserves (proved) – blocked reserve (Barrier+ Benches) 1680000 – 533400= 1146600MT. under “111” Probable Reserves (i) Area covered by 7.5m of boundary barrier in the probable category of reserve has been calculated as 2730sqmt. Thus the mineral blocked in barrier is 2730 x 10 x 2.8 = 76440 MT
(ii) Area covered by working benches in the probable category reserves 7790sqm. Mineral blocked in benches is 7790 x 10 x 2.8 = 218120MT Total Mineral blocked under probable category due to boundary barrier and making of benches = 294560MT under “221”) Mineable reserves (probable) – blocked reserve (Barrier+ Benches) 840000 – 294560 = 545440MT. under “121” Total Mineable Reserves = 1146600MT + 545440 MT = 1692040MT UNFC code for reserve transcription
Classification Code Quantity in M.T. Total Mineral resources (A+B) 2940000 A.Mineral Reserve: - 1.Proved Mineral Reserves 111 1146600 2.Probable Mineral Reserves 121&122 545440 B.Remaining Resources: - 1.Feasibility Mineral Resources 211 533400 2.Prefeasibility Mineral Resources 221 294560 3.Measured Mineral Resources 331 - 4.Indicated Mineral Resources 332 - 5. Inferred Mineral Resources 333 420000 6.Reconnaissance Mineral 334 Resources
4.0 MINING A) Proposed Mining Method:- Since the deposit is at shallow depth the proposed method of mining will be Semi Mechanized open cast. For the systematic working of open cast mines, benching will be done. The granite is overlain by soil. So to extract granite it is necessary to remove the soil. The mining will be done with making systematic benches. Road and ramps at prescribed gradient will be made during the mining granite. The height of the benches will be kept, 1m in soil, 6m in granite in second bench. Granite is form of blocks will be extracted by wire saw cutters. Loading of blocks will be by crane into dumpers. Drilling and blasting will support these. In the first five years of mining plan about 1,00,000 MT (Average) of rock will be excavated this will give marketable granite of around 70000MT (Average) per year considering 70% recovery.
B) Composite Plan and Year Wise Section: Proposed working Plan and Sections for first five years are attached as Plate No. 5. (i) Plan Showing pit layouts, Dumps, Sub grade Mineral stack etc. –The waste will be dumped inside the applied area as shown in the proposed working plan plate no. 5
C) Proposed Rate of ROM Production and Expected Life of Mine: The proposed rate of ROM production for the first five years is 1,00,000MT Total mineable mineral includes (Proved + Probable) category is 1692040MT Expected Life of Mine from the present targeted rate of production: 1692040/100000 = 17.0 years Actual life of mine will depend upon colour variation and quantity observed/found below surface as fractured Granite.
D) Conceptual Plan of the Mine for Lease Period: (Refer plate no.7) At end of the life of mine out of a total of about 2.51 hectares excavated area, in which about 1.0696 hectare area will be backfilled from O.B excavated & topsoil spread over it. The land may be used for agriculture purpose and some trees will also be planted over it to preserve the aesthetic look of the area. An area of about 1.4404 hectare will be left as for accumulation of rainwater, which will charge the water table of the area and water collected in this reservoir, which will be utilized for the agriculture purpose.
E) Opencast Mines:- i) Salient Features of Mode of working :- The mining will be done through semi mechanized method and the drilling of the holes will be done through compressed air operated Jack Hammers. The working will be done by forming bench of 6.0m (Average) height in granite. In first year onwards, 1.0m soil will be removed and 6mts granite will be excavated. The granite is a building material. The cost of the granite is directly dependent on the size of the block mined. Therefore, it is desired to get the maximum size of the boulders from the rocks. For this special techniques in drilling, i.e. by locating the direction and spacing of the joints, is done and the suitable free face is created by wiresaw machines to extract blocks.
Describe briefly layout of mine workings, the layout of faces and sites of disposal of waste- (refer plate no. 5) In the first five years of mining plan, each year about 1,00,000 MT (Average) of rock will be excavated this will give marketable granite of around 70000 MT (Average) per year. The bench wise calculations are given in table below Bulk density of granite is taken as 2.8MT/cum. Production & waste generated in first five years mining R.L. Area Avg. Volume ROM Granite Reject/ Soil
Thick Cum. (70%) Waste Cum
ness MT (30%)
MT
Year Bench From To I I 290 289 10730 1 10730 - - 10730 II 289 284 10730 3 32190 90132 63092 27040 - Total 90132 63092 27040 10730 I 284 278 5952.5 6 35715 100002 70001 30001 - II Total 100002 70001 30001 - I 284 278 3330 6 19980 55944 39160 16784 - III II 278 272 2622.5 6 15735 44058 30841 13217 - Total 100002 70001 30001 - I 290 289 3419 1 3419 - - - 3419 IV II 289 284 3400 3 10200 28560 19992 8568 III 284 278 3422.5 6 20535 57498 40249 17249 IV 278 272 830 6 4980 13944 9761 4183 Total 100002 70002 30000 - I 278 272 5952.5 6 35715 100002 70001 30001 - V Total 100002 70001 30001 - Grand Total 490140 343097 147043 14149
Total Marketable granite produced in first five year will be = 343097MT Total Soil generated in first five year will be = 14149Cum Total Reject generated in first five year will be = 147043MT
(G) Underground Mining: - Not applicable.
(H) Extent of Mechanization: - The following machinery shall be deployed as per granite policy 2002. (i) Compressors Two (ii)Rock Drill Two (iii) Chain Pully Block One (iv)Wedges and feathers as per requirement (v) Crane One (vi) 25T Dumpers Two (vii) Mechanical loader One (viii) Diamond wire saw One
(ii) Loading Equipment: - Crane will be used for loading.
