INTRODUCTION This Simplified Mining Scheme for Kanawasiya Bajri STP Area, Khasra No

INTRODUCTION This Simplified Mining Scheme for Kanawasiya Bajri STP Area, Khasra No. 134/1, Near Village- Kanawasiya, Tehsil - Bilara, Distt.- Jodhpur over an area of 0.8869 hect. for STP Mineral Bajri is prepared & submitted in favour of M/s Larson & Turbo Ltd., C/o Landmark B, 5th Floor, Andheri Kurla Road, Andheri (E), Mumbai under Rule 29(10) of Rajasthan Minor Mineral Concession Rule, 2017. CHAPTER – 1 GENERAL INFORMATION ABOUT STP HOLDER 1. a Name and address of STP Holder Name : M/s Larson & Turbo Ltd. Address : C/o Landmark B, 5th Floor, Andheri Kurla Road, Andheri (E), Mumbai District : Mumbai State : Maharastra 1. b Status of STP Holder The STP Holder is a Pvt. Ltd. Company. 1. c Name & Address of RQP who prepared this Simplified Mining Scheme Mr. Mukesh Kumar Gupta Mining Engineer & RQP Address - C/o Shivani Mines & Minerals, B39, RIICO Housing Colony, Near CGST Office, Beawar (Raj.) Pin Code : 305901 Contact No. - 8386962169 E-mail - [email protected] **************------*************

CHAPTER – 2 LOCATION & ACCESSIBILLITY a. Details of the STP area State Rajasthan District Jodhpur Tehsil Bilara Village Kanawasiya Khasra No. 134/1 Name of STP Mineral Bajri Area (Hectares) 0.8869 Hect. Whether the area is in forest Does not fall in forest Ownership/Occupancy Private Land Area falls within Survey of India Topo sheet No.45 F/15 b. Description report of the STP area –

Map with Description report is enclosed as Annexure No. 5. c. Location map of the STP area, showing the details of the approach roads upto the STP Area - The area is about 2 kms from village Kanawasiya, 6 kms from tehsil Bilara & 54 kms from Distt. Jodhpur via Jodhpur-Bilara-Beawar Road. The STP area is located on Location map as Plate No. 1.

2 d. Superimposed map of sanctioned area on revenue map, duly attested by the concerned Tehsildar/ SDO Superimposed map of sanctioned area on revenue map is enclosed. e. Infrastructure facilities : Nearest railway station - Bilara station at a distance of 6 Kms. Medical facilities - Kanawasiya Water & electricity facilities - Yes, water & electricity facilities are available nearby the STP area. Education facilities - Educational Facility up to primary school is available at Kanawasiya village and up to Senior Secondary at Bilara. Mode of transportation - By Dumper & trucks Postal S.T.D. and telephone facility - Yes, Postal S.T.D. and telephone facilities are available nearby the STP area. River /Canal/ Port, if any, etc. - No, River /canal/ port is not available. J. Number of existing pits: There is no Mining Pit within the STP area.

CHAPTER – 3 GEOLOGY AND RESERVES 3.1 Geology of the area : a. Briefly describe the topography, drainage pattern, vegetation, climate, rainfall data of the STP area Topography : The STP area is plain area. The highest RL in the area is 240m and the lowest RL is 240m. The slope of the area is towards west. There is no public road passing through the area. There is no habitation within STP area. The area is surveyed by GPS (Garmin) & by considering Temporary Bench Mark (TBM) pillar (B). The nearest village is Kanawasiya which is about 2km. from STP area. Drainage pattern: There is no nalla flowing in the area. The rainwater flows down toward the slope of the area and flows into the nearby fields outside the STP area. Vegetation: In STP area there is having some vegetation of scanty shrubs. The main plantation are Khejri, Sheesham, Babool & Neem. Climate : Jodhpur district has arid type of climate. It is characterized by large diurnal as well as seasonal variations of temperature and low rainfall. Normal rainfall of Jodhpur as per IMD is 314mm, while as per 44 year (1970-2014) annual rainfall data, average annual rainfall of the district is 373.7 mm. The main rainfall months are July and August in which about 68% of rainfall occurs. The average maximum temperature and the average minimum temperature during summer are reported to be 42.2°C, and 27.3°C respectively, and during winter the average maximum temperature is 27.5° and the average minimum temperature is 9.5°C.

