Modified Mining Plan with Progressive Mine Closure

Category of Mine- OTFM- OC MODIFIED MINING PLAN WITH PROGRESSIVE MINE CLOSURE PLAN OF BHACHERIYA QUARTZ, FELDSPAR MICA & GRANITE MINE (Submitted as per rule Minor mineral rule 29 [5 (vi)] & (7) of RMMCR-2017 for working lease)

BHACHERIYA QUARTZ, FELDSPAR, MICA & GRANITE MINE

MINERALs – QUARTZ, FELDSPAR, MICA & GRANITE, M.L. No.- 18/2001 NEAR VILLAGE– BHACHERIYA TEHSIL – DEOGARH, DISTRICT – RAJSAMAND (RAJ.) LEASE AREA – 4.8180 HECT. (NON FOREST LAND) SSO ID- AURUMGRANITE

LEASE PERIOD FROM 09. 10. 2007 TO 08. 10. 2057

Period of Mining scheme with progressive mine closure plan start from 2018-2019 to 2021-2022

[ LESSEE ] M/s Aurum Granite R/o- Village-Bhachediya,Post-Kundwa, Tehsil- Deogarh, Distt.Rajsamand(Raj.) Mobile no.- 95898-59311 E-mail- [email protected]

PREPARED BY DR. MUKESH KUMAR JAGETIA C/o ARAVALLI GEOLOGICAL & MINING CONSULTANCY 24, Shopping Center, Opposite Mining Office, Hiran Magri Sector-11, Udaipur-313002 (Rajasthan) Phone No. - 0294-2489840, Mobile No.-9414290241, 9983325026 Email id- [email protected], [email protected] IBM RQP Registration No.-RQP/UDP/189/99-A RQP certificate valid upto 26-08-2021 File no: agmc/Amt 313

CONTENTS

S. No. Chapter Particulars Page No. No. 1. General & introduction 1 2. Location & accessibility 4 3. Details of approved mining plan/scheme of mining 6 (if any) PART - A 4. 1.0 Geology and exploration 9-29 5. 2.0 Mining 30-44 6. 3.0 Mine drainage 46 7. 4.0 Stacking of mineral, reject/ sub grade 47 material and disposal of waste 8. 5.0 Use of mineral 49 9. 6.0 Processing of ROM and mineral reject 52 10. 7.0 Other 54 11. 8.0 Progressive mine closure plan under rule 55-66 29 [5 (vi)] of RMMCR-2017 PART - B 12. 9.0 Certificates/ Undertakings/ Consents 67-68 13. 10.0 List of the plans and sections to be submitted 69 14. 11.0 List of documents to be annexed 70

1.0 INTRODUCTION & BACKGROUND The mining scheme with progressive mine closure plan of Bhacheriya Quartz, Feldspar & Mica area (ML No.-18/2001, Mineral- Quartz, Feldspar & Mica, Area- 4.8180 hectare), Near village- Bhacheriya, Tehsil- Deogarh, District- Rajsamand, (Rajasthan) has been prepared on behalf of M/s Aurum Granite R/o- Village- Bhacheriya, Tehsil- Deogarh & District- Rajsamand (Rajasthan) (here in after called 'Lessee').

The lease was sanctioned in favour of Shri Paras Mal Jain R/o- Beawar, District- Ajmer (Rajasthan) for minerals quartz, feldspar & mica area of 4.8180 hectares vide govt. order no.-DMG/Amet/CC-7/P-1/1/18/2001/2306, on dated 14-06-2007 for a period of 30 years from date of lease registration. The lease deed was executed on 06-10-2007 & registered on dated 09-10-2007 (see enclosed annexure no.-I). Later on lease period further extend 30 to 50 years sanction as per rule new central govt. notification. Finally the lease period is valid from 09-10-2007 to 50 years i.e. upto 08-10-2057. Later on transfer sanctioned letter issues from ADM (Mines), Udaipur Zone vide letter no. ADM/Udaipur zone/Minor/amet/ml18/2001/850 dated 28-7-2017. Transfer deed execution & registry dated 27-10-2017 see annex. no. VIII. The lessee applied granite mineral inclusion application into above lease area at Amet mining office & LOI issues from DMG vide letter no.-DMG/Amet/CC-3/samawesh/P-1(1)18/2001/1177, on dated 20-4-2018 to lessee for prepare modified mining plan with progressive mine closure plan for inclusion of the area see enclosed annexure no.-I-A.

The Mining plan was approved under rule 22 of M.C.R. 1960 by IBM Udaipur letter no.- 682 (23) (525)/2007 MCCM (N) UDP, on dated 06-6-2007 & expire on 2011-2012. Later on Scheme of mining with progressive mine closure plan was approved under rule (s) 12 (3) & 23 (B) of MCDR-1988 vide IBM Udaipur letter no.-682 (23) 575/2007 MCCM (N) UDP, on dated 02-08-2012 & expire on 2016-2017. Later on scheme of mining with progressive mine closure plan was approved under rule 29 (10) & 5 (vi) of RMMCR-2017 vide letter no.-SME/Raj-Cir/Mining Plan/Scheme/Raj-Amet/F-41/2017/3488, on dated 20- 4-2017 refer enclosed annexure no.-VI & expiry on 2021-2022. This modified mining scheme with progressive mine closure plan is prepared for inclusion of mineral granite under Minor mineral rule 29 [5 (vi)] & (7) of RMMCR-2017 for remaining four years as per block period start from 2018-19 to 2021-2022. Granite mining is start after inclusion ridder agreement / obtain consent to operate, otherwise quartz & feldspar mining continuously work.

The lessee having experience of Quartz, Feldspar & Granite mineral trading, on the basis of past experience, field visit and available information from this and surrounding areas of the region, reserve of 659213 tonnes of Quartz, 163979 tonnes of Feldspar & 824 tonnes of Mica waste & 1915880 tonnes of grainite (all grades & size) has been estimated. The method of mining is proposed open cast semi-mechanized mining. During the plan period it is proposed to reach the production levels of production levels of 20824 tonnes of Quartz, 5180 tonnes Feldspar & 26 tonnes of Mica & 80000 tonnes of granite, all grade & sizes (end of fifth year).

Further he intends to mine this mineral by scientific and safe method. No any National Park & forest sanctuary etc. existing within distance of 10 Km. from lease area see refer key plan plate no.-2. Lessee will also immediately inform to concerning office, if in future any changes to in name/ address/ partnership during pendency of approval.

1.0 GENERAL a) Name of applicant / Lessee: M/s Aurum Granite Registration no. under Rule 45/ M.L. No. 18/2001 Address Village – Bhacheriya Tehsil – Deogarh District Rajsamand State Rajasthan Pin code NA Phone NA Fax NA Mobile No. 95898-59311 Email Id [email protected] b) Status of applicant Private Individual NA Co-operative Association Partnership firm Private Company NA Public Limited Company NA Public Sector Undertaking NA Joint Sector Undertaking NA Other (Please Specify) NA

c) Mineral (s) which is /are included NA in the prospecting license (For Fresh Grant) :

3 d) Mineral (s) which is/ are included Quartz, Feldspar, Mica & Granite in the letter of Intent/ lease deed e) Mineral (s) which is the applicant/ Quartz, Feldspar. mica & Granite lessee intends to mine minerals available in the area, which the lessee intends to, mine these minerals only. f) Name & address of RQP under Dr. Mukesh Kumar Jagetia preparing Mining Plan/ scheme of C/o Aravalli Geological & Mining mining with PMCP Consultancy 24, shopping centre, sector-11, opp. site mining office, Udaipur – 313002 (Rajasthan)

Phone : 0294-2489840 (O), 2481202 (R)

Fax : 0294-2489840 (O)

Mobile No. : 94142-90241, 99833-25026

Email Id : [email protected], [email protected]

Registration No. : RQP/UDP/189/99-A

Date of Grant / Renewal : 27-08-1999 & renewal 7-9-2011

Valid Up to 26-08-2021, see enclosed annexure no.-V

2.0 LOCATION AND ACCESSIBILITY a) Lease Details (Existing Mine): Name of mine Bhacheriya Quartz, Feldspar & Mica Mine Lat/Long of any boundary point Pillar Latitude Longitude (Avrg.) (Avrg.) D 25º28’42.25’’ 74º0’41.84” The area and the adjoining areas within 5 Km. radius have been shown on a key plan (Plate No.–2) of survey of India Topo sheet No. 45 G/14, 15 & 45 K/2, 3. Date of grant of lease The lease was sanction on dated 14-06-2007. The lease was executed on 06-10-2007 & registered on dated 09-10-2007. Period/ Expiry Date 09-10-2007 to 50 years i.e. 08-10-2057 Name of lease holder M/s Aurum Granite Postal Address R/o- Village- Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Raj.) Telephone NA Fax NA Email Id [email protected] Mobile No. 95898-59311 b) Details of applied / lease area- enclosed revenue map & records With location map (fresh area/mine) Forest Non-Forest- 4.8180 (ha) Forest (specify) Area (ha) (i) Waste land, 4.8180 (ha) 0.0 0.0 (ii) Grazing land, 0.0 (iii) Agriculture land, 0.0 (iv) Others (specify), 0.0 (v) Private waste land, 0.0 See enclosed annexure no.-VII.

District & State Rajsamand (Rajasthan)

Taluka/ Tehsil Deogarh

Village Bhacheriya

Whether the area falls under No Coastal Regulation Zone (CRZ) ?

If yes, details thereof Nil

Existence of public road/ railway From Rajsamand to mine site 48.0 line, if any nearby & km & from Deogarh to mine site is approximate distance 12.0 km. & village Bhacheriya to mine site is 1.5 km. Nearest railway station/line is 10.0 km. away from mine site.

Toposheet No. with latitude & 45 G/14, 15 & 45 K/2, 3 longitude of all corner boundary point/pillar

Toposheet No. 45 G/14, 15 & 45 K/2, 3 latitude & longitude of all corners boundaries point/ pillar is marked, plate no.-2 & 3. We clarify that the RQP & the other surveyor from our staff have not done any kind of pillar demarcation process on the lease area. They have continued their topographical / geological survey on the basis of that pillar which is suggested by the lessee.

c) Location map attached? Yes enclosed see plate no.-1, 2 & 3. (Attach a general location map showing area and access routes.

3.0 DETAILS OF APPROVED MINING PLAN/ SCHEME OF MINING (if any) 3.1 Date and reference of earlier approved MP/SOM: The Mining plan was approved under rule 22 of M.C.R. 1960 by IBM Udaipur letter no.-682 (23) (525)/2007 MCCM (N) UDP, on dated 06-6-2007 & expire on 2011-2012. Later on Scheme of mining with progressive mine closure plan was approved under rule (s) 12 (3) & 23 (B) of MCDR-1988 vide IBM Udaipur letter no.-682 (23) 575/2007 MCCM (N) UDP, on dated 02-08-2012 & expire on 2016- 2017. Later on scheme of mining with progressive mine closure plan was approved under rule 29 (10) & 5 (vi) of RMMCR-2017 vide letter no.-SME/Raj-Cir/Mining Plan/Scheme/Raj-Amet/F-41/2017/3488, on dated 20-4-2017 refer enclosed annexure no.-VI & expiry on 2021-2022. This modified mining scheme with progressive mine closure plan is prepared for inclusion of mineral granite under Minor mineral rule 29 [5 (vi)] & (7) of RMMCR-2017 for remaining four years as per block period start from 2018-19 to 2021-2022. Granite mining is start after inclusion ridder agreement / issues consent to operate, otherwise quartz & feldspar mining continuously work.

3.2 Details of last modifications if any (for the previous approved period) of approved MP/ SOM, indicating date of approval, reason for modification: No any modification of MP/SOM. 3.3 Review of earlier approved proposal (if any) in respect of exploration, excavation, reclamation etc. As per proposal made in the Mining Scheme with PMCP, exploration during proceeding implemented (2017-18) one years also proposed as follows: (i). Exploration:

S. No. Proposal as per approved Position at the end of years of mining plan/ mining plan/ scheme scheme period (Compliance position/ deviations) 1. No any exploration worked was proposed during One small pit will be developed within the mining period. lease area, see refer plate no.-3.

(ii). Mine development & production: S. No. Proposal as per approved Position at the end of years of mining plan/ mining plan/ scheme scheme period (Compliance position/ deviations) 1. Proposed method of mining was open cast with Mining proposed same site as per approved formation. One year mining proposed to start mining scheme but very limited mining northern/NE side within the lease area pit face & done. During scheme period one pit will be around the pit no.-1 (PG-1) up to level of 625mRL. During this year (first side) within P.G.- developed, it is explored in depth upto 1, two new ROM benches is developed & worked 616mRL (Pit No.-1). namely bench-I-625-622mRL & bench-II-622- 619mRL is further 21m. & 59m. extend towards all direction. After that mining is proposed to start (second side) within P.G.-3, during this year one new ROM bench is developed & worked namely bench-I-627-624mRL is further 24m. extend towards all direction The height of benches was 3.0m. with 600 to 700 fresh slope of individual benches. All safety measured was taken as per Mines Act 1952, metalliferous mine regulation 1961, mine rules 1955, MCR-1960 there under.

(iii). Exploitation: Proposed production as per approved Mining Scheme with PMCP and actual production achieved during the last five years are given below: Year wise layout excavations/ productions were as under: Table No.-1 Years Target in tonnes as per approved Actual production as per assessment Mining Scheme with PMCP in tonnes (on dated 20-07-2016) Quartz Feldspar Quartz Feldspar 2017-2018 5180 20824 0.0 0.0

(iv). Waste dumping S. No. Proposal as per approved Position at the end of years of mining mining plan/ scheme plan/ scheme period (Compliance position/ deviations) 1. Approximately, about 556 m3 of During scheme period OB/waste & sub grade OB/waste & 556 m3 sub grade dump as per approved mining plan within the materials was generated during one lease area. year scheme period & it was dumps within the lease area. The maximum height of waste dump was not more than 20.0m. A stone was proposed to be constructed near toe of waste dump so as to prevent the spreading of loose material. A garland drains of size 1.0 x 1.0m. & siltation pit was proposed at the bottom side of the dump so as to prevent washout from the dumps.