(I) Haulage and Transport Equipment:- (a) Haulage within mining leasehold: - Haulage of the large granite blocks with in the mining area will be done by the mechanical loader. (b) Transport from Mine head to destination:-Transport from Mine head to destination will be done by the trucks on hire basis.
5. BLASTING Granite blocks in required size will be cut from insitu deposit by wiresaw cutters. Blasting may be required very occasionally for removal of waste. This will be done complying with the provisions of MMR, 1961 and Explosives Act. Blasting shall be done by certified blaster only. TYPE OF EXPLOSIVE TO BE USED 1. High explosive to use as booster like slurry explosive. 2. No. 6 or No. 8 Ordinary Detonators with Safety Fuse. STORAGE OF EXPLOSIVE Since blasting will be very occasional, no storage is planned for the mine. Explosive will be procured from authorized dealer who will supply explosive in licensed explosive van as and when required for charging and blasting. Left out explosive will be taken back by the supplier. Since lessee‟s family has number of mines in the area, they may go for a common magazine for storage, if required in future. PRECAUTIONS:- All the adequate precautions as per provisions MMR1961 will be taken. Authorized person will do blasting.
6. MINE DRAINAGE The applied area under Mining lease is part hillock. There is no nalla flowing through the area. In the rainy season the rainwater from the natural slopes flows down to the nearby private land hence water will not be accumulated in the pit. Pump shall be available at the site for dewatering the water from working pit if water gets accumulated in rainy season. Post monsoon ground water table is 35-40m and pre monsoon is 40 to 45m deep from the lowest surface level.
7.0 STACKING OF MINERAL REJECTS AND DISPOSAL OF WASTE 7.1 Nature of waste: - The waste rock obtained will be the granite rock pieces and weathered granite, which does not have any market. These are obtained while sizing of the rock, and also at the time of blasting. The year wise generation of waste/rejects, overburden during first five years of mining is given as under: - Year Reject Soil (Cum) (MT)
I. 27040 10730 II. 30001 - III. 30001 - IV. 30000 3419 V. 30001 - Total 147043 14149 7.2 Selection of dumping site for Soil: - The Soil generated in the first five years will be stacked near the boundary pillar „B‟ of the applied area over an area of 962sqm.with the height of 2.0mts shown in the proposed five year working plan. Plate No.5 7.3 Selection of dumping site: - The waste (Reject & O.B) generated in the first five years will be stacked near the boundary line “A”. The tentative position is shown in the proposed five year working plan. Plate No.5
7.4 Maximum height and spread of dumps: - The waste generated in the first five years will be stacked near the boundary Pillar “A” over an area of 1841sqm with the height of 4mts. The tentative position is shown in the proposed five year working plan Plate No.5 7.5 Stacking of Sub grade Mineral: - No sub grade mineral will be generated during the course of mining. 7.6 Selection of site and spread for stacking of sub grade mineral: No site is required for the sub grade mineral.
8. USE OF MINERAL Granite finds extensive use in architectural works. These have been used extensively in monuments and memorials, as columns and steps in building and also as concrete aggregate after crushing.
9. SITE SERVICES
(A) Site Services: - 1. Office and Store: - Office and store will be proposed in the applied area. 2. Water supply: - The water is required for drinking purpose & for spraying on roads to reduce dust pollution due to mining. Water is also required for plantation purpose. Water is available from nearby area and transported by water tankers. 3. Power supply: - Power is now available in the area and will be used for some of the mining equipments like wire saw cutting machines, crane, pump etc. 4. Workshop:- Since lessee‟s family have number of mines in the area, a common workshop facility will serve all the mines. 5. First –aid facility: - A common first aid station with all first aid facilities and qualified first aiders for group of mines owned by lessee and his family will be maintained in the area. Minimum first aid equipments as per law will be maintained at this mine also.
B) EMPLOYMENT POTENTIAL Management and Supervisory Staff Technical and other persons will be employed as follows: S.No. Designation Qualification Requirement 1. Mining Engineer II-class manager 1 2. Mine Foreman Foreman Certificate 1 3. Geologist Post Graduate in 1 Geology 4. Time Keeper/Chowkidar Matriculate 1 For annual production of 1,00,000MT. of Granite. The daily requirement considering 12 working months of 25 days each, daily rock production will be 333 MT. Proposed Strength:- Skilled - 8 Unskilled – 4
10. MINERAL BENEFICIATION No mineral beneficiation is proposed. The granite rock will be sold as blocks for slabs or for tiles. These will be sized at the site as per the market requirement. The granite blocks (Khandas) are sized 12‟‟ x 24‟‟ x 28‟‟ for tiling plants. The Granite blocks for slabs are sized ranging from 1mx 1m x 3m/4m/5m as market demand.
11. ENVIRONMENT MANAGEMENT PLAN 11.1 NOTE ON THE STATUS OF BASELINE INFORMATION: (i) Existing Land use pattern:- Indicate land req. Forest Crop Grazing Waste Others Total Outside Land Land Land Land applied area (In hectares) a) Pits & - - - - - Quarries b) Dumps of ore - - - - - Waste & O.B. c) Mineral Stack ------d) Soil Stack e) Infrastructure including of - - - - - office, Workshop & plants Roads f) Township - - - - - g) Others (i) Barren land - - - - - (ii) Crop land - 3.00 - - - 3.00 - Total occupied - 3.00 - - - 3.00 - Area h) Area backfilled by mine owner -nil (i) Area afforested by mine owner - nil
(ii) Water regime:- There is no nalla flowing with in the area. The post monsoon water table is 35 to 40m and pre-monsoon 40 to 45m below the general ground level of the area.