4 b) Brief descriptions of Regional Geology of STP area Geological set-up of the district is represented by various igneous, metamorphic and sedimentary rocks. Delhi Super Group litho units are very limited and occur in the form of isolated pockets. Erinpura granite and Malani igneous rocks cover large area in the southern part of the district. Marwar Super group of rocks occupy maximum geographical area covering the central, western and eastern part of the district. The rock units of various formations belonging to Cenozoic era occupy very small area and lie in the north-western part of the district. In the entire district, hard rocks are overlain by thin blanket of alluvium and wind blown sand. The district is traversed by major lineaments: Jaisalmer- Barwani lineaments trending NW-SE, Luni- Sukri lineament trending NE-SW. Following is the regional geological succession of rock types encountered in and around Jodhpur district. The geological succession of Jodhpur district is given in Table. Geological Succession of Jodhpur district Super Group Group/ Series Formation Quaternary Recent to Sub-Recent Alluvium and blown sand Permo- Bhadaura Series Boulders, sand and clays Carboniferous (Bap boulder bed) Marwar Nagaur Group Sandstone, Gypsum, siltstone and limestone Bilara Group Limestone, cherty and dolomitic Jodhpur Group Sandstone and shale Post Delhi Malani suites Rhyolite with tuffs and granite Jalore granite Granite and Gneiss Delhi Schist and Phyllite

5 c) Local Geology : Sediments of less than 1 mm size are predominantly deposited near the riverbed by flood waters during rainy season. There is no perfect classification between Bajri (except River Sand) and Silt. They have been deposited in a mixed state. As usual the large size sediments deposited at the bottom and the smaller sizes are deposited at the top, near the edges/flanks of the river bed. However during the course of shifting of the course towards east about five hundred years back, silt was deposited on top in thicker layers up to 3 meter in some cases underline by about 6-15 mt of Bajri (except River Sand). Geological plan and sections are shown in Plate No. 3.

3.2 Method of Estimation of Reserve : The area will be explored by putting pits with systematic benches. Reserves of the area are estimated as per UNFC parameters. Three limits are marked on the Geological Plan & Sections (refer Plate No. 3) depending on the exploration carried out. These three limits are UNFC-331 (Measured Mineral Resources), UNFC – 332 (Indicated Mineral Resources) and UNFC-333 (Inferred Mineral Resources). a. Basic Parameters & Classifications of Reserve Estimation The Measured, Indicated and Inferred Mineral Resources categories have been shown by line and symbols in Geological plan and sections. The reserves have been calculated by Surface Area Method. In this method of calculation of reserves, the proposed depth is multiplied by the surface area to get the volume of mineral. This volume is multiplied by the Insitu Bulk Density (Specific Gravity) to obtain the tonnage of mineralized area. The following conventional formula has been used for calculation of geological reserves:

Geological Reserve in Tonnes= A x D x 1.75, Where A = Surface Area D = Depth of Proved/Probable/Possible Reserves Categories 1.75 = Bulk Density/Specific Gravity of mineral in tonnes per Cu. Mtrs. Following assumption have been taken for reserve calculation. (i) The complete STP area can be considered as a mineralized area. So, the area for reserve calculation is considered as 8869 Sq. Mts. (fully area exposed). (ii) Average 5 m (up to 235 mRL) depth of mineral from surface level of area is considered for UNFC-331 (Measured Mineral Resources). (On the basis of geological survey). (iii) Average 3m (up to 232 mRL) depth of mineral below Measured Mineral Resources is considered for UNFC – 332 (Indicated Mineral Resources). (iv) Average 2m (up to 230 mRL) depth of mineral below Indicated Mineral Resources is considered for UNFC-333 (Inferred Mineral Resources). (v) Recovery of mineral is 95% of total reserve & remaining 5% is considered as a Mineral reject/waste. Waste is saleable in the market. This is a proposal for mineral Bajri & recovery of mineral may be less or higher depending upon natural factors like local geology, nature of deposit & other geological factors as continuity of mineral in depth. a. Geological Reserves & Grades : UNFC-331 (Measured Mineral Resources) mRL Area Depth Volume = SP. GR. Reserves = (Sq. M) (Mts.) Area X Depth (Tones/M3) Volume X SP. GR. (Cu. M) (M.T.) 240-235 8869 5 44345 1.75 77600 Total UNFC-331 (Measured Resources) (in M.T.) 77600

UNFC – 332 (Indicated Mineral Resources) mRL Area Depth Volume = SP. GR. Reserves = (Sq. M) (Mts.) Area X Depth (Tones/M3) Volume X SP. GR. (Cu. M) (M.T.) 235-232 8869 3 26607 1.75 46560 Total UNFC – 332 (Indicated Mineral Resources) (in M.T.) 46560