(v). Reclamation S. No. Proposal as per approved Position at the end of years of mining plan/ mining plan/ scheme scheme period (Compliance position/ deviations) 1. Reclamation was not proposed in Reclamation of land at this stage is not approved mining scheme. possible since the mineralization continues along the depth and strike.

(vi). Afforestation S. No. Proposal as per approved Position at the end of years of mining mining plan/ scheme plan/ scheme period (Compliance position/ deviations) 1. Afforestation during one year (2017-18) The plantation proposal was implemented period done in the area of 25 samplings about 30 to 35 trees are exist within the per year was proposed. The plantation lease barrier area & nearby the area along was proposed southern side within the mine road, refer plate no.-6. Through lease barriers area nearby the office association plantation also done. building & along mine road for 250sqm. each year. One workman was deputed Year Proposed Planted Survival for maintenance of the plantation Rate throughout the year. 2017-18 25 25 60% to 80%

(vii). Controlled of dust, noise and ground vibrations Proper precaution was taken and no deviation is seen.

(viii). Any other significant feature All precaution was taken to minimize the water, air and noise pollution and no signification deviation is seen.

3.4 Status of compliance of violations pointed out by IBM/ DMG: No violation pointed out last year: Table No.-2 Sr. Date of Inspection Name of Officer Details of Violations Status of No. (Type of Inspection) pointed out Compliance NA NA NA NA

3.5 Details of any suspension/ closure/ prohibitory order issued by any Govt. agency under: NA

3.6 In case of MP/SOM is submitted under rules RMMCR-2017 for approval of modification, specify reason and justification for modification under these rules: Not applicable.

PART - A 1.0 GEOLOGY AND EXPLORATION a) Briefly describes the topography, drainage pattern, vegetation, and climate & rainfall data of the mining lease area.

The area for which mining scheme has been prepared is having rocky & hilly terrain. It comprises of soil with scree, Pegmatite, granite gneisses rocks etc. The maximum height in this area is 630mRL and the lower most is 615mRL. The nearest FRP is Temple of Devnarayan/Ramdeo N/W of village Bhacheriya. The water flow in the area is SE direction. There is no any River/ Nallah flowing out site of the area (refer plate no.-2). The mine does not fall in any forest or reserve forest area. There are scattered trees found in the area, which is shown on surface plan (plate no-3). The main crops of the nearby area are Wheat, Gram, and Maize etc. The benchmark of lease area is 615mRL (i.e. pillar D), which is shown on surface plan on plate no.-3.The climate of the region is of semi arid type. Temperature reaches upto 450 to 480C in peak summer & minimum upto 50 to 100 C in winter. The average rainfall of the region is about 500-600 mm per years.

b) Brief descriptions of Regional Geology with reference to location of lease area.

Regionally the rock in & around Bhacheriya area comprises Bhilwara Super Group intruded by pegmatite body of Post Delhi age. Regional rock type of the area is migmatite, gneiss and other associated rock type included quartzite, hornblende schist, amphibolite schist, granite gneiss, cale-gneisses and mica schist etc. Pegmatite is intrusive rock. Quartz and feldspar occur in pegmatite rock & blockable granite extracted from granite gneisses. The stratigraphic succession of the region after Heron & other geo-scientist work is as under (Reference- GSI, Jaipur):

General Stratigraphy Succession of Rajsamand District (Sources: Geological maps of GSI)

AGE SUPERGROUP GROUP

Middle Proterozoic - - Sendra-Ambaji Granitoid - Phulad Ophiolite

Lower to Middle Proterozoic - Delhi Super Group - - Kubhalgarh Group - Gogunda Group

- Darwal Granitoid - Rikhabhdeo Ultra Mafic Suite Proterozoic - - Jharol/ Dovda/ Nathdwara Group Aravalli Super group - Bari Lake/ Kankroli/ Udaipur Group - Debari Group

- Rajpura Dariba Group - Pur Banera group Achaean - Bhilwara Super group - - Rajpur-Jalayan mafic rock - Gyangarh-Asind Acidic rocks - Mangalwar Complex - Sandmata Complex.

c) Detailed description of geology of the lease area.

Geologically the area comprises rocks belonging to Shambhugarh formation of Sandmata complex of Bhilwara Super Group represented by augen-gneisses, granite gneisses these have been intruded by pegmatites & quartz veins. These are intruded by pegmatites. Partly area is covered by soil. Pegmatite & Granite gneiss are exposed within the area. Quartz and feldspar occur in pegmatite rock & blockable granite extracted from granite gneisses. The litho- units are striking NE-SW and dipping almost 750 to 800 due SE directions. The individual description of each rock type and mineral are as follows (refer plate no.-4 & 5).

The generalized geological sequence as observed in the field can be summarized as under: Table No.-3 Super group Group Formation Litho units Recent to Sub –recent - - Soil/Alluvium Post Delhi Intrusive Quartz vein/ Pegmatite Bhilwara super group Sandmata Sambhugarh Granite gneisses Complex Formation

Description of rock type: Soil with Scree:- It is located lower portion of the area & below weathered granite gneisses exposed (Please refers plate no.-4 & 5). Thickness of soil with scree is 1.0 m. to 1.5m.

Pegmatite: Pegmatite rock is distributed in form of veins. The trend of pegmatite rock is concordant i.e. parallel to parental rock and including nearly to vertical. Pegmatite mainly consists of Feldspar, Quartz and Mica. Pegmatite found in area is rich in light to dark pink Feldspar, White to snow white Quartz and Muscovite. Chemical analysis is enclosed as annex. no. 3-A to 3-C & hardness 6 to 7 and specific gravity 2.6. Pegmatite mainly composed of pinkish colour feldspar at some place it is associated with quartz and at some places feldspar occurs as separate patches. Feldspar found in this area is whitish & pinkish in colour, having good prismatic cleavages & hardness 6, IBD 2.6 and luster vitreous. Chemical analysis is enclosed as annexure no.-III-B. Quartz found in this area is white to light gray in colour of hardness 7 and specific gravity 2.6. Chemical analysis is enclosed as annexure no.-III-A. No other structural disturbances were observed in the area.

Granite gneiss: It is country rock within and around the lease area. It is exposed almost of the area. It shows straight banding with parallel arrangement of hornblende or biotite alternating with fine-grained quartzo-feldspathic material. It is medium to coarse-granied, hard, massive, porophyritic in texture & grey to blackish grey in color with long feldspar phenocryst of rectangular to semi-rounded in shape. These granites occur as sheet form, small to medium height mounds, torrs etc. At places joints were also observed, which were spaces at 5.0 mm to 5.0 m with varying trends. It is hard, massive & compact, well spaced joints and shows suitable for making dimensional stone. It is highly metamorphosed rock. As per physical observation blocks and khandda may be extracted from the area. Trial sample sawed and polished shows good commercial aspects. On the surface it generally exhibit weathered rock. Blockble granite is exposed below weathered rock, which is clearly seen nearby the working mines, depth persistence was observed (refer plate no.-4). It is coarse grained texture and porphyroblasts of microcline and perthite. At places inter foliated injection of quartz and quartzo-feldspathic material within the mica schist has resulted in the formation of veined and streaky gneisses (refer geological plan at plate no.-4). The general strike of gneisses is NW-SE with 750 to 800 due SE dips.

Physical Properties: PROPERTIES Quartz Feldspar Granite Form Hexagonal Short prismatic Usually massive & pyramid/prisms; gace flattened crystals; compact, coarse & fine irregularly developed: twinning common; also formed grains also massive, granular massive, granular Colour White/ Colorless White to pink Grey/ brown black Streak White White Colourless Hardness 7.0 6.0 2.5 Specific Gravity 2.65 2.56 2.8 Lusture Vit. Vit. To p’ly Dull/earthy

Chemical Properties: Contains Quartz Feldspar Granite (refer Annexure – III-A) (refer Annexure – III-B ) (refer Annexure – III-C )

K2O (%) - 11.20 -

Na2O (%) - 3.00 - CaO (%) 0.05 0.20 1.00 MgO (%) Traces 0.10 0.50

Al2O3 (%) 0.11 17.30 13.70

Fe2O3 (%) 0.05 0.70 1.60

SiO2 (%) 99.60 67.0 73.10 LOI (%) 0.12 0.30 1.82 d) Name of prospecting/exploration agency: M/s Aurum Granite Address: Village-Bhachediya,Post-Kundwa,Tehsil- Deogarh,Distt.Rajsamand(Raj.) E-mail address: [email protected] Mobile No.:- 95898-59311 e) Details of prospecting/ exploration carried out: (i) Number of pits and trenches indicating dimensions, spacing etc along and across the strike/foliation with reference to geological plan. Table No.-4 Sr. No. Pit/Trench No. Dimension Spacing etc along and across the strike/foliation (L x W x D) with reference to geological plan 1 Enclosed see plate no. 4

(ii) Number of boreholes indicating type (Core/RC/DTH. Table No.-5

Sr. Bore Type Diameter Spacing Inclination Collar Depth No. Hole No. (Core/RC/DTH) level Nil Nil Nil Nil Nil Nil Nil Nil

(iii) Details of samples analysis: Table No.-6

Sr. No. Sample Sample Type Details of Name of accredited/ No. (surface/ sub-surface Chemical Analysis other government from pits/ trenches/ laboratory borehole etc) 1 1 Within pit Quartz mineral Authorized

2 2 Within pit Feldspar mineral Authorized

3 3 Surface Granite gneisses Authorized

See annexure no.-III-A to III-C

(iv). Expenditure incurred in various prospecting operations: Table No.-7

Sr. No. Year Item Expenditure incurred in Rs.

NA NA NA NA

f) Surface Plan Attached: Yes (The surface plan of the lease area may be prepared on a scale of 1:1000 with contour interval of maximum of 2m. depending upon the topography showing all features indicated under rule of RMMCR-2017). Surface Plan enclosed, see refer plate no.-3.

g) Surface Geological Plan Attached: Yes (For preparation of geological plan, surface plan prepared on a scale of 1:1000 scale specified under the format may be taken as the base plan). Surface Geological Plan enclosed, see refer plate no.-4.

h) Geological Sections Plan Attached: Yes (Geological sections may be prepared at suitable interval across the lease area from boundary to boundary). Geological Section Plan enclosed, see refer plate no.-4.

i) Broadly indicate the future programme of exploration with due justification as in table below:- Table No.-8

Year No. of boreholes Grid interval Total No. of pits, No. of trenches, (Core/RC/DTH) meterage dimensions and dimensions and volume volume

2nd Nil Nil Nil Nil Nil

3rd Nil Nil Nil Nil Nil

4th Nil Nil Nil Nil Nil

5th Nil Nil Nil Nil Nil

15 j) Reserves and Resources as per UNFC: Marked UNFC code of surface geological plan & section, see plate no. 4. For Quartz & Feldspar: Table No.-9

Level of Exploration Resources in Grade tonnes

G1 - Detailed 677668 Ceramic, glass grade, insulating material Exploration in the manufacturing of electrical apparatus & Mineral base industry

G2 - General 264133 Ceramic, glass grade, insulating material Exploration in the manufacturing of electrical apparatus & Mineral base industry

G - 3 Prospecting 131742 Ceramic, glass grade, insulating material in the manufacturing of electrical apparatus & Mineral base industry

G - 4 Reconnaissance Nil Nil For Granite: Table No.-9-A Level of Exploration Resources in tonnes Grade G1 - Detailed Exploration 1824648 Slabs, Tiles, Arches and Chips Flooring G2 - General Exploration 912324 Slabs, Tiles, Arches and Chips Flooring G - 3 Prospecting 456162 Slabs, Tiles, Arches and Chips Flooring G - 4 Reconnaissance Nil Nil k) Detailed calculation of reserves/resources section wise. Three limits are demarked depending on the exploration carried out. The three limits are UNFC-111 reserve (Proved reserves), UNFC- 121 + 122 reserve (Probable reserve) and UNFC-211 reserve (Possible reserve). l) Mineral Reserves/ Resources: Mineral Resources: (Mineral resources estimated purely based on level of exploration, with reference to the threshold value of minerals declared by IBM/DMG:

FOR QUARTZ & FELDSPAR RESERVES DETAILS: Reserve estimation: Reserves of the area are estimated as per UNFC parameters. Three limits are demarked depending on the exploration carried out. The three limits are UNFC- 111 reserve (Proved reserves), UNFC-121+122 reserve (Probable reserve) and UNFC-211 reserve (Possible reserve). As per field geological mapping the quartz, feldspar & mica are associated within the pegmatite ore body (PG) so that first we are demarcated pegmatite ore body i.e. mineralization zone. The reserve of the pegmatite ore body (PG) is calculated. Pegmatite out crops exposed all site of hilly area, so that entire out crops is considered as mineralization zone which is marked refer surface geological plan plate no.-4. This pegmatite comprises of quartz & feldspar mineral. The mineral from pegmatite ore (ROM) considered 90% & 10% mineral reject i.e. 5: 5% (mineral waste/ sub grade). Further mineral ratio of Quartz, Feldspar & Mica waste is 80:19.9:0.1% considered. It is basis of field observation of nearby the running mines & surface out crops of the pegmatite rock. The bulk density of pegmatite is 2.6% considered. The details of reserves category are given below:- A. Proved mineral (UNFC-111) reserve): The reserve of entire pegmatite ore body (PG) is considered up to 20m. in depth from the surface level is categories under UNFC-111 category based on the following parameters: Five pegmatite out crops delineated in the area, so that entire area is considered as mineralization zone which is marked refer surface geological plan plate no.-4. a. Economic axis: i. Detailed exploration- Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed up to in depth 20 m. All mining lease granted same strike direction. ii. Mining reports, mining plan/scheme, working mines- The area is considered by State govt. of Rajasthan & mining scheme is prepared for submission of SME, Rajsamand circle, Rajsamand, DMG. 4 & 5 mining lease also running nearby the lease area. The mineral is proved up to 30m. in depth adjoining running mining lease & nearby the well. iii. Specific end use grade of reserves (above economic cut-off grade)- Mineral feldspar grade is ceramics, quartz grade is glass is refractory grade. It is directly supplied to in nearby grinding industries. After grinding the raw material it is directly sale to glass, ceramic & refectory industries at Gujarat state. iv. Specific knowledge of forest, non-forest and other land use data-Area is waste land see refer plate no.-3. Therefore, the UNFC code for the economic axis is E 1.