(iii) Flora and fauna: - There are some plants with in the applied area i.e. local plants Vilayati Babool, Khejri, ker & shrubs with thorny bushes are the major assets found in and around the applied area. The density of such trees is counted to be less than 1 tree per hect. No carnivore‟s animals are seen around 5 kms. radius because there is no wild life. Pet animals like cow, goat, sheep, etc. are kept by the villagers. (iv) Quality of air, ambient noise level and water:- There is no major industry in the area and therefore, the air in general is of good quality. Few mines are being operated where diesel equipments are being used but their capacity and working hours are so less that they hardly affect the quality of atmospheric air. Few diesel operated machines like Poclain/JCB, dumpers will be used in this mine but they will be maintained in good condition so that gases emitted by them are within prescribed limits. The trucks, Jeeps or local public conveyance passing nearby the area generates noise, which is of very intermittent and low level. The ambient noise level is also within the specified limits, as no permanent sources of noise generation are present within the applied area. (v) Climatic Conditions:- The temperature in summer touches upto 47°C, while in winter it comes as low as to 4°C. The average annual rainfall in the area is about 400mm. (vi)Human settlement:- There is no human settlement in the area. (vii) Public Building, Places and Monuments: There are no public buildings like temples, public wells, and public road passing through the applied area. (viii) Whether area falls under notified area under water (Prevention & Control of Pollution) Act, 1974: -
The area is notified under Water Act, 1974.
11.2 ENVIRONMENTAL IMPACT ASSESSMENT a) Land Environment Land Scape:- i)Land use after fifth year Indicate Forest Crop Grazing Waste land req. Others Total Land Land Land Land Outside appliedarea (In hectares) a) Pits & Quarries - 1.36 - - - 1.36 - b) Dumps of ore - 0.1841 - - - 0.1841 - Waste & Reject. c) Mineral Stack - - d) Soil Stack 0.0962 0.0962 e) Infrastructure including of office, - 0.005 - - - 0.005 - Workshop & plants Roads f) Township - - - - - g) Others - - - (i)Barrenland - - - - - 1.3547 1.3547 (ii) Crop land - - - - Total occupied Area - 3.00 - - - 3.00 - h) Area backfilled by mine owner- Nil. i) Area afforested by mine owner 0.3Hect ii) Aesthetic environment: The aesthetic environment of the area will not have any adverse effect. At the place of proposed mining, no vegetation is present. Hence there will be no impact on the aesthetic environment of the area. iii) Soil and Land use pattern: During the first five years the soil present in the lease will be removed and after that it will be used for plantation purposes subsequently whenever backfilling of mined out waste is undertaken the soil will be spread over the backfilled area and leveled.
iv) Agriculture:-The mining working will be concentrated in the area where no agricultural activities are going on. There will be no impact on the agriculture of the area. v) Forest: - The area does not falls in forest land, so there will be no harm. vi) Vegetation:-There is no vegetation in this area. Some thorny bushes of local species are present in and around the area in the soil. These bushes will not be cut down in the area where mining is proposed; hence there will be no effect on vegetation will be there. vii) Public Building, Places and Monuments:- There is no public building; Places or monuments inside or around the applied area and so there will be no anticipated impact. (b) Water Environment:- i) Surface Water There is no nalla passing through the area, therefore there will be no effect on the surface water. ii) Ground Water The water table is 35-40m post monsoon and 40-45m pre monsoon below the lowest level in the area. The mining activity will not get intersect the ground water table. The mining activity is proposed on the higher level; therefore no effect on ground water due to mining operation will be there. iii) Quality of water: Since mineral is non-toxic and no material having toxicity is proposed to be used in mining operations, quality of ground water is not likely to get effected. (c) Air Environment i) Noise:- Though, mining is semi mechanized, machines like wiresaw, crane, pump etc. being electric operated, will not produce much sound. The noise producing poclain/JCB for loading of excavate material into trucks will also not have much noise pollution as their use will be very limited. Persons in the vicinity of high noise equipments like drilling machines, will be provided with ear muffs/plugs.
ii) Air:- Drilling will generate the dust. This may affect the air environment. It is proposed to use wet drilling only. In case of any difficulty in wet drilling, dry dust extractors will be used to prevent the dust to become air born. Other than this, only plying of trucks may generate some dust, which will be negligible. Water spraying on roads will reduce the dust pollution from plying of trucks. Dust survey at prescribed interval is also proposed to check on the dust pollution in the mine. iii) Climatic Conditions There will be no impact on climatic conditions of the area by mining operations. (d) Socio-economic Environment i) Social and Demographic profile The villagers of the nearby villages will have better employment opportunities. ii) Occupational health and safety There will be no impact on health and safety of the villagers. iii) Human Settlement There is no human settlement with in the applied area. Therefore there will be no impact on the human settlement. iv) Recreational facility Presently, no recreational facilities are proposed or present in the area. Therefore there will be no impact on these.