UNFC-333 (Inferred Mineral Resources) mRL Area Depth Volume = SP. GR. Reserves = (Sq. M) (Mts.) Area X Depth (Tones/M3) Volume X SP. GR. (Cu. M) (M.T.) 232-230 8869 2 17738 1.75 31040 Total UNFC-333 (Inferred Mineral Resources) (in M.T.) 31040

MINEABLE RESERVES: Addition of Measured, Indicated & Inferred Mineral Resources is taken as mineable reserves. So, The Mineable reserves is as given below: Mineable Reserves = Measured Resources + Indicated Resources + Inferred Resources = 77600 + 46560 + 31040 = 155200 Tones LIFE OF MINE : The Life of Mine is calculated as per the rate of production as roposed during the next five years is 30000 MT. Life of Mine = Total Mineable Reserve/Av. Annual Production = 155200 / 30000 = 5 years b. Surface Geological Plan & Section : Surface Plan is enclosed with Simplified Mining Scheme as Plate No. 2. Surface Geological Plan & Sections are enclosed with Simplified Mining Scheme as Plate No. 3. *************------*************

CHAPTER – 4 PHYSICAL & GEOLOGICAL CHARACTERISTICS OF THE DEPOSIT The Size of sediments varies from 1m to about 3m and is not uniform. The grains in the all size, small or large are rounded to sub rounded in shape. The colour of Bajri (except River Sand) is grayish fine to course grained. Bajri (except River Sand) weathered particles of feldspethic rocks of granitic composition with mixture of silica and other accessories minerals. The Bajri excavated from the area will be used in Four Lanning Project of Bar Bilara Jodhpur Section of NH 112 by STP Holder. **************------*************

CHAPTER – 5 DETAILS OF MINING MACHINERY This STP area will be worked out by semi mechanized method of mining. The following mining machinery will be deployed for mining. S. No. Machines Nos. 1. Trucks 4 2. Tractor 4 3. Water Tanker 1 4. JCB 2 5. Excavators 2

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CHAPTER – 6 METHOD OF MINING (a) Proposed year wise development for STP Period:- The area is proposed STP area. The method of mining is opencast manually& semi mechanised. The area will be worked with formation of benches of 1m width & 1m height. S. No. Year Mineral Waste Total Proposed Recovery ROM 1. 1st Year 30000 1500 31500 2. 2nd Year 30000 1500 31500 3. 3rd Year 30000 1500 31500 4. 4th Year 30000 1500 31500 5. 5th Year 30000 1500 31500 Total (in Tones) 150000 7500 157500 Table showing yearwise annual programme of mining (b) Proposed rate of production when the area is fully developed: The production of mineral Bajri will be about 30000 Tones per annum. (c) Proposed method of mining: The method of mining is opencast manually& semi mechanized with bench formation of one mtrs. height& width will be higher than one mtrs. (d) Mineable reserves & anticipated life of mine : The total mineable reserves are 150000 M.T. The life of mine comes out to be about 5 years as per present position. (e) Conceptual Mining Plan: The life of Q.L. area is 5 years. The dump, plantation, mineral stack, pits etc. will be done as per rule.

(f) Blasting: No blasting will be done and is also not needed in future. (g) Mine Drainage: No river or water channel within the Q.L. area. Rain water will be filled in the mine pit. Recycling of waste water will be done. **************------*************

CHAPTER – 7 DETAILS OF EMPLOYMENT MANAGEMENT PLAN Mine is opencast manual, loading is done by manually, hence a little man power is required. The following staff is working 1. Semiskilled 10 2. Unskilled 15 25 **************------*************

CHAPTER – 8 MEASURES FOR LAND RESTORATION, RECLAIMATION & PLANTATION IN THE STP AREA The STP Mineral Bajri is continue depth-ward extension so there is no reclamation Program for next five years. Plantation will be done on STP area periphery & also on edge of road. (As shown in Plate No. 7) Since the pit will not exhausted in next five years of mining, so pit will not be reclaimed by back filling. But after complete exploitation of Bajri STP area the excavated pit will be used as water reservoir for irrigation purpose for local people. **************------*************

CHAPTER – 9 MEASURES FOR PROTECTION OF ENVIRONMENT IN AND AROUND STP AREA The area falls in Private Khatedari land. The plantation will be done on STP area periphery & also on edge of road etc.