17 b. Feasibility axis: The geology of the area, method of mining, environment, processing, infrastructure, costing, marketing, economic viability & other factor etc. all details is already mentioned into mining plan. The deposit is economically feasible because of very thin overburden in the area & the ROM is directly saleable ceramic & glass industries. The method of mining, pre-production plan, manpower requirement is approximately estimated. The ore geometry is identified. Therefore, the UNFC code for the feasibility axis is F 1. c. Geological axis: i. Geological survey- a. Mapping – Surface geological plan is prepared on the scale of 1:1000 refer plate no.-4 b. Preparation of detailed topographical cum geological map-surface geological features extent of deposit is marked on plan & sections plate no.-4. ii. Geophysical & Geochemical survey- The deposit is bodies & irregular shaped so that geophysical & geochemical survey is not required. iii. Technological - Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed upto in depth 20m. The sample of mineral quartz, feldspar on the surface within pegmatite rock & analysis. The analysis reports of minerals is enclosed see refer no.- III-A, III-B. iv. Petrographic- The deposit is bodies & irregular shaped, petrography study is not carried out. v. Geo- statistical analysis- Minerals is confined into pegmatite ore bodies. The chemical composition is enclosed annexure no.-III-A & III-B. The average thickness of the pegmatite ore body in the area is 20m. It is ceramic, glass & refractory grade. The entire pegmatite mineralization zone considered G 1 upto 20m. thickness. The detailed geological study of the lease area and nearby area is carried out. The depth of the deposit is confirmed upto 20m. Therefore, The UNFC code for the geological axis is G 1.

Therefore, the reserves of entire area of pegmatite ore body upto 20m. in depth from the surface level i.e. 600mRL is categories under UNFC-111 reserves.

B. Probable mineral (UNFC-121+122) reserve: The reserve of pegmatite ore body (PG) upto 10m. in depth below from probable reserve under UNFC-121+122 category based on the following parameters: As pegmatite continue below 10m. as concluded from the spot inspection & nearby the adjoining running mines see refer surface geological plan & section plate no.-4. a. Economic axis: i. Detailed exploration- Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed up to in depth 20m. All mining lease granted same strike direction & running last 10 years. . ii. Mining reports, mining plan, working mines- The area is considered by State govt. of Rajasthan & mining plan is prepared for submission of SME, Rajsamand circle, Rajsamand, DMG. 4 & 5 mining lease also running nearby the lease area. The mineral is proved upto 20m. in depth adjoining running mining lease & nearby the well. iii. Specific end use grade of reserves (above economic cut-off grade)-Mineral feldspar grade is ceramics, quartz grade is glass is refractory grade. It is directly supplied to in nearby grinding industries. After grinding the raw material it is directly sale to glass, ceramic & refectory industries Gujarat state. iv. Specific knowledge of forest, non-forest and other land use data-Area is waste land see refer plate no.-3. Therefore, the UNFC code for the economic axis is E 1. b. Feasibility axis: The geology of the area, method of mining, environment, processing, infrastructure, costing, marketing, economic viability & other factor etc. all details is already mentioned into mining plan. The deposit is economically feasible because of very thin overburden in the area & the ROM is directly saleable ceramic & glass industries. The method of mining, pre- production plan, manpower requirement is approximately estimated. The ore geometry is identified. Therefore, the UNFC code for the feasibility axis is F 2. c. Geological axis: i. Geological survey- a. Mapping – Surface geological plan is prepared on the scale of 1:1000 refer plate no.-4 b. Preparation of detailed topographical cum geological map-surface geological features extent of deposit is marked on plan & sections plate no.-4 & 5.

19 ii. Geophysical & Geochemical survey- The deposit is bodies & irregular shaped so that geophysical & geochemical survey is not required. iii. Technological - Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed upto in depth 20m. The sample of mineral quartz, feldspar on the surface within pegmatite rock & analysis. The analysis reports of minerals is enclosed see refer no.- III-A, III-B. As pegmatite continue below 10m. as concluded from the spot inspection & nearby the adjoining running mines marked see refer surface geological plan & section plate no. 4 & 5. iv. Petrographic- The deposit is bodies & irregular shaped, petrography study is not carried out. v. Geo- statistical analysis- Minerals is confined into pegmatite ore bodies. The chemical composition is enclosed annexure no.-III-A & III-B. The average thickness of the pegmatite ore body in the area is 10m. It is ceramic, glass & refractory grade. The entire pegmatite mineralization zone considered G 2 upto 10m. thickness. The detailed geological study of the lease area and nearby area is carried out. The depth of the deposit is confirmed upto 10m. Therefore, The UNFC code for the geological axis is G 2.

Therefore, the reserve of entire area of pegmatite ore body (PG) 10m. Below 111 category reserve i.e. 600-590mRL is categories under UNFC-121+122 reserves.

C. Possible mineral (UNFC-211) reserve: The reserve of pegmatite ore body (PG) upto 5m. in depth below from probable reserve is categories under UNFC-211 category based on the following parameters: As pegmatite continue below 10m. as concluded from the spot inspection & nearby the adjoining running mines. The pegmatite ore body marked see refer surface geological plan & section plate no. 4 & 5. a. Economic axis: i. Detailed exploration- Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed upto in depth 20m. All mining lease granted same strike direction & running last 10 years.

20 ii. Mining reports, Mining plan, working mines- The area is considered by State govt. of Rajasthan & mining plan is prepared for submission of SME, Rajsamand circle, Rajsamand, DMG. 4 & 5 mining lease also running nearby the lease area. The mineral is proved upto 30m. in depth adjoining running mining lease & nearby the well. iii. Specific end use grade of reserves (above economic cut-off grade)- Mineral feldspar grade is ceramics, quartz grade is glass is refractory grade. It is directly supplied to in nearby grinding industries. After grinding the raw material it is directly sale to glass, ceramic & refectory industries Gujarat state. iv. Specific knowledge of forest, non-forest and other land use data-area is govt. waste land see refer plate no.-3. Therefore, the UNFC code for the economic axis is E 2. b. Feasibility axis: The geology of the area, method of mining, environment, processing, infrastructure, costing, marketing, economic viability & other factor etc. all details is already mentioned into mining plan. The deposit is economically feasible because of very thin overburden in the area & the ROM is directly saleable ceramic & glass industries. The method of mining, pre- production plan, manpower requirement is approximately estimated. The ore geometry is identified. Therefore, the UNFC code for the feasibility axis is F 1. c. Geological axis: i. Geological survey- a. Mapping – Surface geological plan is prepared on the scale of 1:1000 refer plate no.-4 b. Preparation of detailed topographical cum geological map-surface geological features extent of deposit is marked on plan & sections plate no.-4 & 5. ii. Geophysical & Geochemical survey- The deposit is uniform so that geophysical & geochemical survey is not required. iii. Technological - Mineral is proved within out crops of the pegmatite ore body. Depth of the deposit confirmed nearby the running mining activity & nearby the well in which presence of minerals can be noticed upto in depth 20m. The sample of mineral quartz, feldspar on the surface within pegmatite rock & analysis. The analysis reports of minerals is enclosed see refer no.- III-A, III-B. As pegmatite continue below 5m. as concluded from the spot inspection & nearby the adjoining running mines marked see refer surface geological plan & section plate no.-4 & 5. iv. Petrographic- The deposit is bodies & irregular shaped, petrography study is not carried out.

21 v. Geo- statistical analysis- Minerals is confined into pegmatite ore bodies. As pegmatite ore bodies continue below 5m. as concluded from the spot inspection & nearby the adjoining wells. The entire mineralization zone considered G 3. It is ceramic, glass & refractory grade. The detailed geological study of the lease area and nearby area is carried out. The depth of the deposit is confirmed nearby running mining lease & well. Therefore, The UNFC code for the geological axis is G 1.

Therefore, the reserve of entire area of pegmatite ore body (PG) upto 5m. in depth below 121+122 category reserve i.e. 590-585mRL is categories under UNFC-211 reserves.

Based on above parameters, the reserve so calculated can be summarized as under :- Reserve = Cross sectional area  Influence of the mineralization zone Availability of mineral (80%)  IBD 2.6

I. Reserve estimation: Reserve for mineral entire area of pegmatite ore body is estimated under different categories. The area of pegmatite ore body (individual) multiplied by depth of deposit to obtain reserve in cubic meter (according to geological section refer plate no.-4). The volume thus obtain is multiplied by the IBD 2.6 for pegmatite ore body to obtained geological reserves in tonnes as ROM. Pegmatite out crops exposed all site of hilly area, so that entire out crops is considered as mineralization zone which is marked refer surface geological plan plate no.-4. This pegmatite comprises of quartz, feldspar & mica mineral. The mineral from pegmatite ore (ROM) considered 90% & 10% mineral reject i.e. 5: 5% (mineral waste/ sub grade). Further mineral ratio of quartz, feldspar & mica waste is 80:19.9:0.1% considered. It is basis of field observation of nearby the running mines & surface out crops of the pegmatite rock. The bulk density of pegmatite is 2.6% considered.

Reserve estimation Based on above parameters, the reserve so calculated can be summarized as under- Reserve = Cross sectional area  depth  Availability of mineral 90%)  IBD (2.6)

FOR RESERVED ESTIMATION: a. Proved reserves estimation (in depth upto 20m. below i.e. 600mRL from the surface level) UNFC Categores-111 Table No.-9 P.G. Cross Mineral Influence Volume ROM in Recoverable Recoverable Recoverable Recoverable No. Section Area in Length in m3 tonnes mineral in Quartz in Feldspar in Mica in tonnes Sq. Mt. in m. tonnes tonnes tonnes (90% of ROM) (80% of ROM) (19.9% of ROM) (0.1% of ROM)

PG-1 A-A' 554 75 41550 108030 97227 77782 19348 97

PG-1 B-B' 768 55 42240 109824 98842 79074 19669 99

PG-2 C-C' 388 59 22892 59519 53567 42854 10660 53

PG-3 C-C' 596 58 34568 89877 80889 64711 16097 81

PG-4 D-D' 1256 80 100480 261248 235123 188098 46790 235

PG-5 D-D' 748 64 47872 124467 112020 89616 22292 112

Total 752965 677668 542135 134856 677

b. Probable reserves estimation (Depth 10m. below i.e. 600 to 590mRL proved limit) UNFC Categores-121+122 Table No.-10 P.G. Cross Mineral Influence Volume ROM in Recoverable Recoverable Recoverable Recoverable No. Section Area in Length in m3 tonnes mineral in Quartz in Feldspar in Mica in tonnes Sq. Mt. in m. tonnes tonnes tonnes (90% of ROM) (80% of ROM) (19.9% of ROM) (0.1% of ROM)

PG-1 A-A' 269 75 20175 52455 47210 37768 9395 47

PG-1 B-B' 346 55 19030 49478 44530 35624 8861 45

PG-2 C-C' 142 59 8378 21783 19605 15684 3901 20

PG-3 C-C' 219 58 12702 33025 29723 23778 5915 30

PG-4 D-D' 415 80 33200 86320 77688 62150 15460 78

PG-5 D-D' 303 64 19392 50419 45377 36302 9030 45

Total 293480 264133 211306 52562 265

c. Possible reserves estimation (Depth 5m. below i.e. 590 to 585mRL probable limit) UNFC Categores-211 Table No.-11

P.G. Cross Mineral Influence Volume ROM in Recoverable Recoverable Recoverable Recoverable No. Section Area in Length in m3 tonnes mineral in Quartz in Feldspar in Mica in tonnes Sq. Mt. in m. tonnes tonnes tonnes (90% of ROM) (80% of ROM) (19.9% of ROM) (0.1% of ROM)

PG-1 A-A' 134 75 10050 26130 23517 18814 4680 23

PG-1 B-B' 173 55 9515 24739 22265 17812 4431 22

PG-2 C-C' 71 59 4189 10892 9803 7842 1951 10

PG-3 C-C' 109 58 6322 16437 14793 11834 2944 15

PG-4 D-D' 207 80 16560 43056 38750 31000 7711 39

PG-5 D-D' 151 64 9664 25126 22614 18091 4500 23

Total 146380 131742 105393 26217 132

Recoverable reserves under different categories (in tonnes): Table No.-12 Classified UNFC Code Quantity in tonnes (all grades & sizes) 1 2 3 Total Mineral Reserves (A+B) 1073543 (A) Mineral Reserves (1). Proved Mineral Reserve 111 677668 (2). Probable Mineral Reserve 121+122 264133 (3). Possible Mineral Reserve 123 - (B) Remaining Resources (1). Feasibility Mineral Resources # 211 131742 (2). Prefeasibility Mineral Resources 221 & 222 - (3). Measured Mineral Resources 331 - (4). Indicated Mineral Resources 332 - (5). Inferred Mineral Resources 333 - (6). Reconnaissance Mineral Resources 334 - # Feasibility mineral recourses are non mineable part of geological proved reserve. It is calculated by diminishing proved reserve from the geological proved reserve.