11.3 ENVIRONMENT MANAGEMENT PLAN (i) Temporary storage and utilization of topsoil:- Soil is present in the applied area. The soil generated in the first five years will be stacked near the boundary pillar „B‟ of the applied area as shown in the proposed five year working plan, Plate No.5. During the first five years the soil present in the lease will be removed and after that it will be used for plantation purposes subsequently whenever backfilling of mined out waste is undertaken the soil will be spread over the backfilled area and leveled. (ii) Proposal for reclamation of land affected by mining activities during and at the end of mining lease period:- (a) In the first five years, there is no proposal for reclamation of the land affected by mining because the bottom of the granite will not be reached in the first five years. (b) At end of the life of mine out of a total of about 2.51 hectares excavated area, in which about 1.0696 hectare area will be backfilled from O.B excavated & topsoil spread over it. The land may be used for agriculture purpose and some trees will also be planted over it to preserve the aesthetic look of the area. An area of about 1.4404 hectare will be left as for accumulation of rainwater, which will charge the water table of the area and water collected in this reservoir, which will be utilized for the agriculture purpose. (iii) Programme of afforestation:- Soil is present in the area, which will be used for plantation purpose. To improve the environment of the area proposal for plantation of babool & neem trees has been made. It is proposed to plant 60 tree/ year inside the applied area along boundary line EF. So during the proposed five-year period about 300 trees of Desi babool , Neem will be planted in an area of 0.3 hect. The site of plantation has been marked in year wise development plan, plate no. 5.Proper after care by manuring, watering and pesticides etc. will be taken by proper staff.
(iii) Stabilization and vegetation of dumps:- There will not be any waste generation except the weathered rock extraction which is planned to be dumped in identified place. For stabilization of this dump, it will be kept at its angle of repose and the height will be not more than 4m. Retaining wall shall be made at the bottom of the dump to prevent any inadvertent entry to the bottom of dump. (v) Treatment and disposal of mine water: - The mine water will be used for spraying on roads for dust suppression. It will also be used for plantation purpose. It will not be discharged outside as far as possible. Even if, need comes like in rainy season, it will be discharged only after desalting. (vi) Measures for minimizing adverse effect on water regime: - There is no nalla passing through the area, therefore there will be no effect on the surface water. The mining activity is proposed on the higher side; therefore no effect on ground water due to mining operation will be there. Since mineral is non-toxic and no material having toxicity is proposed to be used in mining operations, quality of ground water is not likely to get effected. (vii) Socio-Economic benefits arising out of mining: Mining in remote and rural areas brings in some changes in the traditional life style of the local people. Presently the nearby villagers have mainly occupation of agricultural for their livelihood. After grant of mining lease they will have better employment opportunities, which will improve their living standards. Due to this mine general condition of people in the area will improve (viii) Measures for dust control: - The dust generated during drilling will be taken proper care by using wet drilling. Water spraying will be done on roads. Drillers will be provided with dust mask. Periodic dust sampling as prescribed by law will be done to check on the dust pollution.
12.0 ANY OTHER RELEVANT INFORMATION NIL
Signature of Technical Person
RAKESH PUROHIT (B.E. MINING)
PROGRESSIVE MINE CLOSURE PLAN 1.0 INTRODUCTION (a) Name of applicant & complete address Shri Mohit Shukla R/o - 54 Vijay Nagar , Malviya Nagar , D block, Jaipur (Raj.) Mobile No. – 08740000000
(b) Applied area: - 3.0 Hectares. (c) Type of area: - Non forest land. (d) Present land status: - Agricultural land = 3.0 hectares. (1). Area already excavated = Nil (2). Storage for Topsoil = Nil (3). O.B./Dump = Nil (4). Mineral storage = Nil (5). Infrastructure (Workshop/Adm. Building, cart track) = Nil (6). Roads = Nil (7). Railways = Nil (8). Green belt = Nil (9). Tailing pond = Nil (10). Effluent treatment plant = Nil (11). Mineral separation plant = Nil (12). Township area = Nil (13). Others (To specify) = Nil (f) Method of mining: - Open cast semi mechanized mining by forming benches of 1.0mts maximum height in Soil & 6.0mts in mineral. (g). Mineral-processing operations: - No mineral beneficiation is proposed, at the site. 1.1 Reasons for closure: - The mine closes either due to depletion of Mineable reserve or due to uneconomic mining or due to search of more economic substitute for mining product. The aforesaid reasons for closure are not applicable at this stage.
Statutory obligations:- Lessee has to follow Mines safety rules and regulation for day to day working in the interest of labor. Lessee will be apply for CTE, CTO & Environment Clearance after getting approval of mining plan with pmcp.
1.2 Name & address who is preparing the progressive closure plan: - RAKESH PUROHIT (B.E. Mining) Address- 17E-777 Chopasani Housing Board, Jodhpur – 342008 Phone No. (0291)- 2706098 (TeleFax), 9829021098 (M) E-mail: – [email protected]
Executing Agency: -
Shri Mohit Shukla R/o - 54 Vijay Nagar , Malviya Nagar , D block, Jaipur (Raj.) Mobile No. – 08740000000
2.0 MINE DESCRIPTION (A) Physiography & Drainage: - The applied area under Mining lease is flat. The highest contour RL in the area is 290.0mRL & Lowest RL is 287.0mRL with respect to well of Jitendra Singh to point „A‟ of the lease boundary. There is no nalla flowing in the applied area. The rainwater follows the natural slope and flows out of the applied area. Jawai Canal is passing outside the applied area which is about 0.52km in East Direction. Koliwara River is passing outside the area which is about 2.8km in SE direction from the applied area. Some few natural vegetation plants with in the applied area & local plants like Desi Babool, Neem & shrubs with thorny bushes are the major assets found around the applied area. There is no public road passing through the area. All the surface features are marked on the surface plan & Geological plan plate No. 3 & 4 respectively. The land status is private agriculture land.