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CHAPTER – 10 MEASURES FOR DUMPING OVERBURDEN , STACKING OF TOP SOIL AND UTILIZATION OF TOP SOIL a. Small quantity of top soil is present, which will be stacked & utilized for plantation purpose. b. During the course of production of Mineral Bajri, about 5% waste will be generated as waste. Total about 7500 tones waste will be generated during next five years plan period that will be stacked on STP area periphery & stabilized by plantation. The total waste is saleable in the market. S. No. Year 5% Waste (in Tones) 1. 1st Year 1500 2. 2nd Year 1500 3. 3rd Year 1500 4. 4th Year 1500 5. 5th Year 1500 Total (in Tones) 7500 c. There is no generation of sub grade material. Therefore, no provision has been made for its stacking. **************------*************

CHAPTER – 11 MEASURES FOR CONTROL OF WATER, NOISE AND AIR POLLUTION a) Water Environment The area is being undulating, water finds its own way following the natural slope. Rain water of the area initially goes to one small nala which joins to a big nala. There is no lake, or other reservoir within the STP area Ground water in the region is tapped by a dug wells. The water is potable. There is no surface water body within STP area and hence impact of mining on surface water will not take place. Ground water table is not going to be touched, hence there will also be no impact on ground water. As no toxic or polluted water will be discharge from the STP Area hence no impact will take place due to mining activities on quality of water. b) Air Environment i) Noise The source of the noise in mining in this area will be due to Running of JCB, tractors etc. No Noise pollution will be caused by above source as sound generated will be controlled by proper & scheduled maintenance of equipment’s. It will be always kept within the norms & will not cross tolerance limit of hearing. Noise generated from the above mentioned mining machinery & will be controlled by proper maintenance of equipment’s and by providing ear plugs to workers. The noise pollution will also be reduced by plantation. No vibration will be there as the mining will be done with drilling & blasting. ii) Air Since mining operation are of small scale, so air pollution due to dust will be negligible. As already stated that there will not be any impact on air quality

however small amount of dust will be generated due to movement of equipment which will be controlled by water sprinkling. iii) Climate condition Jodhpur district has arid type of climate. It is characterized by large diurnal as well as seasonal variations of temperature and low rainfall. Normal rainfall of Jodhpur as per IMD is 314mm, while as per 44 year (1970-2014) annual rainfall data, average annual rainfall of the district is 373.7 mm. The main rainfall months are July and August in which about 68% of rainfall occurs. The average maximum temperature and the average minimum temperature during summer are reported to be 42.2°C, and 27.3°C respectively, and during winter the average maximum temperature is 27.5° and the average minimum temperature is 9.5°C. Mining activity is on small scale & will not have adverse effect on rainfall, weather, temperature etc. so there will be no adverse effect on climate conditions at all. It is anticipated that proposed mining activities in the area shall not have any effect on temperature, water table, rainfall environment and climate, hence no management will be required. c) Land Use Pattern S.No. ACTIVITY Present Land Proposed land Total land at the (in Hects.) (in Hects.) end of lease period (in Hects.) 1. Mining pits 0.00 0.8869 0.8869 (Water Reservoir) 2. STP Mineral stack yard Nil 0.00 0.00 3. Dump Yard 0.00 0.00 0.00 4. Infrastructure inclusive of office, 0.00 0.00 0.00 workshop & plants etc. 5. Township/village/ school Nil 0.00 0.00 6. Road/ Kacha way 0.00 0.00 0.00 7. Others a. Nallah Nil 0.00 0.00 b. Area under Plantation 0.00 outside outside c. Backfilled Area Nil 0.00 0.00 Total Area (in Hects.) 0.00 0.8869 0.8869

CHAPTER – 12 CONTRIBUTION REGARDING THE SOCIAL DEVELOPMENT OF THE NEARBY RESIDENTS The mining in the STP area will generate employment potential and general financial status and socio-economic conditions of few labours will be improved. Most of the people are poor and marginal farmers. Due to lack of proper agriculture mostly they are from labour class. Due to mining activity, they will get job adjacent to their villages. Directly 20 to 25 persons are employed and benefited. Indirectly the material suppliers, truck owners and operators, traders, processors and labour are benefited surrounding the STP area. CHAPTER – 13 DETAILS OF HEALTH CHECKUP AND INSURANCE OF ALL THE EMPLOYED PERSONS 1. First aid facility shall be available at the STP Area site/office. 2. Regular check-up of the workers by doctors/ compounders of Govt. dispensary. 3. Implementation of the statutory provisions of the Mines act/rules and regulations to ensure safety at the working site. 4. Training includes information on accident, information on proper control & maintenance of equipment and safe material handling practices. 5. Regular monitoring of occupational Health and Safety reduce the chances of accidents in the STP Area.

FOR M/S LARSON & TURBO LTD. M. K. GUPTA STP Holder Mining Engineer & RQP