Recoverable insitu reserves: Table No.-13

Category Total Recoverable Insitue Reserves

A B

Proved (UNFC code No. 111) 677668

Probable (UNFC code No. 121+122) 264133

Total 941801

II. Mineable reserves Mineralization zone under statutory barriers, which cannot be mined out, hence reserve available in the statutory barriers & 450 benches blocked reserve has been deducted from recoverable insitue reserve. The non –mineable is as follows: Table No.-14

S. No. Non Minable reserves In tones

1 Reserves blocked under 7.5 m. lease barriers boundary 15163

2 Reserves blocked under 450 benches 102622

Total 117785

Mineable reserve Table No.-15 S. Recoverable reserves Non- minable Minable Recovery of Recovery of Recovery of mica No. in tonnes reserves in reserves quartz mineral feldspar mineral mineral (121+ 122 reserves) tonnes in tones (all grade & size) (all grade & size) (all grade & size) (b-c) 80% of minable 19.9% of mineable 0.1% of mineable reserve in tonnes reserves in tonnes reserves in tonnes a b c d e f g 1 941801 117785 824016 659213 163979 824

FOR GRANITE RESERVES DETAILS: Reserve estimation: Reserves of the area are estimated as per UNFC parameters. Three limits are demarked depending on the exploration carried out. The three limits are UNFC-111 reserve (Proved reserves), UNFC-121+122 reserve (Probable reserve) and UNFC-211 reserve (Possible reserve). IBD varies 2.8 to 3.0. The details of reserves category are given below:- A. UNFC-111 reserve (Proved reserve): The granite gneisses exposed almost the area & marked surface geological plan see plate no.-4. The proved reserves are considered further 20m. from the surface i.e. in depth upto 600mRL & entire granite gneisses area is categories under UNFC-111 category. In these lease area surface exposure is total waste material, hence proved limit of blockable Granite is considered below fractured/ weathered granite gneisses horizon.

B. UNFC-121 + 122 reserve (Probable reserve): The reserve of Granite below 10m. from proved reserve (from 600 to 590mRL) & entire granite gneisses exposures is categories under UNFC-121 + 122 category.

C. UNFC-211 reserve (Possible reserve): The reserve of Granite below 5m. from probable reserve (from 590 to 585mRL) & entire granite gneisses exposures is categories under UNFC-211 category.

I. Reserve estimation: Reserve for mineral blockable granite is estimated under different categories. The entire granite gneisses exposures are mineralization area, so that whole & entire granite gneisses exposures area (mineralization zone) multiplied by depth of deposit to obtain reserve in cubic meter (according to geological section). The volume thus obtain is multiplied by the IBD 2.8 (varies 2.8 to 3.0) to obtained geological reserves in tonnes. From surface recovery is variable from ROM below fractured/ weathered granite gneisses. All over present ratio of recoverable Granite are assuming 70:30 percent. Waste is assumed (30%) percentages from ROM is considered for future proposed planning. In future it may changes/varies depth to depth depends upon nature of subsurface strata. So that recovery factor is not fixed and it will depend upon the nature of rocks i.e. joints/ weathered/ fractured or massive, inter bedding/ traversing by other rocks units. Reserve estimation Based on above parameter, the reserve so calculated can be summarized as under- Reserve = Cross sectional area Influence Length  Availability of mineral  IBD (2.80)

II. FOR GRANITE RESERVED ESTIMATION: a. Proved reserves estimation (in depth upto 20m. below i.e. 600mRL from the surface level) UNFC Categores-111 Table No.-17 Recoverable Granite (all Plan area in Depth in Volume Rom in Sr. No. grades & size) in tonnes m3 m. in m3 tonnes 70% of ROM) i ii iii iv v 1 32583 20 651660 1824648 1277254 Total 1824648 1277254

b. Probable reserves estimation (Depth 10m. below i.e. 600 to 590mRL proved limit) UNFC Categores-121+122 Table No.-18 Recoverable Granite (all Plan area in Depth in Volume Rom in Sr. No. grades & size) in tonnes m3 m. in m3 tonnes (70% of ROM) i ii iii iv v 1 32583 10 325830 912324 638627 Total 912324 638627 c. Possible reserves estimation (Depth 5m. below i.e. 590 to 585mRL probable limit) UNFC Categores-211 Table No.-19 Recoverable Granite (all Plan area in Depth in Volume Rom in Sr. No. grades & size) in tonnes m3 m. in m3 tonnes (70% of ROM) i ii iii iv v 1 32583 5 162915 456162 319313 Total 456162 319313

Recoverable granite reserves under different categories (in tonnes): Table No.-20 Classified UNFC Code Quantity in tonnes (all grades & sizes) 1 2 3 Total Mineral Reserves (A+B) 1915881 (A) Mineral Reserves (1). Proved Mineral Reserve 111 1277254 (2). Probable Mineral Reserve 121+122 638627 (3). Possible Mineral Reserve 123 - (B) Remaining Resources (1). Feasibility Mineral Resources # 211 319313 (2). Prefeasibility Mineral Resources 221 & 222 - (3). Measured Mineral Resources 331 - (4). Indicated Mineral Resources 332 - (5). Inferred Mineral Resources 333 - (6). Reconnaissance Mineral Resources 334 - # Feasibility mineral recourses are non mineable part of geological proved reserve. It is calculated by diminishing proved reserve from the geological proved reserve.

Recoverable granite insitu reserves: Table No.-21 Category Total Recoverable Insitu Reserves A B Proved (UNFC code No. 111) 1277254 Probable (UNFC code No. 121+122) 638627 Total 1915881

Mineable granite reserves of the area are comes = 1915881 tonnes.

2.0 MINING A. OPEN CAST MINING a) Briefly describe the existing as well as proposed method for excavation with all design parameters indicating on plans/ sections: (i) Existing method for excavation: Design Parameters: Manual open cast mining operation will be adopted for excavation of Quartz, Feldspar & Mica waste minerals. Mineral body is exposed in the form of a small hillock. Mining will be done along the slope of the ore body to lower the mineral horizon in single benches of 3.0 m. height, as well as width. The excavation will be done with help of jack hammer drilling & blasting. All other operation such as sizing into small lumps, sorting of iron contaminated pieces, loading on trucks for dispatch etc. will be done manually. The earlier approved mining scheme proposal has expired on date upto 2021-22 but modified mining scheme with progressive mine closure plan is required to be submitted for mineral granite inclusion as per norms & prepare for remaining four years period i.e. from 2018-19 to 2021-2022. Approach road is directly connected to pit bottom show refer plate no.-3. In the area one small pits exist & 5 pegmatite ore body exposed within the lease area. Present position of working faces is shown in surface geological plan at plate no.-4.

(ii) Proposed method for excavation: FOR QUARTZ & FELDSPAR: Manual cum Semi-mechanized open cast mining operation will be adopted for excavation of quartz, feldspar & mica waste minerals. In the concerned area, quartz, feldspar & mica are associated with pegmatite ore body. Entire pegmatite out crops is considered as mineralization zone which is marked refer surface geological plan plate no.-4. This pegmatite comprises of quartz, feldspar & mica mineral. Four years mining proposed three sided within pegmatite ore body no.-1, 3 & 4. First side within P.G.-1 up to level 613mRL forming 4 benches developed, Second side P.G.-3 up to level 618mRL forming 3 benches developed & Third side P.G.-4 up to level 621mRL forming 3 benches developed along section L-L’ & benches to extends towards all direction upto limit showing composite development plan & year wise section see refer plate no.-5. The benches are designed in manner that it will extend towards all direction within ore body limit. The individual year’s position is shown in year wise development plans (refer plate no.-5).

The excavation will be done with help of excavator, dumper & jack hammer drilling & blasting. All other operation such as sizing into small lumps, sorting of iron contaminated pieces, loading on trucks for dispatch etc. will be done manually.

Rock type i.e. pegmatite is a competent rock & can sustain 3.0m height very easily, hence the maximum bench height will be kept as 3.0m The width of bench will also keep as 3.0m or even more as per safety norms. The approach road to the each faces will be maintained at gradient of 1 in 16 and width of the road will be 3.0m. The mineral from pegmatite ore considered 90% & 10% mineral reject 5:5% (mineral waste & sub grade) material. From 90% of mineral further mineral ratio of quartz, feldspar & mica waste is 80: 19.9: 0.1% considered. Recovery 90% is considered basis of nearby the running mines & field survey.

The section L-L’ has been prepared for next five years planning. Entire working is proposed in the pegmatite body hence overburden, mineral waste & sub grade material excavated. On the basis of above facts year wise, bench wise excavation details have been given below and pit development has been shown in plate no.-5.

FOR GRANITE:

The mining in the lease area has been proposed by semi -mechanized mean by open cast method. Granite is extraction by with drill machine (used for drilling), wire saw machine (For cutting of block) & crane (Used for lifting of blocks) used. Dressing machine does the dressing of block. Excavators will do the excavation of overburden/ waste. Excavators & dumper are used to remove the fracture materials. Present position of working faces is shown in surface geological plan at plate no.-3.

In the concerned area, almost area covered by granite gneisses with interaction. The four years mine planning is proposed three site i.e. NE, in between PG no. 4 & 5 and south site within the granite gneisses rocks (herein after called pit no.-2,3 & 4) and benches, which extended towards in all direction along section A-A’ & D-D’ upto 606mRL forming 3 benches. The individual year’s position is shown in year wise development plans (refer plate no.-5).

The ROM (ore) will be proposed mined out by opencast semi-mechanized mining method. Excavator & dumper used to remove the fracture material. After removal of fracture rock, the massive Granite gneisses are exposed as free face. The weak zone strata are open out by digging a trench box (Galli), thus a bench is formed. Extraction of granite gneisses is done by drill machine; wire saw machines for cutting of block and crane for lifting of blocks. The blocks detached from the insitu mass by drilling small dia holes at close intervals, hammering wedges into them till the block separates from the insitu mass and splitting with hydraulic/air pressure. Toppling with the help of hydraulic jack & excavator. After the blocks have been toppled, the fine cracks and experienced persons observe other insitu defects. There after marking is done. The holes are drilled along cutting lines according to mechanized technique.

Rock spread wedges are used for final detachment. Rock type i.e. granite gneisses is a competent rock & can sustain 6m. height very easily, hence the maximum bench height will be kept as 6.0m. The width of bench will be also been kept as 6.0m or even more as per safety norms. Wire fencing is also proposed towards bench height site. During mining bench wise recovery is considered. During five year period the production target per year mentioned below in the table no.-19 & 20.

DESIGN PARAMETRES: Bench Height - 3 to 6m. or as per safety norms Bench width - 3 to 6m. or as per safety norms Face slope - 750 Pit slopes - 450 Haulage/ ramp gradient - 1:16 Width of haulage road - 3m. or as per safety norms

b) Year-wise tentative excavation in M3/tonnes indicating development, ROM, pit wise as in table below:

FOR QUARTZ & FELDSPAR: I. Insitue Tentative Excavation of Quartz & feldspar, Mica: Table No.-22 Years Pit No./ Top Soil OB Total ROM * Saleable Recoverable Recoverable Recovera Mineral Sub grade (2018- P.G. No. (Cum) (Cum) tentative (Quartz & minerals in Quartz Feldspar ble mica reject 5 % of 2019 Excavatio Feldspar) tones 90% (80% from 19.9% from (0.1% from material volume (Cum) to n (Cum) in tonnes of ROM ROM) ROM) ROM) 5 % of 2021- volume 2022) (Cum)

i ii iii iv v vi vii viii ix x xi II PG no.1 & 0.0 0.0 11124 28923 26030 20824 5180 26 556 556 3 III PG no.1 & 0.0 0.0 11124 28923 26030 20824 5180 26 556 556 4 IV PG no.3 0.0 0.0 11124 28923 26030 20824 5180 26 556 556 V PG no.3 & 0.0 0.0 11124 28923 26030 20824 5180 26 556 556 4 Total 0.0 0.0 44496 115692 104120 83296 20720 104 2224 2224 * Tentative tonnage of the ore may be arrived by computing approximate bulk density and recovery factor as these data are variable and may be established on time series.

Insitue Tentative Excavation of Granite: Table No.-23 Total Recoverable Top Soil OB tentative ROM * in Mineral Years Pit No. minerals in (Cum) (Cum) Excavation tonnes Reject in m3 tones (Cum) i ii iii iv v vi vii ix II 1 0 7000 40816 114286 80000 12245 III 1 0 5397 40816 114285 80000 12245 IV 1 0 0 40816 114285 80000 12245 V 1 0 5062 40816 114286 80000 12245 Total 17459 163265 457143 320000 48980 * Tentative tonnage of the ore may be arrived by computing approximate bulk density and recovery factor as these data are variable and may be established on time series. Note:-i. Recovery % is variable & not fixed. It is changes depth to depth depends geological strata & market demands. ii. Granite mining start after ridder agreement of inclusion granite & obtain consent to operate.

I. Dump re-handling (for the purpose of recovery of mineral): Estimated available material (Cum) Table No.-24 Dump Year wise Year wise Handling Estimated recovery Reject (Cum) identification/ no Handling (SB) (Mineral reject) of saleable material (Cum) (Cum) (Cum) *

Nil Nil Nil Nil Nil

Nil Nil Nil Nil Nil * Tentative tonnage of the saleable material may be arrived by computing approximate bulk density and recovery factor as these data are variable and may be established on time series.

34 c) Enclose development plans and sections showing pit layouts, if any, etc. Enclosed composite development plan & year wise sections, see plate no.- 5. d) Brief description giving salient feature of the proposed method of working indicating category of mine: For quartz/feldspar mining:- Manual cum Semi-mechanized open cast mining operation will be adopted for excavation of quartz, feldspar & mica waste minerals. In the concerned area, quartz, feldspar & mica are associated with pegmatite ore body. Entire pegmatite out crops is considered as mineralization zone which is marked refer surface geological plan plate no.-4. This pegmatite comprises of quartz, feldspar & mica mineral. Four years mining proposed three sided within pegmatite ore body no.-1, 3 & 4. First side within P.G.-1 up to level 613mRL forming 4 benches developed, Second side P.G.-3 up to level 618mRL forming 3 benches developed & Third side P.G.-4 up to level 621mRL forming 3 benches developed along section L-L’ & benches to extends towards all direction upto limit showing composite development plan & year wise section see refer plate no.-5. The benches are designed in manner that it will extend towards all direction within ore body limit. The individual year’s position is shown in year wise development plans (refer plate no.-5).