2.1 Regional Geology: - The geological set up of Pali District in very complex and interesting. It comprises heterogeneous assemblages of Igneous, Sedimentary and Metamorphic rocks. These are classified into Delhi super group, Marwar super group and Post Delhi Igneous rocks. The main rock type found are phylite, schist, basic volcanics, quartzite, calc schist, calc gneiss and dolomite. The rocks are about 740 to 2000million years old. The geological Sequence Worked out by G.S.I. memoir 123 is given as under: Supergroup/Age Group Lithology Quarternary Alluvium & wind blown sand Nagaur Group Sandstone, gypsum & siltstone Marwar Supergroup Bilara Group Limestone, chert & dolomite Jodhpur Group Sandstone, shale, boulders, chert. Middle to U. Proterozoic Malani Igneous Suite Granite (Jolor type) Rhyolite & pyroclastics with dykes of granophyre Erinpura Granite Granite and gneiss
Punagarh Group Basic volcanic with pillow
lava, meta tuff, quartzite, shale, slate phyllite, bedded chert Delhi Supergroup Sirohi Group Phyllite, mica schist, biotite Lower to MiddleProterozoic schist, dolomitic marble, migmatite & gneisses epidiorite, Hornablende Sendra-Ambaji Granite Granite and gneiss Phulad Ophiolite Suite Hornblends schist, amphibolite, pyroxene granulite, gabbro & ultramafics. Kumbhalgarh Group Calc schist, marble, granite schist/amphibolite, biotite
schist, quartzite, mica schist and migmatite
The oldest & prominent rock exposed along district belongs to Delhi supergroup comprising southern, eastern and north eastern margine of the metamorphosed ferruginous and massive clastics. The area around lease area is occupied by the extrusive and intrusive phases of Malani igneous suit. In fact granite is found as boulders and sheets and also as small hillocks. This granite is part of Jalore granite group which is essentially quartz-felspar- hornblende granite.
2.2 LOCAL GEOLOGY:- (i) Stratigraphic succession which belongs to local geology.
Erinpura Granite Granite and gneiss Geologically the area comprises coarse to porphyritic grained bluish whitish colored granite (Trade name china – white) belong to Erinpura Granite of Precambrian age. The applied area at surface showing low lying mounds of coarse to phorphyritic bluish whitish color granite. The dimension of mounds of granites bodies are observed 15m x 3m x 0.50m, 5m x 3m, 15m x 8m x 0.50, 15mx15mx2m and 100mx100mx5m. The remaining area covered by thin capping of sand below sand cover. The bluish whitish
colored coarse to porphyriti grained massive and compact in nature which occurs in the form sheet from which block of granite can be excavated were observed. The large size of blocks can be prepared by wire saw machines in the applied area as observation noted from the nature of granite of the applied area. Geologically, recent to sub-recent formation having alluvium is underlain by granite bed of Erinpura age is found in the area. The geological plan is prepared on a scale of 1:1000 and enclosed with this report. Description of litho units: - Given below are the generalized litho-units: Soil – 1.0m. Granite – 35.0mts. (Proved= 20mts) (Probable= 10mts) & (Possible= 5mts) 2.3 (A) GENERAL GEOLOGY OF THE AREA/PHYSICAL CHARACTERS OF GRANITE. The country rock exposed in the applied area is Granite which belongs to Jalore granite of post Delhi age. Area is completely occupied by the granite and the area falls on ground surface and partly part of small hillock. Granite is defined as plutonic light colored and acidic igneous rock Composition: - The most common mineralogical constituents of the granite are quartz and feldspars. The first is always easily recognized by its physical properties. Feldspar, which makes up the greater part of granite, are of two types the Potash Feldspar and Soda Feldspar. Among other minerals the most important are Micas, Amphiboles, commonly Hornblende, and rarely pyroxenes like Augite and Hypersthene. Similarly Accessory minerals like oxide of iron, apatite, garnet and tormoulene appearances are also seen. Texture: - Granite is medium to coarse grained. There are two different sets of joints running perpendicular to each other dividing the massive rock mass into blocky formation. Occurance: - The granite occurs chiefly as deep seated intrusion like Sills, Bosses, Stocks and Batholiths. Origin: - The origin of the granite is magmatic source. Colour: - Granite is defined as bluish whitish colored.
Nature: - Non toxic in nature C) EXPLORATION PROPOSED TO BE CARRIED OUT IN THE FIRST FIVE YEARS: For confirmation of granite continuity in the applied area as applied area is alluvium covered ,area unexplored shall be explored by digging two scout bore hole (SB.H-1 to SB.H.-2) in first year of mining upto a depth of 20mts. The location of the proposed scout bore hole is shown in Surface Geological Plan & Section, Plate No. 4.
D) RESERVES: The reserve estimation is done, taking the exposed granite in the applied applied area into consideration. The reserves are divided in three categories i.e. Proved, Probable and Possible. RESERVES ESTIMATION A. PROVED RESERVES (refer Plate no. 4) Section is drawn to show the thickness of the granite rock. The entire area has been multiplied by the average thickness of 20m to get the volume of the proved reserves. The average thickness 20m of granite has been taken based on nearby operating mines. B. PROBABLE RESERVES As discussed above, the average depth for proved reserves has been taken 10mts from the exposed surface. Section is drawn to show the thickness of the granite rock. The thickness of the probable reserves as taken as the 10.0m further down to depth of proved reserves. The area has been multiplied by the thickness of 10m to get the volume of the probable reserves. C. POSSIBLE RESERVES The thickness of the possible reserves are taken as 5.0m further down to probable reserves depth. The entire area has been multiplied by the thickness of 5.0m to get the volume of the possible reserves. The detailed calculations are given below:
RESERVE CALCULATION OF GRANITE (REFER PLATE NO. 4) Category Area Average Thickness Volume Tonnage Sqm. (m) Cum. Proved 30000 20 600000 1680000 Probable 30000 10 300000 840000 Possible 30000 5 150000 420000 TOTAL 1050000 2940000 Bulk density is taken 2.8 tonnes/cum
ESTIMATION OF MINEABLE RESERVES FOR GRANITE Proved Reserves 1. (i) Area covered by 7.5m of boundary barrier in the proved category of reserve has been calculated as 2730 sqmt. Thus the mineral blocked in barrier is 2730 x 20 x 2.8 = 152880MT
(ii) Area covered by working benches in the proved category reserves 6795sqm. Mineral blocked in benches is 6795 x 20 x 2.8 = 380520MT
Total Mineral blocked under proved category due to boundary barrier and making of benches = 533400 MT (“211”)
Mineable reserves (proved) – blocked reserve (Barrier+ Benches) 1680000 – 533400= 1146600MT. under “111” Probable Reserves (i) Area covered by 7.5m of boundary barrier in the probable category of reserve has been calculated as 2730sqmt. Thus the mineral blocked in barrier is 2730 x 10 x 2.8 = 76440 MT
(ii) Area covered by working benches in the probable category reserves 7790sqm. Mineral blocked in benches is 7790 x 10 x 2.8 = 218120MT Total Mineral blocked under probable category due to boundary barrier and making of benches = 294560MT under “221”) Mineable reserves (probable) – blocked reserve (Barrier+ Benches) 840000 – 294560 = 545440MT. under “121” Total Mineable Reserves = 1146600MT + 545440 MT = 1692040MT
UNFC code for reserve transcription
Classification Code Quantity in M.T. Total Mineral resources (A+B) 2940000 A.Mineral Reserve: - 1.Proved Mineral Reserves 111 1146600 2.Probable Mineral Reserves 121&122 545440 B.Remaining Resources: - 1.Feasibility Mineral Resources 211 533400 2.Prefeasibility Mineral Resources 221 294560 3.Measured Mineral Resources 331 - 4.Indicated Mineral Resources 332 - 5. Inferred Mineral Resources 333 420000 6.Reconnaissance Mineral 334 Resources
2.5 Mining Method: - Since the deposit is at shallow depth the proposed method of mining will be Semi Mechanized open cast. For the systematic working of open cast mines, benching will be done. The granite is overlain by soil. So to extract granite it is necessary to remove the soil and weathered granite. The mining will be done with making systematic benches. Road and ramps at prescribed gradient will be made during the mining granite. The height of the benches will be kept, 1m in soil, & 6m in granite. Granite is form of blocks will be extracted by wiresaw cutters. Loading of blocks will be by crane into dumpers. Drilling and blasting will support these.
3.0 REVIEW OF IMPLEMENTATION OF MINING PLAN/ SCHEME OF MINING INCLUDING FIVE YEARS PROGRESSIVE CLOSURE PLAN UPTO THE FINAL CLOSURE OF MINE It is a fresh applied area and this progressive mine closure plan is first plan for this area, hence this chapter is not applicable at present.
4.0 CLOSURE PLAN 4.1 Mine-out land: - (i) Existing Land use pattern: Indicate land req. Forest Crop Grazing Waste Others Total Outside Land Land Land Land applied area (In hectares) a) Pits & - - - - - Quarries b) Dumps of ore - - - - - Waste & O.B. c) Mineral Stack ------d)Soil Stack e) Infrastructure including of - - - - - office, Workshop & plants Roads f) Township - - - - - g) Others (i)Barren land - - - - - (ii)Crop land - 3.00 - - - 3.00 - Total occupied - 3.00 - - - 3.00 - Area h) Area backfilled by mine owner -nil (i) Area afforested by mine owner – nil
(ii)Land use pattern after Fifth Year
Indicate Forest Crop Grazing Waste land req. Others Total Land Land Land Land Outside appliedarea (In hectares) a) Pits & Quarries - 1.36 - - - 1.36 - b) Dumps of ore - 0.1841 - - - 0.1841 - Waste & Reject. c) Mineral Stack - - d) Soil Stack 0.0962 0.0962 e) Infrastructure including of office, - 0.005 - - - 0.005 - Workshop & plants Roads f) Township - - - - - g) Others - - - (i)Barren land - - - - - 1.3547 1.3547 (iv) Crop land - - - - Total occupied - 3.00 - - - 3.00 - Area h) Area backfilled by mine owner- Nil. i) Area afforested by mine owner 0.3Hect
4.2 Water Quality Management: - i) Surface Water :- There is no nalla passing through the area, therefore there will be no effect on the surface water. ii) Ground Water The water table is 35-40m post monsoon and 40-45m pre monsoon below the lowest level in the area. The mining activity will not get intersect the ground water table.
iii) Quality of water: Since mineral is non-toxic and no material having toxicity is proposed to be used in mining operations, quality of ground water is not likely to get effected. 4.3 Air Quality Management: - i) Noise:- Though, mining is semi mechanized, machines like wiresaw, crane, pump etc. being electric operated, will not produce much sound. The noise producing poclain/JCB for loading of excavate material into trucks will also not have much noise pollution as their use will be very limited. Persons in the vicinity of high noise equipments like drilling machines, will be provided with ear muffs/plugs. ii) Air:- Drilling will generate the dust. This may affect the air environment. It is proposed to use wet drilling only. In case of any difficulty in wet drilling, dry dust extractors will be used to prevent the dust to become air born. Other than this, only plying of trucks may generate some dust, which will be negligible. Water spraying on roads will reduce the dust pollution from plying of trucks. Dust survey at prescribed interval is also proposed to check on the dust pollution in the mine. iii) Climatic Conditions There will be no impact on climatic conditions of the area by mining operations. (ii) Ambient Noise & Vibration levels: - There will be occasional sound of the compressors and Jack hammers when drilling of holes will be made. There will be sound due to JCB. To avoid this proper care of the machine will be done and the earplugs shall be provided to the drillers/ operators.