35 e) Brief description of the layout of mine workings, pit road layout, the layout of faces etc. A reference to the plans and sections may be given:

On the basis of above design parameters, year wise development plan has been shown in plat no.-5. Mine development on year-to-year basis is described as under:

Second Year (2018-2019): During first year, mining is proposed to start northern/NE side within the lease area pit face & around the pit no.-1 (PG-1) up to level of 625mRL along section L-L’. During this year (first side) within P.G.-1, two new ROM benches is developed & worked namely bench-I-625-622mRL & bench-II-622-619mRL is further 21m. & 59m. extend towards all direction along section L-L’. After that mining is proposed to start (second side) within P.G.-3, during this year one new ROM bench is developed & worked namely bench-I-627-624mRL is further 24m. extend towards all direction along section L-L’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 20824 tonnes quartz, 5180 tonnes of feldspar & 26 tonnes mica mineral will be excavated. The bench wise excavation figure has been given in below table no.-19.

Third Year (2019-2020): During second year, end of first year within P.G.-1 depth wise one new ROM bench is developed & worked namely bench-III-619-616mRL is further 43m. extend towards NE/northern direction along section L-L’. After that mining is proposed to start western side (third side) within P.G.- 4 upto 630mRL. During this year one new ROM bench is developed & worked namely bench-I-630-627mRL is further 77m. extend towards all direction along section L-L’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 20824 tonnes quartz, 5180 tonnes of feldspar & 26 tonnes mica mineral will be excavated. The bench wise excavation figure has been given in below table no.-19.

Fourth Year (2020-2021): During third year, end of second year within P.G.-1 simultaneously existing ROM bench-III-619-616mRL is further 15m. extend along section L-L’. After that within P.G.-4 western side, depth wise two new ROM benches is developed & worked namely bench-II-627-624mRL & bench-III-624- 621mRL is further 70m. & 64m. extend along section L-L’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 20824 tonnes quartz, 5180 tonnes of feldspar & 26 tonnes mica mineral will be excavated. The bench wise excavation figure has been given in below table no.-19.

Fifth Year (2021-2022): During fourth year, end of third year, around the P.G.-3, during this year three new OB benches is developed upto 627mRL.OB bench-I-627-624mRL, bench-II-624-621mRL & bench-III-621-618mRL is further extend & simultaneously existing ROM bench-I-627-624mRL is further 36m. extend along section L-L’ & depth wise two new ROM benches is developed & worked namely bench-II-624-621mRL & bench-III-621-618mRL is further 71m. & 64m. extend along section L-L’. After that within PG-1, depth wise one new ROM bench is developed & worked namely bench-IV-616-613mRL is further 69m. extend towards NE/northern direction along section L-L’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 20824 tonnes quartz, 5180 tonnes of feldspar & 26 tonnes mica mineral & about 7179 m3 overburden will be excavated. The bench wise excavation figure has been given in below table no.-19.

Bench wise OB/ ROM excavation along section L-L’ Table No.-19

M/s Aurum Granite, N/Village – Bhacheriya, M.L. No. - 18/2001 Years P.G. Bench Levels/ Plan Depth Volume ROM Saleable Saleable Saleable Saleable Mineral Sub grade in (2018-19 No. No. Mrl. area in m. in M3 excavation Mineral in Quartz Feldspar Mica in Waste M3 (5%) of to in in tonnes tonnes in in tonnes tonnes in M3 volume 2021-22) m2 90% of tonnes 19.9% of 01% of (5%) of (vii x 0.05) (iv x v) (vii x 2.6) ROM 80% of Minerals Minerals volume (viii x 0.90) Minerals (ix x (ix x 0.1) (vii x (ix x 0.19.9) 0.05) 0.80) I ii iii iv v vi vii viii ix x xi xii xiii xiv

2Year 1 I 625-622 1150 3 3450 8970 8073 6458 1607 8 172 172

1 II 622-619 2104 3 6312 16412 14770 11816 2939 15 316 316

3 I 627-624 454 3 1362 3541 3187 2550 634 3 68 68

Total 3708 11124 28923 26030 20824 5180 26 556 556 ROM

3Year 1 III 619-616 2354 3 7062 18361 16525 13220 3288 17 353 353

4 I 630-627 1354 3 4062 10562 9505 7604 1892 9 203 203

Total 3708 11124 28923 26030 20824 5180 26 556 556 ROM

4Year 1 III 619-616 555 3 1665 4329 3896 3117 775 4 83 83

4 II 627-624 1815 3 5445 14157 12741 10193 2535 13 272 272

4 III 624-621 1338 3 4014 10437 9393 7514 1870 9 201 201

Total 3708 11124 28923 26030 20824 5180 26 556 556 ROM

5 Year 3 I 627- 624 1342 3 4026 Over Burden Excavation

3 II 624-621 778 3 2334 Over Burden Excavation

3 III 621-618 273 3 819 Over Burden Excavation

Total 2393 7179 Total Over Burden Excavation O.B. 3 I 627-624 599 3 1797 4672 4205 3364 837 4 90 90

3 II 624-621 1053 3 3159 8214 7392 5914 1471 7 158 158

3 III 621-618 1053 3 3159 8214 7392 5914 1471 7 158 158

1 IV 616-613 1003 3 3009 7823 7041 5632 1401 8 150 150

Total 556 556 3708 11124 28923 26030 20824 5180 26 ROM Note - Recovery % is varies from ROM depends depth to depth geological strata & market demands. It is not fixed.

38 FOR GRANITE:

Second Year: During second year, mining is proposed NE site of the lease area up to level of 612mRL forming 2 benches along sections A-A’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 80000 tonnes of recoverable granite mineral & about 7000 m3 of overburden will be excavated. The bench wise excavation figure has been given in below Table No.-26.

Third Year: During third year, end of second year mining is proposed same site of the lease area and in between pg no. 4 &5 up to level of 612mRL forming 2 benches along sections A-A’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 80000 tonnes of recoverable granite mineral & about 5397 m3 of overburden will be excavated. The bench wise excavation figure has been given in below Table No.-26.

Fourth Year : During fourth year, end of third year mining is proposed two site of the lease area i.e. NE & in between pg no. 3 & 4 site up to level of 606 mRL forming 2 benches along sections A-A’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 80000 tonnes of recoverable granite mineral will be excavated. The bench wise excavation figure has been given in below Table No.-26.

Fifth Year : During fifth year, end of fourth year mining is proposed three site of the lease area i.e. NE, south & in between PG no. 4 & 5 site up to level of 612 mRL forming 2 benches along sections A-A’ upto limit showing year wise development plan see refer plate no.-5. The area is measured by plan area method. During this year 80000 tonnes of recoverable granite mineral & about 5062 m3 of overburden will be excavated. The bench wise excavation figure has been given in below Table No.-26.

Bench wise OB/ ROM excavation along section C-C’: Table No.-26 M/s Aurum Granite , N/Village- Bhacheriya, M.L. No.- 18/2001 Years Bench Levels/ Mrl. Plan Depth in Volume ROM Saleable Mineral no. area in m. in M3 excavation Grainite Waste in m2 in tonnes in tonnes M3 70% of (30%) of ROM volume

i ii iii iv v vi vii viii ix 2Year 624-623 7000 1 7000 Over Burden Excavtion I 623-618 7000 5 35000 98000 68600 10500 II 618-612 969 6 5816 16285 11400 1745 Total Rom 40816 114285 80000 12245

3Year 624-623 5397 1 5397 Over Burden Excavtion I 623-618 5397 5 26985 75558 52891 8096 II 618-612 2305 6 13831 38727 27109 4149 Total Rom 40816 114285 80000 12245

4Year II 618-612 5114 6 30684 85915 60141 9205 III 612-606 1689 6 10132 28370 19859 3040 Total Rom 40816 114285 80000 12245

624-623 5062 1 5062 Over Burden Excavtion 5Year I 623-618 5062 5 25310 70868 49608 7593 II 618-612 2584 6 15506 43418 30392 4652 Total Rom 40816 114286 80000 12245 Note:-i. Recovery % is variable & not fixed. It is changes depth to depth depends geological strata & market demands. ii. Granite mining start after ridder agreement of inclusion granite & obtain consent to operate.

f). Proposed rate of production when mine is fully developed & expected life of the mine: Mine will be fully developed end of fifth year and at that time rate of production proposed is given below. Quartz & Feldspar (all grade & size) = 26030 tonnes per year Granite (all grades & sizes) = 80000 tonnes per year There for expected life of mine is 24 years.

41 g). Extent of Mechanization: A diesel engine operated pump has deployed in the mine for pumping out accumulated rain water from pit bottom during heavy rain only. However draining of water may not cause much problem in this area as the rainfall is very scanty. The mining in the lease area has been proposed by semi -mechanized mean by open cast method. Granite is extraction by with drill machine (used for drilling), wire saw machine (For cutting of block) & crane (Used for lifting of blocks) used. Dressing machine does the dressing of block. Excavators will do the excavation of overburden/waste. Excavators & dumper are used to remove the fracture materials. The drilling and blasting operation will be adopted in pegmatite body. All other work will be carried out manually i.e. crowbars, pick axes, hammers etc. will also be utilized during excavation & production of quartz, feldspar mineral. A diesel engine operated pump is in use, for pumping accumulation of rainwater from pit bottom during heavy rains. The detail of equipment has been proposed to be used in mining operation:- i. Drilling machines: S. No. Type Nos. 1. Jack hammer 4 2. Portable diesel compressor 2 ii. Loading and unloading equipment’s: S. No. Type Nos. 1. Excavator 2 2. Dumper 3 3. Tractor Mahindra 1 iii. Haulage & transport equipment: (a) Haulage within the mining lease holds S. No. Type Nos. 1. Chain pulley block 1 2. crane 1 3. Half set 3 4. Wire saw 3 5. Other scientific machinery as per rule iv. Transportation from mine head to destination The lease area is well connected to the tehsil and district head quarter (i.e. Deogarh and Rajsamand) and other cities Ajmer, Jaipur, Dehli, Bhilwara, Udaipur, Ahmadabad, Surat, Mumbai, Chittorgarh, Neemuch, Indor, Bhopal, Jhalor, Madanganj-Kishangarh, Jodhapur & major cities of Rajasthan & India, providing facilities of road heads.

The granite blocks/ luffers will be directly loaded from the pithead in the trucks by crane for gang saw units i.e. at Jalor, Madanganj-Kishangarh, Ajmer, Rajsamand, Jodhpur and Chittorgarh city. Each truck/ dumper will be weighted at the nearest Weight Bridge.

v. Broad blasting parameters: Blasting is done only breaking of hard rock’s otherwise no blasting is required for production of granite & pegmatite rock. Granite is easily extracted by drill machine (used for drilling), and half set/ wire saw (for cutting of granite in size) and crane (used for lifting of granite). The overburden is fractured/ cracks rocks can be excavated by excavators but whenever required the muffle blasting will be preferred. No secondary blasting will be needed. The explosive is purchase from approved magazine and same day of blasting and used. The dealer supplies at pit side through his approved explosive van not only to this mine only but also to other mines of the area. The explosive will be carried at mine site by tractors owners at time of blasting only. The drilling is made by the contractors of tractor compressor at the rate of per hole.

Precaution to be taken during blasting: i.e., during the course of blasting sufficient warning shall be given to prevent entrance of human being & animals in danger zone. ii. The throw of the holes shall be towards the opposite direction. iii. Blast holes shall be adequately stemmed. iv. Millisecond delay detonator shall be used. h. All precaution as per Reg164 (1B) MMR 1961 are to be also adopted.

h). Conceptual mine planning up to the end of lease period. The conceptual mine plan of the area is prepared refer plate no.-8. The main features of the plan are as given below:

Mineral Exploration: Present reserves in probable & probable categories give the life of area will for 24 years and during coming next five year plan period no any exploration proposal proposed. The location of proposed prospecting pits and its dimension will depend upon extension of present known deposit and likely new explored area. Time bound year wise exploration programme end of lease period: Table No.-27

During plan period Next Five year Next 20 years 1st Year = Nil 6th Year = Nil 11th to 15th Year = Two prospecting pit (PP-2 to3) 2nd Year = Nil 7th Year = Nil 16h to 20th Year = Two prospecting pit (PP-4 to 5) 3rd Year = Nil 8th Year = One prospecting pit (PP-1) 20h to 30th Year = Two prospecting pit (PP-6 to 7) 4th Year = Nil 9th Year = Nil 5th Year = Nil 10th Year = NA

Mine development: The ultimate pit limit as assessed to be within the UNFC code 121+122 limit is shown the plan see refer plate no.-8. Rate of production will be maintained at 26030 tonnes of mineral per year (minerals quartz, feldspar & mica) & 80000 tonnes of granite per year. Final pit slope angle will be 750. Reserve under probable category (up to 121+122) has been considered to determine the ultimate pit limit. Ultimate one large pit will be developed & shape of the pit no.-1 will be Length is 450 to 490 m. (L). X Width is varies 70 m. to 80 (W) x Depth is 25 m. to 30m. upto 590mRL at end of life of the mine.

Optimum exploitation & utilization of mineral: Rate of production mineral (quartz, feldspar & mica) will be maintained at 26030 tonnes per year & granite 80000 tonnes per year. The mineral is directly sale to grinding unit & gang saw unit.

Waste & sub grade mineral management: Since there is about 7179 m3 overburden, about 2224 m3 & 2224 m3 sub grade materials & 48980 m3 waste (Granite OB/waste) will be generated at the mines during year mining, which will be disposed within the lease area on non-mineralization area. A stone retaining wall is proposed near toe of the dump to stabilize the loose material. A garland drain & siltation pit is also proposed around the dump so that silt does not flow out from the dumps during rains. About 15124 m3 of overburden, about 23723 m3 waste / sub grade materials & 85260 m3 wastes (Granite OB/waste) are expected to be removed end of life, which is dump northern side within lease area (as on backfilling). The dump area will be planted before expiry of lease period. The excavated portion will automatically serve as a water reservoir which excavated portion will automatically serve the year. Stone wall along proposed dump area will prevent any inadvertent entry in the mining area and also to the water reservoir. The accumulated can be effectively used for irrigation purpose, to recharge the ground water and to replenish the natural water reservoirs/ water course. Plantation will be done NE to eastern site within the lease barriers area nearby office building & dump area is coming year, to make a belt, see refer plate no.-8.