4.4 Waste Management: - The waste rock obtained will be the granite rock pieces and weathered granite, which does not have any market. These are obtained while sizing of the rock, and also at the time of blasting. The year wise generation of waste/rejects, overburden during first five years of mining is given as under: - Year Reject Soil (Cum) (MT)
I. 27040 10730 II. 30001 - III. 30001 - IV. 30000 3419 V. 30001 - Total 147043 14149 The Soil generated in the first five years will be stacked near the boundary pillar „B‟ of the applied area over an area of 962sqm.with the height of 2.0mts shown in the proposed five year working plan. Plate No.5 The waste (Reject & O.B) generated in the first five years will be stacked near the boundary line “A”. The tentative position is shown in the proposed five year working plan. Plate No.5 The waste generated in the first five years will be stacked near the boundary Pillar “A” over an area of 1841sqm with the height of 4mts. The tentative position is shown in the proposed five year working plan Plate No.5 4.5 Topsoil Management: - In the first five years soil presented in the applied area will be removed and stack separately for plantation & backfilled purpose. 4.6 Tailing Dam Management: - There will not be processing activity hence no toxic material will be used. Thus, there is no necessity of tailing pond for disposal of tailing of toxic mineral substance. Hence no management is required.
4.7 Infrastructure: - As such does not require large infrastructure. However a small office building with a small storeroom is available at the mine site, which will be abandoned with the closure of the mine. The water is required for drinking purpose only. Drinking water is available by the wells from nearby the area. As per mines rules & regulation for labour Rest shelter cum First aid Station along with toilet facilities would be available at mine site. 4.8 Disposal of Mining Machinery: - No machinery is proposed to disposed off during the period of this progressive mine closure plan. 4.9 Safety & Security: - All mining operation will be done, as per statutory provisions as mentioned in metal mines regulations. Proper benches will be maintained in overburden and height of benches will not exceed 6mts and width will not be less than height. Helmet & Shoes etc will be provided to the employees working in the applied area. The excavated area will be kept properly cordoned off by masonry wall or secured barbed wire fencing. During nighttime and off duty hours guards will be posted to prevent unauthorized and inadvertent entry of person and cattle. The safe workings are proposed in the supervision of technical and qualified supervisory staff. Safety measures will be provided as per Mines Act.
4.10 Disaster Management and Risk Assessment: - The proposed working will be semi-mechanized mining method. Underground mining is not proposed. No tailing dam is proposed. Thus high-risk accidents like land slide, subsidence, flood, inundation, fire, seismic activities etc. not come across. In case of accident a well-equipped first aid station will be provided at mine site for giving first aid to injured persons. The area is near the state highway and vehicles on this highway are available with good frequency. The lessee vehicle also remains at site most of the time during working. The applicant is capable to meet any type of risk.
4.11 Care and maintenance during temporary discontinuance: - In case of temporary discontinuance of mining operations, the mine workings will be in the watch of a watchman. Before re-open of the mine the maintenance will be provided to all the machineries deployed at mine. Before entering the laborers into mine workings are proposed to inspect by manager for safety purpose as per Mines Act. The following precautions are to be taken: - 1. Total excavated area will be properly cordoned off by barbed wire fencing or permanent masonry bound any wall to prevent inadequate entry of human or cattle. Round the clock guarding by watch and ward personnel will be done. 2. The excavated area will be properly lighted during nighttime. 3. A stand by diesel pump shall be kept ready to dewater the pit during monsoon months so that mining operation can be resumed with much loss of time. 4. Before resuming mining operation the area will thoroughly inspected by manager and other officers and necessary steps will be taken ensure safe working condition.
5.0 ECONOMIC REPERCUSSIONS OF CLOSURE OF MINE AND MANPOWER RETRENCHMENTS 5.1 Number of local residents employed: - All the laborers will be employed from nearby villages. Except these laborers few persons of nearby area will also get employment as staff and supervisory staff etc. Some persons will get indirect job from the mining activities. 5.2 Compensation: - The compensation to the employees with sustenance of himself and their family members will be provided as per Labour law and Mines Act. 5.3 Satellite occupations connected with mining activity: - Employment is also provided to the local villagers by other allied activities.
5.4 Continued engagement of employment in the rehabilitated, status of mining lease area and any other remnant activities: - Not applicable in this progressive mine closure plan 5.5 Envisaged repercussions on the expectation of the society around due to closure of mine: - This paragraph belongs to final closure of the mine and not related with progressive mine closure plan.
6.0 TIME SCHEDULING FOR ABANDONMENT This is a progressive closure plan for the first five years only for Granite mine near village Koliwara, and no abandonment or temporary discontinuance is being proposed during this progressive mine closure period. Soil is present in the applied area. To improve the environment of the area proposal for plantation of Neem, Desi Babool trees has been made. It is proposed to plant 60trees every year in the area near boundary line EF. So during the proposed five year period about 300trees of Neem, Desi Babool will be planted in an area of 0.3hect. The site of plantation has been marked in proposed working Plan, Plate no 5. Proper after care by maturing, watering and pesticides etc will be taken by proper staff.