Environmental aspects: There is about 1.0933 hectare area proposal for reclamation of pits or works out area is made in this mining plan. At the end of mining works mine out area will be leveled and used as water reservoir. Plantation is proposed southern site of the lease barriers to make a green belt in next five year and also plantation in statuary barrier, along mine road nearby the area at the end of the mining activities. At the end of fifth year, the area under plantation will be 0.125 hectares & end of lease period about 1.58 hectares area required for plantation.

Post mining land use pattern: As mentioned above para worked out area about 1.0933 hectare is backfilled. Therefore the pit at the end of mining lower most benches will be for water reservoir for collect rain water and this rain water will be recharge ground water and also for irrigation purpose for surrounding Ag. land of local farmers during winter season. Upper most benches will be planted before the end of mining activities The abandon pit will be fenced & plantation will be done all the ultimate pit will be made to give be slope (150) at least in few places in the for access of people to the reservoir water for installation of Ag. Pump etc. which will be used by local people for irrigation purposes please refer plate no.-8. About 3.5126 hectare area used for water reservoir.

Proposed land use pattern after five years shall be as follows (refer plate no.-6 & 9): Table No.-28 Sr. Head Area put on Additional Total Area considered as end of life No. use at start of requirement (in hect.) (in hect.) scheme period during scheme (in hect.) period (in hect.) A B C D 1 Area under mining 0.0536 2.4643 2.5179 i. Water reservoir = 3.5126 ii. Backfilling & reclamation = 0.4080 2 Storage for top soil 0.0 0.0 0.0 0.0 3 Overburden 0.0 0.0 Waste dump 0.0 0.1300 0.1300 0.0 SB 0.0 0.0 4 Mineral storage 0.0 0.0 0.0 0.0 5 Infrastructure 0.0 0.0075 0.0075 0.0075 (workshop, administrative building etc. 6 Roads 0.0 0.0 0.0150 0.0 7 Railways 0.0 0.0 0.0 0.0 8 Green Belt 0.05 0.125 0.175 0.8899 (plantation done within remaining lease barriers area, on backfilling & along mine road nearby the area) 9 Tailing pond 0.0 0.0 0.0 0.0 10 Effluent Treatment plant 0.0 0.0 0.0 0.0 11 Mineral Separation plant 0.0 0.0 0.0 0.0 12 Township area 0.0 0.0 0.0 0.0 13 Other to specify 0.0 0.0 0.0 0.0 i.e. Kachha Rasta 14 Grand Total land put in used 0.1036 2.7268 2.8454 4.8180 15 Remaining area 4.7144 - 1.9726 0.0 16 Total area 4.8180 - 4.8180 4.8180

Year wise programme for fencing, construction of retaining wall, and plantation given as under & showing (refer plate no.-9): Table No.-29 Activity Year wise (2017-2018 to 2021-2022) Rate Amount I-Yr II-Yr III-Yr IV-Yr V-Yr Total (in Rs.) Tree guards 25 25 25 25 25 125 Rs. 120 per 15000/- tree guard Plantation 25 25 25 25 25 125 Rs 50 per 6250/- (in number of saplings) Sapling Post plantation care 1000 2000 3000 4000 5000 - - 15000/- (in Rs per annum) Reclamation of land ------Nil (in m2) Haulage road (in m) 0.0 18m. 9m. 9m. 9m. 45m. Rs.2000 per m. 90000/- Wire fencing (in m) 0.0 189m. 0.0 197m. 0.0 650m. Rs. 50 per m. 32500/- Retaining wall (in m.) 0.0 0.0 0.0 0.0 0.0 0.0 Rs 50 per m. 0.0 Total Rs. 89750/-

B. UNDERGROUND MINING

Not Applicable

3.0 MINE DRAINAGE a) Minimum and maximum depth of water table based on observation from nearby wells and water bodies

Minimum Maximum Source Remark depth of water depth of water table table 55m. 60m. Near well -

b) Indicate maximum and minimum depth of workings. Year Minimum depth Maximum depth of of working working End of fifth year 12m. 18m.

c) Quantity and quality of water likely to be encountered. Year Quantity of Quality of Pumping Final Place of Remark water likely water likely arrangements discharge of to be to be mine water encountered encountered End of No No Nil Nil - fifth year

d) Described regional and local drainage pattern. Also indicate annual rain fall etc. Water flow in the area is SE direction & average rain fall in the area is 500-600 mm. A sump of size 2m. x 2m. x 2m. Deep shall be made about 1m. away on down slope of the area, so that any silt flowing through the mine in the rainy season gets settled in it and does not pollute the Ag. field & working site. A drain shall be dug to course the water in and out of the sump. The accumulated can be effectively used for irrigation purpose, to recharge the ground water and to replenish the natural water reservoirs/ water course.

4.0 STACKING OF MINERAL REJECT/ SUB GRADE MATERIAL AND DISPOSAL OF WASTE a) Brief description of the nature and quantity of top soil, overburden/ sub grade and Mineral Reject to be disposed off. During scheme period no any topsoil is excavated. Approximately, 2224m3 of pegmatite waste & about 2224 m3 of pegmatite sub grade material excavated & about 17459 m3 overburden & 48980 m3 of granite wastes excavated. For Quartz & Feldspar: Table No.-30 Years Top Soil (OB) Sub Mineral Rejects (Cum) (2018-19 (Cum) grade to material 2021-22) (Cum) Reuse/spreading Storage Storage Backfilling Storage Blending Beneficiation IInd 0.0 0.0 556 0.0 556 0.0 0.0 IIIrd 0.0 0.0 556 0.0 556 0.0 0.0 IVth 0.0 7179 556 0.0 556 0.0 0.0 Vth 0.0 0.0 556 0.0 556 0.0 0.0 Total 0.0 7179 2224 0.0 2224 0.0 0.0 For Granite: Table No.-31 Year Top Soil/ OB Sub Mineral Rejects (Cum) (Cum) grade material (Cum) Reuse/spreading Storage Storage Backfilling Storage Blending Beneficiation IInd 0.0 7000 0.0 0.0 12245 0.0 0.0

IIIrd 0.0 5397 0.0 0.0 12245 0.0 0.0

IVth 0.0 0.0 0.0 0.0 12245 0.0 0.0

Vth 0.0 5062 0.0 0.0 12245 0.0 0.0

Total 0.0 17459 0.0 0.0 48980 0.0 0.0

b) Location of proposed dumping ground within the lease area/ temporary dumping & justification. The overburden, mineral waste & sub grade materials dump within the lease area on non-mineralized area. Location of proposed dump is shown on layout plan refer plate no.-6. The dump site is proved that the no economical mineral exist within the lease barriers. Before dumping of waste, two trial trenches proposed like sizes 3m. x 2m.x 2m. were also dug see refer plate no.-6.

c) Note indicating the manner of disposal of waste, configuration and sequence of year wise build up of dumps along with the proposal for protective measures. Approximately, 2224m3 of pegmatite waste & about 2224 m3 of pegmatite sub grade material excavated & about 17459 m3 of granite waste will be generated during the year and it shall be kept separately on the site as shown in layout plan plate no.-6. The year wise generations of OB/ waste & sub grade in cum. are as given below: Table No.-32 Year Overburden in Mineral reject Sub grade of Granite Cum. of pegmatite pegmatite rocks OB/Mineral reject in Cum. rocks in Cum. in Cum. Overburden Mineral reject IInd 0.0 556 556 7000 12245 IIIrd 0.0 556 556 5397 12245 IVth 7179 556 556 0.0 12245 Vth 0.0 556 556 5062 12245 Total 7179 2224 2224 17459 48980 The waste consists of scree. A garland drains of size 1m.x1m.x1m. will be made at the bottom side of the dump so as to prevent washout from the dumps to reach to nearby Ag. land mine workings. A sump of size 2m. x 2m. x 2m. deep shall be made about 1m. away on down slope of the waste dumpsite so that any silt flowing through the dump in the rainy season gets settled in it and does not pollute the Ag. field & working site. A drain shall be dug to course the water in and out of the sump.

5.0 USE OF MINERAL AND MINERAL REJECT a) Brief description of the requirement of end-use industry specifically in terms of physical & chemical composition. Table No.-33

Grade SiO2 F2O3 Al2O3 Fe2O3 CaO & MgO Ceramic 97-99% 0.05-1% 0.1-2% More than 0.1% Abrasives 99% 0.04-0.05% 0.05-0.10 - 1.10% Sand paper 99% - - - - Chemical 96% - - - - Electrode 97.5-99.5% 0.03% - - - Glass 97 to 99% 0.2 to 0.1% - - - Foundry (-) 97% - - - - Rubber 98% - - - - Paint 98% - - - -

General specification of feldspar mineral - Table No.-34

Grade SiO2 Al2O3 K2O: N2O Fe2O3 CaO Abrasives 60% 18% 10% combined - - Ceramic- Ist grade 68% - 2:1 0.1% - Ceramic- IInd grade 72% - - 0.1% Traces Glass 65-68% 15-18% 10-13% Below 0.3% - Refractory 60-65% 18-19% 11-12% 1.5% - Electrode 63-67% 17-20% 13-14% Up to 3% -

Technical information about Granite: Table No.-35 Technical details Value ASTM/ Indian standards Water absorption, % by weight 0.07 C-97 Density bulk specific gravity 2.6 to 2.8 C-97 Modulus of rupture, N/mm2 Dry. 42 C-99 Wet 35 Compressive strength, N/mm2 Dry. 286 C-170 Wet 194 Abrasion resistance to wear Average wear, mm 1.1 IS 1237 Maximum ear on individual specimen, 1.2 Guidelines mm Flexural strength, N/mm2 35 IS 4860 Guidelines Source - CDOS publication.

b) Brief description of requirement of intermediate industries involved in up-gradation of mineral before its end-use.

Quartz & Feldspar, Mica: ROM is directly supply to mineral grinding unit. Quartz has many and varied used. In powdered from it is used in glass foundry porcelain, paints, sand papers, securing soaps and as a wood filler. Feldspar is used in manufacturing of porcelain. It is used in glass, paint and abrasive industries. Fused feldspar also furnished the major part of glaze on porcelain ware. Mica obtained from this area Muscovites. Chiefly used as is insulating material in the manufacturing of electrical apparatus. It is as a transparent material is using glass for store doors, lanterns etc. Scrap mica or the waste mica is used in the manufacturing of sheet mica, is used in many ways, as in the manufacture of wall papers to give them a shiny luster, as a lubricant when mixed with oils, as a non-conductor of heat and as a fire proofing material.

Granite: Granite is generally used in building construction in form of blocks, slabs, tiles, and arches and as chips flooring. In most of the cases it is used for decorative purpose and other things also. It is also used in construction of temples, mosques, monuments etc. From the mines sites Granite will be sold as block & luffers etc. Lessee has tried to sale the mineral rejects material, but not to get any positive result. The mineral rejects material is stacked separately, so that it can be sold in future. The mineral will be sold as block/ luffers form from mining to nearby pit. This material sent for its end use to nearby the gang saw units & other states by trucks. It is generally sold gang saw industries in Rajasthan.

c) Give details requirements for other industries, captive, exposed, associated industrial used. Nil

d) Indicate precise physical and chemical specification stipulated by buyers. Physical Properties: PROPERTIES Quartz Mica Feldspar Granite Form Hexagonal Monoclinic, with a Short prismatic Usually massive & pyramid/prisms; tendency towards flattened crystals; compact, coarse & gace irregularly pseudohexagonal twinning common; fine formed grains developed: also crystals also massive, massive, granular granular Colour White/ Colorless Dark green/ brown White to pink Grey/ brown black black Streak White White/ Colorless White Colourless Hardness 7.0 2 to 2.5 6.0 2.5 Specific 2.65 2.5 to 3.1 2.56 2.8 Gravity Lusture Vit. Pearly vitreous Vit. To p’ly Dull/earthy

Chemical Properties: Contains Quartz MICA WASTE Feldspar Granite (refer Annexure – III-A) refer annex. No.-3- (refer Annexure – III-B ) (refer Annexure – III-C ) C 56.16 % K2O (%) - 11.20 - 4.10% Na2O (%) - 3.00 - CaO (%) 0.05 24.25% 0.20 1.00 MgO (%) Traces - 0.10 0.50 - Al2O3 (%) 0.11 17.30 13.70 3.63 Fe2O3 (%) 0.05 0.70 1.60 1.10 SiO2 (%) 99.60 67.0 73.10 LOI (%) 0.12 0.78 0.30 1.82

e) Give details of processes adopted to upgrade the ROM.

ROM is sorting by manually through by labours & supply to mineral grinding unit. Lessee has also tried to sale the waste (mineral rejects) material, but not to get any positive result. Presently mineral rejects material is stacked separately within the lease area, so that it can be sold in future. The mineral will be sold as lumps & gitty form from mining to nearby ball grinding unit. After powder form this material sale for its end use to Gujarat & other states by trucks. It is generally sold ceramic & glass industries in Gujarat.

Granite is generally used in building construction in form of blocks, slabs, tiles and arches and as chips flooring.

6.0 PROCESSING OF ROM AND MINERAL REJECT a) If processing/ beneficiation of the ROM or mineral reject is planned to be conducted, brief description of nature of processing/ beneficiation, indicating size and grade of feed material and concentrate (finished marketable product), recovery etc. At present, no any beneficiation investigation conducted by the applicant and no any changes of present method of the beneficiation plants. b) Material balance chart with a flow sheet or schematic diagram of the processing procedure indicating feed, product, recovery and its grade at each stage of processing.