Year No. Replacements Year wise Type of Location (20%) Area species (in Hect) I 60 12 0.06 Neem, Desi As shown in Babool etc working plan, II 60 12 0.06 “ plate no. 5 III 60 12 0.06 “ IV 60 12 0.06 “ V 60 12 0.06 “ About 0.3hect area will be covered under plantation inside the lease area on boundary barrier during next five years & about 0.69hect area will be planted above the backfilled area & boundary barrier during life of mine. Hence total 0.99 ha area will be covered under plantation during the life of mine.
7.0 ABANDONMENT COST
No temporary discontinuance and abandonment is anticipated during the progressive mine closure plan period. But during this period of PMCP tentative expenditure will be done for protection of environment that is fencing, plantation and other environment aspects including backfilling & waste management as follows: - Table as per CCOM Circular No. 3/2009 First to Fifth Year Items Details Proposed Remark Area in Quantity Expenditure Hect in Rs. 1 2 3 4 5 6 (A) i) Backfilling - - - - RECLAMATION ii) Afforestation on - - - - & the back filled area REHABILITATIO iii) Others - - - - N OF MINED (Please specify eg. OUT LAND / Afforestation on AREA exhausted benches) iv) Pisciculture - - - - V) Converting into - - - - water reservoir vi) Picnic spot - - - - (B) I) Terracing - - - - STABILISATION ii) Pitching - - - - & iii) Construction of - - - - REHABILITATIO parapet walls / N OF DUMPS Retaining wall at (WITHIN LEASE) toe of dumps iv) Construction of - - - - check dams along slope of vallies v)Construction of - - - - Settling ponds ( Garland drains etc) vi) Desiliting of - - - - settling ponds, channels vii)Afforestation on - - - - dumps viii) Others ( Please specify) ( C) i) Afforestation 0.3 300 Nos. 12000 40/ REHABILIATION (Green belt sapling OF BARREN building) AREA WITHIN ii) Others ( Care & - - 20,000 - LEASE Maint)
iii) Wire fence - - - - (D) i) Ambient Air - - 25,000 - ENVIRONMENTA Quality L MONITORING ii) Water Quality - - 25,000 - ( Core & Buffer iii) Noise Level - - 20,000 - zone separately) Survey iv) Ground - - - - Vibration v) Others ( please - - - - specify) - - - - Total 102000
8.0 FINANCIAL ASSURANCE Details of the end the period of the Progressive mine closure plan are given as below: Head Area put on Additional Total Area Net area use at start requireme considered considered of plan nt during (In hect) at fully for
(In hect) plan reclaimed & calculation period (In rehabilitated (In hect)
S.No hect) (In hect) 1 Area under Nil 1.36 1.36 Nil 1.36 mining 2 Storage for top Nil 0.0962 0.0962 Nil 0.0962 soil 3 Overburden/ Nil 0.1841 0.1841 Nil 0.1841 Dump & Rejects 4 Mineral stores Nil Nil Nil Nil Nil 5 Infrastructure Nil 0.005 0.005 Nil 0.005 (Workshop, administrative building etc.) 6 Roads Nil Nil Nil Nil Nil 7 Railways Nil Nil Nil Nil Nil 8 Tailing pond Nil Nil Nil Nil Nil 9 Effluent Nil Nil Nil Nil Nil treatment plant 10 Mineral Nil Nil Nil Nil Nil separation plant 11 Township area Nil Nil Nil Nil Nil 12 Others to specify Nil Nil Nil Nil Nil Total Nil 1.6453 1.6453 Nil 1.6453 As per Rule 29 (14) of RMMCR, 2017 every lessee/ quarry licensee is has to be submitted financial assurance at the rate of Rs. 15,000/- per hectare or part there of the area of mining. Therefore being the lease area 3.0hectare, the lessee will be submitted the financial assurance of Rs. 45000/- (minimum) in terms of FDR as asked by authorized Officer DMG.
9.0 CERTIFICATE Certificate is enclosed with report.
10. PLAN & SECTIONS Plan & sections area prepared & enclosed with this plan.
Place: Jodhpur (Raj.)
Date: Signature of Technical Person
RAKESH PUROHIT B.E. MINING
INDEX
S.NO. DESCRIPTION PAGE NO 1. GENERAL 1 2. LOCATION & ACCESSIBILITY 3 3. GEOLOGY & EXPLORATION 4 4. MINING 10 5. BLASTING 14 6. MINE DRAINAGE 15 7. STACKING OF MINERAL REJECTS AND DISPOSAL 15 OF WASTE 8. USE OF MINERAL 16 9. SITE SERVICE 16 10. MINERAL BENEFICIATION 17 11. ENVIRONMENT MANAGEMENT PLAN 18 12. ANY OTHER INFORMATION 25 13. PROGRESSIVE MINE CLOSURE PLAN 26-44
LIST OF ANNEXURES S.NO. PARTICULARS ANNEXURE NO.
1. PHOTOCOPY OF EXPERINCE CERTIFICATE I
2. PH0TOCOPY OF LETTER OF INTENT II
3. PHOTOCOPY OF DESCRIPTION REPORT III
4. PHOTOCOPY OF KHARSRA MAP & JAMABANDI IV
LIST OF PLATES S.NO. PARTICULARS PLATE SCALE NO. 1. APPLIED AREA MAP 1 1:4000 2. LOCATION PLAN 2 1:10KM 3. KEY PLAN 2A 1:50000 4. SURFACE PLAN 3 1:1000 5. SURFACE GEOLOGICAL PLAN AND 4 1:1000 SECTIONS 6. YEARWISE WORKING PLAN 5 1:1000 AND SECTIONS 7. ENVIRONMENT PLAN 6 1:5000 8. CONCEPTUAL PLAN & SECTION 7 1:1000 9. PROGRESSIVE MINE CLOSURE 8 1:1000