Flow-sheet of Quartz & feldspar, mica ROM

Saleable Mineral waste (5%) Mineral & Sub grade material (5%) (90% of ROM)

Quartz (80%) Feldspar (19.9%) Mica waste (0.1%)

(Sock Yard)

Dispatch

Flow sheet of Granite ROM

Saleable Mineral waste (30%) Granite (70% of ROM)

(Sock Yard)

Dispatch

c) Disposal method for tailings or reject from the processing plant. NA d) Quantity and quality of tailing/reject proposed to be disposed, size and capacity of tailing pond, toxic effect of such tailings, if any, with process adopted to neutralize any such effect before their disposal and dealing of excess water from the tailings dam. NA e) Quantity and type of chemicals if any to be used in the processing plant. NA f) Specify quantity and type of chemicals to be stored on site/ plant. NA g) Quantity (cum per day) of water required for mining and processing and source of supply of water, disposal of water and extent of recycling along with water balance chart. NA

7.0 OTHER

Brief description of the following: a) Site services: For future following community development work proposed:-  Provided fund for the education of the children for the workers.  Water tank is been constructed for the drinking water facilities.  Regular health checkup camps for the workers and staff shall be organize by the lessee of the area.  Insurance cover to all workers engaged in mines shall be provided by the lessee of the area.  Common vocational training programs shall be set up at district level.  Other facilities local needs of habitant like School, Hospital, Veterinary hospital, Sanitation & drinking water etc. shall be considered positively by the lessee of the area. b) Employment potential : b) Employment potential : Highly Skilled 1 Skilled 1 Semi-Skilled 1 Un-Skilled 7

As mentioned in above chapter that mining work will be done semi- mechanized. About 7 unskilled etc. labours would be deployed. Besides this one man for plantation & for road maintenance and one man as for watering road and plantation are proposed to be employed. It is expected that working in the mine will be 300 days per year therefore Quartz & Feldspar = 26030 tonnes + Granite = 80000, Total = 106030 tonnes of average per year can be achieved by deploying 8- 9 miners. 1. Working day = 300 day 2. Production per year = 106030 tonnes (average) 3. Daily production = 124327/300 = 353.43 tonnes says 354 tonnes 4. Man power requirement = 9 man /day

8.0 PROGRESSIVEE MINE CLOSURE PLAN UNDER RULE 29 [ 5 (vi)] OF RMMCR-2017

8.1 Environment Base Line Information: Note on the status of baseline information with regard to the following.

 Existing land use pattern indicating the area already degraded due to mining, roads, processing plant, workshop, township etc. in a tabular form. Present land use pattern is as follows: Table No.-36

Sr. No. Head Area put on use at start of scheme period (in hect.)

A 1 Area under mining 0.0536 2 Storage for top soil 0.0 3 Overburden 0.0 Waste dump 0.0 SB 0.0 4 Mineral storage 0.0 5 Infrastructure 0.0 (workshop, administrative building etc. 6 Roads 0.0 7 Railways 0.0 8 Green Belt 0.05 9 Tailing pond 0.0 10 Effluent Treatment plant 0.0 11 Mineral Separation plant 0.0 12 Township area 0.0 13 Other to specify 0.0 i.e. Kachha Rasta 14 Grand Total land put in used 0.1036 15 Remaining area 4.7144 16 Total area 4.8180

 Water regime, quality of air, ambient noise level, flora, climatic conditions. i. Water regime- There is no river, lake, pond, well or any other water body in this mining lease area. There are number of wells, which is located nearby the area & within the lease area. Water level as observed in wells is 55 to 60m.. There is no perennial water source in close vicinity. However a water a sample has been collected from the well/ hand pump which is located near the area. ii. Quality of Air- The quality of present ambient air is clean and does not require any test. We are maintaining SPM well below the 500ug/ m3 in the mining area. iii. Ambient Noise Level- The noise level in and around the lease area is too low and within the desirable limit. Noise level is being kept below 75 dBA (leg) during day time & 50 dBA (leg) during day night time. iv. Flora and fauna- No flora and fauna are available in the area & nearby the area having scattered vegetation of tree. Scattered thorny bushes of “Thoor” area also seen in the nearby the area. No wild animals are seen in the region, presence of Dogs, Cattle and Goat are seen in every village. v. Climatic condition- The area is characterized by tropical Climate with an average rainfall of about 500-600mm, which is received during monsoon from June to September. The highest temperature in summer is recorded as 46oC, in the month of May-June, and minimum temperature is recorded in the winter as 2oC, in December - January. Relative humidity varies from 20% to 90%. Predominant wind direction is NW - SE. vi. Human settlements- There is no human settlement within the lease area. A number of huts/ house are available in the nearby the area. Local habitats either work in nearby mines or in agriculture fields.

vii. Public buildings, places of worship and monuments- There is no National Park, wildlife sanctuary, and national monuments within the leasehold area & within 10 Km. radius.

viii. Weather any sanctuary is located in the vicinity of lease hold ? The lease area doesn’t falling under notified area, under water Act 1974. (Source: State Pollution Control Board office.

8.2 Impact Assessment: Environment Impact Assessment Statement describing the impact of mining and beneficiation on environment on the following:

Under the above conditions, there is no remarkable impact of mining on environment, except land degradation around the pits.

i. Land Environment- Land use pattern of the proposed area at the end of five years (in hectare) has been shown below: Table No.-37 Sr. No. Head Area put on use at start Additional requirement Total of scheme period during scheme period (in hect.) (in hect.) (in hect.)

A B C 1 Area under mining 0.0536 2.4643 2.5179 2 Storage for top soil 0.0 0.0 0.0 3 Overburden 0.0 Waste dump 0.0 0.1300 0.1300 SB 0.0 4 Mineral storage 0.0 0.0 0.0 5 Infrastructure 0.0 0.0075 0.0075 (workshop, administrative building etc. 6 Roads 0.0 0.0 0.0150 7 Railways 0.0 0.0 0.0 8 Green Belt 0.05 0.125 0.175 9 Tailing pond 0.0 0.0 0.0 10 Effluent Treatment plant 0.0 0.0 0.0 11 Mineral Separation plant 0.0 0.0 0.0 12 Township area 0.0 0.0 0.0 13 Other to specify 0.0 0.0 0.0 i.e. Kachha Rasta 14 Grand Total land put in used 0.1036 2.7268 2.8454 15 Remaining area 4.7144 - 1.9726 16 Total area 4.8180 - 4.8180

58 ii. Air Quality- Air pollution is caused when dust gets air borne after it is formed during loading and unloading of waste material as well as due to movement of trucks on the proposed mine roads for transportation. The proposed mine working is open cast method. The water is spraying on the mine haul roads, loading and dumping points regularly for dust suppression. Green belt is also developed in and surrounding the mines etc. to absorb dust. Vehicle exhaust should direct upwards to avoid creating excess turbulence at road surface. It is also advised that the mineworkers in dusty area should use cloth masks as far as possible. iii. Water Quality- There is no surface water body in and around lease area. Therefore question of adverse impact on surface water bodies does not arise. Groundwater table is at 55 to 60m., in the open well situated in the Ag. field. During five years period, mining will reach up to 12 to 18m. only. iv. Noise Level- Noise are produced while loading/ digging and occasional plying of dumper/ truck etc. Noise can be reduce at the source by propose selection, installation & proper maintained of equipment. Rector type silencers & noise reduction devices like mufflers can be used on noisy exhaust systems. Green belt is also developed in and surrounding the mines etc. to absorb noise. Therefore proposed mining method will not produce any significant noise and hence will not cause any damage to present calm and quiet environment of the area. v. Vibration Level- Very limited ground vibration produce during mining hence will not cause any damage to present calm and quiet environment of the area. vi. Water Regime- No perennial water source is existing in the lease area. The proposed mining is not likely to have any adverse impact on ground water table, which is much below depth of present and proposed mining. There is no water channel (nallah, river) or any other surface bodies (pond, lake etc.), which can be adversely effected by the proposed mining. vii. Acid mine drainage- Nil viii. Surface subsidence- Nil

59 ix. Socio-economic Environment- The population is nearby villages are mostly Rajput, Brahmin, Bhil, Gurjar & Rawat, who are mostly engaged in farming, small scale cattle breading and working in nearby mines. For mining, local laborers will be drawn from the nearby villages. The proposed mining envisages an employment opportunity to about 8-9 local villagers. Workmen employed in sorting of mineral and mining operations will be affected by dust generated and will be provided with cloth dust masks. There is no village and hut existing within the lease area. Huts of village Bhacheriya are located away from the proposed mining area. The proposed mining will not involve any displacement of local population. There is no recreational facility in existence in the area and hence there is no impact. The future mining will not have any adverse impact on socio economic environment of the area. x. Historical Monuments- No historical monuments, temple, building etc. are existing within the lease area and hence there will be no impact.

8.3 Progressive reclamation Plan: To mitigate the impacts and ameliorate the condition, year wise steps proposed for phased restoration, reclamation of lands already/to be degraded in respect of following items separately for 5 years period. Enclosed see plan refer plate no.-9. 8.3.1 Mined-out Land: Present land use pattern is as follows (refer plate no.-3): Table No.-38 Sr. No. Head Area put on use at start of scheme period (in hect.) A 1 Area under mining 0.0536 2 Storage for top soil 0.0 3 Overburden 0.0 Waste dump 0.0 SB 0.0 4 Mineral storage 0.0 5 Infrastructure 0.0 (workshop, administrative building etc. 6 Roads 0.0 7 Railways 0.0 8 Green Belt 0.05 9 Tailing pond 0.0 10 Effluent Treatment plant 0.0 11 Mineral Separation plant 0.0 12 Township area 0.0 13 Other to specify 0.0 i.e. Kachha Rasta 14 Grand Total land put in used 0.1036 15 Remaining area 4.7144 16 Total area 4.8180

Proposed land use pattern after five years shall be as follows (refer plate no.-6 & 9): Table No.-39 Sr. No. Head Area put on use at start Additional requirement Total of scheme period during scheme period (in hect.) (in hect.) (in hect.)

Activity Year wise (2017-2018 to 2021-2022) Rate Amount I-Yr II-Yr III-Yr IV-Yr V-Yr Total (in Rs.) Tree guards 25 25 25 25 25 125 Rs. 120 per 15000/- tree guard Plantation 25 25 25 25 25 125 Rs 50 per 6250/- (in number of saplings) Sapling Post plantation care 1000 2000 3000 4000 5000 - - 15000/- (in Rs per annum) Reclamation of land ------Nil (in m2) Haulage road (in m) 6m. 6m. 6m. 6m. 6m. 30m. Rs.1000 per m. 30000/- Wire fencing (in m) 640m. 109m. 0.0 0.0 0.0 749m. Rs. 50 per m. 37450/- Retaining wall (in m.) 0.0 0.0 0.0 0.0 0.0 0.0 Rs 50 per m. 0.0 Total Rs. One Lack Three Thousand Seven Hundred Only 103700/-

(i). Water quality management: There is no any Nallah /Surface water bodies exist in and around the area. Therefore question of adverse impact on surface water bodies does not arise. Ground water table is at 55 to 60m., in the open well situated in the Ag. field. During five years period, mining will reach up to 12 to 18m. at end of lease period. There is no perennial water source in close vicinity. Mine water pumped during rainy season will carry some silt with it. This water will be discharged into nearby sump, to assist in settling down of silt, and remaining clear water will be coursed in the nearby ag. fields. The discharge mine water will not carry any toxic or poisonous matter dissolved in the water, so no treatment of water is required & proposed. There is no proposal of beneficiation plant for processing of mineral, so no effluents will be generated.

(ii) Air quality survey: Air pollution is caused when dust gets air borne after it is formed during loading and unloading of waste material as well as due to movement of trucks on the proposed mine roads for transportation. The proposed mine working is open cast method. The water is spraying on the mine haul roads, loading and dumping points regularly for dust suppression. Green belt is also developed in and surrounding the mines etc. to absorb dust. Vehicle exhaust should direct upwards to avoid creating excess turbulence at road surface. It is also advised that the mineworkers in dusty area should use cloth masks as far as possible.

(iii) Waste management: About 2224m3 of pegmatite waste & about 2224 m3 of pegmatite sub grade material excavated & about 17459 m3 of waste (Granite) material to be removed during mining period, which will be disposed within the lease area on non-mineralization area, shown on the progressive mine closure plan (Refer plate no.-9). A stonewall will be constructed towards the drainage side, so as to prevent the spreading of loose practical, as the dump area fills up. A garland drains of size 1.0 X 1.0m. will be made at the bottom side of the dump so as to prevent washout from the dumps.

(iv) Program of afforestation: Afforestation during five-year period will be done in the area of 1250 sqm. as shown on plan (Refer plate no.-6 & 7). The proposed plantation is done western side within the lease barrier area, nearby the office building & along mine road, for 250 sqm. each year. (250X5=1250sqm. in next five years). One workman will be deputed for maintenance of the plantation throughout the year. If required, forest department officials will be consulted for type of plantation to be done, suitable for this area. It is proposed that owner will plant and maintain about 25 trees of Neem, flower, lemon & kanjari trees are suitable for this area, every year. The year wise area to be covered under plantation is: Year Area in Hect. No. of sapling Survival rate Ist Year 0.025 25 60 to 70 % IInd Year 0.025 25 60 to 70 % IIIrd Year 0.025 25 60 to 70 % IVth Year 0.025 25 60 to 70 % Vth Year 0.025 25 60 to 70 %

8.3.2 Topsoil Management: (Description of topsoil available at the site and its utilization) No any topsoil removed during plan period & if it is removed during plan period it is stacked separately for future used.

8.3.3. Tailings Dam Management: There is no proposal of beneficiation plant for processing of mineral, so no effluents will be generated.

8.3.4 Acid mine drainage, if any and its imitative measures. NA

8.3.5. Surface subsidence mitigation measures through backfilling of mine voids or by any other means and its monitoring mechanism. (The information on protective measures for reclamation and rehabilitation works year wise (2018-2019 to 2021-2022) may be provided as per the following table. The information on protective measures for reclamation and rehabilitation works year wise may be provided as per the following table.

SUMMARY OF SECOND YEAR PROPOSAL FOR ITEM NO. 8.3 Items Details Proposed Actual Remarks Dump Area afforested (ha) 0.0 0.0 - management No of saplings planted 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Management Area available for rehabilitation (ha) 0.0 0.0 - of worked out Afforestation done (ha) 0.0 0.0 - benches No of saplings planted in the year 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Any other method of rehabilitation (specify) 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Reclamation Void available for Backfilling (L x B x D) pit 0.0 0.0 - and wise /slope wise Rehabilitation Void filled by waste /tailings 0.0 0.0 - by backfilling Afforestation on the backfilled area 0.0 0.0 - Rehabilitation by making water reservoir 0.0 0.0 - Any other means (specify) 0.0 0.0 - Rehabilitation Area available (ha) 0.0 0.0 - of waste land Area rehabilitated 0.025 0.0 - within lease Method of rehabilitation 0.0 0.0 - Others Wire fencing 206 m. 0.0 - (specify)

SUMMARY OF THIRD YEAR PROPOSAL FOR ITEM NO. 8.3 Items Details Proposed Actual Remarks Dump Area afforested (ha) 0.0 0.0 - management No of saplings planted 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Management Area available for rehabilitation (ha) 0.0 0.0 - of worked out Afforestation done (ha) 0.0 0.0 - benches No of saplings planted in the year 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Any other method of rehabilitation (specify) 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Reclamation Void available for Backfilling (L x B x D) pit 0.0 0.0 - and wise /slope wise Rehabilitation Void filled by waste /tailings 0.0 0.0 - by backfilling Afforestation on the backfilled area 0.0 0.0 - Rehabilitation by making water reservoir 0.0 0.0 - Any other means (specify) 0.0 0.0 - Rehabilitation Area available (ha) 0.0 0.0 - of waste land Area rehabilitated 0.025 0.0 - within lease Method of rehabilitation 0.0 0.0 - Others Wire fencing 168 m. 0.0 - (specify)

SUMMARY OF FOURTH YEAR PROPOSAL FOR ITEM NO. 8.3 Items Details Proposed Actual Remarks Dump Area afforested (ha) 0.0 0.0 - management No of saplings planted 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Management Area available for rehabilitation (ha) 0.0 0.0 - of worked out Afforestation done (ha) 0.0 0.0 - benches No of saplings planted in the year 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Any other method of rehabilitation (specify) 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Reclamation Void available for Backfilling (L x B x D) pit 0.0 0.0 - and wise /slope wise Rehabilitation Void filled by waste /tailings 0.0 0.0 - by backfilling Afforestation on the backfilled area 0.0 0.0 - Rehabilitation by making water reservoir 0.0 0.0 - Any other means (specify) 0.0 0.0 - Rehabilitation Area available (ha) 0.0 0.0 - of waste land Area rehabilitated 0.025 0.0 - within lease Method of rehabilitation 0.0 0.0 - Others Wire fencing 0.0 0.0 - (specify)

SUMMARY OF FIFTH YEAR PROPOSAL FOR ITEM NO. 8.3 Items Details Proposed Actual Remarks Dump Area afforested (ha) 0.0 0.0 - management No of saplings planted 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Management Area available for rehabilitation (ha) 0.0 0.0 - of worked out Afforestation done (ha) 0.0 0.0 - benches No of saplings planted in the year 0.0 0.0 - Cumulative no of plants 0.0 0.0 - Any other method of rehabilitation (specify) 0.0 0.0 - Cost including watch and care during the year 0.0 0.0 - Reclamation Void available for Backfilling (L x B x D) pit 0.0 0.0 - and wise /slope wise Rehabilitation Void filled by waste /tailings 0.0 0.0 - by backfilling Afforestation on the backfilled area 0.0 0.0 - Rehabilitation by making water reservoir 0.0 0.0 - Any other means (specify) 0.0 0.0 - Rehabilitation Area available (ha) 0.0 0.0 - of waste land Area rehabilitated 0.025 0.0 - within lease Method of rehabilitation 0.0 0.0 - Others Wire fencing 120 m. 0.0 - (specify)

8.4 Disaster Management and Risk Assessment: The proposed workings are by opencast mining method. Underground mining is not proposed. No tailing dam is proposed. Thus high –risk accidents like landslide, subsidence, flood, inundation, fire, seismic activities etc. would not come across. In case of accident, a well-equipped first aid station is available at nearby same lessee mine site for giving first aid to injured persons. A vehicle will always remain at site. The lessee is capable to meet any type of risk. The PHC is located nearby the lease area i.e. at Bhacheriya (1.5 Km.). The referral hospital at Rajsamand at 48.0 Km. & Udaipur at 95 Km. away from the mines. All safety measures viz. helmet, iron toe shoes, dust mask etc. shall be implemented.

8.5 Care and maintenance during temporary discontinuance: The following steps will be taken during temporary discontinuance of the mining in the area due to any reason (refer plate no.-9): 1. If mine closes temporarily, than the mining working will be in the watch of a watchman. 2. Before reopening of mine the maintenance will be provided to all the machineries deployed at mine. 3. The area will be protected by the displaying board at the entry with a caption like “entry in the premise without permission is strictly prohibited” and also in local language. 4. Before entry of the labours into the mine working/faces the working and faces are proposed to be inspected by manager for safety purpose as per Mines Act. 5. The open pit will be protecting by the erecting fencing as per norms and all around the open pits with caution boards displaying that “Danger Zone”. 8.6 Financial Assurance: The amount of financial assurance as required under Minor Mineral rule of 29 (14) of RMMCR-2017 has been calculated based on the proposed mining area put to use for mining and allied activities after five years. The total mining lease area is 4.4430 hectares out of which the area put to use for mining and allied activities is 0.4677 hectare, including the requirement of the area for the next five year proposal (calculation is given as below page no.-66 & table no.-41). The total amount of financial assurance is already submitting at concerning office.

Table indicating the breakup of areas in the mining lease for calculation of Financial Assurance (in Hectares): Table No.-41 Sr. Head Area put on use at Additional Total Area considered as fully No. start of scheme requirement (in hect.) reclaimed & period during scheme rehabilitated (in hect.) period (in hect.) (in hect.) A B C D 1 Area under mining 0.0536 2.4643 2.5179 0.0 2 Storage for top soil 0.0 0.0 0.0 0.0 3 Overburden 0.0 0.0 Waste dump 0.0 0.1300 0.1300 SB 0.0 4 Mineral storage 0.0 0.0 0.0 0.0 5 Infrastructure 0.0 0.0075 0.0075 0.0 (workshop, administrative building etc. 6 Roads 0.0 0.0 0.0150 0.0 7 Railways 0.0 0.0 0.0 0.0 8 Green Belt 0.05 0.125 0.175 0.0 9 Tailing pond 0.0 0.0 0.0 0.0 10 Effluent Treatment plant 0.0 0.0 0.0 0.0 11 Mineral Separation plant 0.0 0.0 0.0 0.0 12 Township area 0.0 0.0 0.0 0.0 13 Other to specify 0.0 0.0 0.0 i.e. Kachha Rasta 14 Grand Total land put in used 0.1036 2.7268 2.8454 15 Remaining area 4.7144 - 1.9726 16 Total area 4.8180 - 4.8180

(M/s Aurum Granite) Applicant

Place: Udaipur (Dr. Mukesh Kumar Jagetia) Date: Recognized Person IBM RQP Reg. No.-RQP/UDP/189/99-A

PART - B 9.0 Certificates / Undertakings/ Consents (As detailed below) Mobile No.- 95898-59311 E-mail- [email protected] M/S AURUM GRANITE R/o- Village- Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Rajasthan)

A. CONSENT LETTER/UNDERTAKING/CERTIFICATE FROM THE APPLICANT/ LESSEE: 01 The Scheme of Mining with PMCP in respect of Bhacheriya, Quartz & Feldspar Mine over an area of 4.8180 hectares, M.L. No.- 18/2001, in Bhacheriya, Quartz & Feldspar Mine, Tehsil- Deogarh, District- Rajsamand, under Rule Minor Mineral of RMMCR-2017 has been prepared by RQP Dr. Mukesh Kumar Jagetia. This is to request the SME (MINES) Rajsamand circle, DMG, Rajsamand, to make any further correspondence regarding any correction of the Mining scheme of Mining with the said recognized person at his address below :- Name of RQP - Dr. Mukesh Kumar Jagetia Registration no - RQP/UDP/189/99-A Validity - 26-8-2021 Address of RQP - C/o ARAVALLI GEOLOGICAL & MINING CONSULTANCY 24, Shopping Centre, Opposite Mining Office, Sector- 11, Udaipur-313002 Phone No.: 0294- 2489840 (office), 2481202 (resi.), 94142-90241, 9983325026 (Mobile) Fax No.: 0294-2489840, E-mail: agmc 24@ yahoo.com (Full name of RQP and address) We hereby undertake that all modifications / updating as made in the said Mining scheme of Mining by the said recognized person be deemed to have been made with our knowledge and consent and shall be acceptable on us and binding in all respects.

02 It is certified that the Mining Scheme with Progressive Mine Closure Plan of Bhacheriya, Quartz & Feldspar Mine of M/s Aurum Granite over an area of 4.4430 hectare complies with all statutory rules, Regulations, Orders Made by the Central or State Government, Statutory organization, Court etc. which have been taken into consideration and wherever any specific permission is required the lessee will approach the concerned authorities. The information furnished in the Mining Scheme with Progressive Mine Closure Plan is true and correct to the best of our knowledge and records.

03 “The provisions of Mines Act, Rules and Regulations made there under have been observed in the Scheme of Mining over an area of 4.4430 hectares in village – Bhacheriya, Tehsil - Deo gar h, District - Rajsamand, State - Rajasthan belonging to Bhacheriya, Quartz & Feldspar Mine, and where specific permissions are required, the lessee will approach the D.G.M.S. Further, standards prescribed by D.G.M.S. in respect of miners’ health will be strictly implemented”.

Place: Rajsamand (M/s Aurum Granite) Date: Applicant Signature

Phone No.: +91-294-2489840 (O) : +91-294-2417104 (R) Fax No.: +91-294-2418508 Mobile no.- 94142-90241 E-mail: [email protected] ARAVALLI GEOLOGICAL & MINING CONSULTANCY A group of Mining Geologist & Geo-environmentalist 24, Shopping Center, Opp. Mining Office, Hiran Magri Sector-11, Udaipur-313002 (Raj)

Ref: AGMC/2018 / Date: / 05 / 2018

CERTIFICATE FROM RQP

The provisions of the RMMCR-2017 have been observed in the preparation of the Mining Scheme with PMCP for Bhacheriya, Quartz & Feldspar Mine over an area of 4.8180 hectares, of M/s Aurum Granite R/o- Village-Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Rajasthan) and whenever specific permissions are required, the lessee will approach the concerned authorities of DMG, State Govt. of Rajasthan.

The information furnished in the Mining Scheme with PMCP is true and correct to the best of our knowledge.

Place : Udaipur (Raj.) (Dr. Mukesh Kumar Jagetia) Date : Recognized Person IBM RQP Reg. No.-RQP/UDP/189/99-A

10.0 List of the Plans and Sections to be submitted LIST OF PLATES

Sr. Plates. Particulars Scales No. No.

1. 1 Location & Route Plan 1:10000

2. 2 Key Plan 1:50000

3. 3 Surface Plan 1:1000

4. 4 Surface Geological Plan & Section 1:1000

5. 5 Composite Development Plan & Year Wise Sections 1:1000

6. 6 Reclamation Plan 1:1000

7. 7 Environment Plan 1:5000

8. 8 Conceptual Plan & Sections 1:1000

9. 9 Financial Area Assurance Plan 1.1000

10. 10 Superimpose Revenue Map

11.0 List of documents to be annexed LIST OF ANNEXURES

Sr. No. Annexure No. Title 1. I-A to I-C Order Copy of Granite Inclusion & transferred Lease Agreement & Deed 2. II-A to II-B II-A- Lease Plan II-B- Demarcation Reports 3. III-A to III-C III-A- Quartz Analysis Reports III-B- Feldspar Analysis Reports III-C- Granite Analysis Reports 4. IV Water Analysis

5. V RQP Certificate

6. VI Copy of Approval Mining Scheme with PMCP

7. VII Revenue Records & Map

Phone No.: +91-294-2489840 (O) : +91-294-2417104 (R) Fax No.: +91-294-2418508 Mobile No.- 94142-90241, 99833-25026 E-mail: [email protected], [email protected] ARAVALLI GEOLOGICAL & MINING CONSULTANCY A group of Mining Geologist & Geo-environmentalist 24, Shopping Center, Opp. Mining Office, Hiran Magri Sector-11, Udaipur-313002 (Rajasthan)

Ref : AGMC/ 2017 / Date : / 08 / 2018

To, The Supt. Mining Engineers (Mines), Rajsamand Circle Departmental of Mines & Geology Rajsamand (Raj.)

Subject: Modified mining plan with progressive mine closure plan of Bhacheriya, Quartz & Feldspar Mine (ML No.- 18/2001, Mineral- Quartz & Feldspar, Area- 4.8180 hectare), Near village- Bhacheriya, Tehsil- Deogarh, District- Rajsamand, State- Rajasthan of M/s Aurum Granite R/o- Village- Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Rajasthan).

Dear Sir, As per above subject, herewith I am submitting two draft copies of Modified mining plan with progressive mine closure plan of Bhacheriya, Quartz & Feldspar Mine (ML No.- 18/2001, Minerals- Quartz & Feldspar, Area- 4.8180 hectare), Near village- Bhacheriya, Tehsil- Deogarh, District - Rajsamand, State - Rajasthan of M/s Aurum Granite R/o- Village- Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Rajasthan) for kind of approval for kind of approval under rule of RMMCR-2017. Yours truly,

(Dr. Mukesh Kumar Jagetia) RQP Reg. No.-RQP/UDP/189/99-A M/s Aravalli Geological & Mining Consultancy Encl.: i. Two draft copies of Modified mining plan with PMCP. ii. Rs. 2,000/- challan copy enclosed GRN - , on dated Copy to: M/s Aurum Granite R/o- Village- Bhacheriya, Post- Kundwa, Tehsil- Deogarh, District- Rajsamand (Rajasthan

(Dr. Mukesh Kumar Jagetia) RQP Reg. No.-RQP/UDP/189/99-A M/s Aravalli Geological & Mining Consultancy

Annexure No.-III-C

Chemical analysis of Granite Contains Granite

K2O (%) -

Na2 O (%) - CaO (%) 1.00 MgO (%) 0.50

Al2O3 (%) 13.70

Fe2O3 (%) 1.60

SiO2 (%) 73.10 LOI (%) 1.82