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PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD 1 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD PRE-FEASIBILITY REPORT FOR HEBBAL LIMESTONE & DOLOMITE MINE (Expansion) Hebbal Village, Mudhol Taluk, Bagalkot District Area - 4.86 ha Enhancement Production:-57,000 TPA to 1,20,000 TPA Applicant: Sri. K.H. Sabarad APMC Yard, Mallammanagar Nagar, Mudhol-587313 Mudhol Taluk, Bagalkot District, Karnataka Prepared by: M/S SRI SAI MANASA NATURE TECH PVT. LTD (SSMNTECH) #906, B, WING, 9TH FLOOR, MITTAL TOWER MG ROAD, BANGALORE-56001 2 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD 1.1 EXECUTIVE SUMMARY 1.2 EXECUTIVE SUMMARY The subject Mining lease area granted for Mining of Limestone and Dolomite by Sri. K.H. Sabarad of Hebbal Limestone & Dolomite Mine for ML No.2493 is situated in Sy.No. 118(P), in 4.86 Ha, in Hebbal Village, Mudhol Taluk, Bagalkot District Karnataka state in Patta Lands. The lease area is a non- forest waste land. The mining plan was approved under MMDR Act, 1957 vide approval No.MP/MAN-562(KNT)/GOA/2004-05 DATED 27.09.2004. As per the MMDR Act, 2015 the mining lease period would be for 50 years from 01.07.2005 to mine limestone. The date of expiry of mining lease will be 30.06.2055 and the date of commencement of mining operation in this area was 06.12.2006. The modification in approved mining plan was approved under MCDR Act 1988 for enhancement of production vide approval No.MP/MAN-562(KNT)/GOA/200-2005 DATED 16.01.2008. The 1st Scheme of mining for the period from 2011-12 to 2015-16 was approved under MCDR 1988 vide approval letter No-MSH/MAN-216/KNT/GOA/2011-12 DATED 206.08.2011 The 2nd Scheme of Mining has been approved by IBM their vide letter no MSH/OTF.MECH- 101(KNT)/GOA/2015-2016 dated 10.03.2016. (Annexure-I). The present proposal is submitted for enhancement of 57,000 to 1, 20,000 TPA of Limestone and the project is proposed considering as Category B2. 1.3 SALIENT FEATURES OF THE PROJECT Environmental setting Hebbal Limestone & Dolomite Mine Project name Location of mine Sy.N. 118(P), Hebbal Village, Mudhol Taluk, Bagalkot District Karnataka state Latitude N160 11’39.73” to N160 11’46.55” Longitude E750 20’21.07” to E750 20’21.05” Toposheet number 47 P/8 Type of Land Patta Land 3 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD Minerals of mine Limestone & Dolomite Total geological reserves 10,15,810n Tons Total mineable geological reserves 7,82,059 Tons Life of mine 7 years Proposed production of mine 1,20,000 Tons/year Method of mining Open Cast Semi mechanized mining method No of working days 300 Water demand 5.28 KLD Sources of water Near By Bore wells Man power 32 Nearest railway Station Bagalkot Railway station- 45 kms- (E) Nearest state highway/national Bagalkot to Belgum-SH 44- 4.5 Kms (E) highway Gulbarga-Bijapur-Hubli Hwy- NH218- 30Kms (E) Nearest air port Hubli Airport- 96 Kms- (S) Seismic zone Seismic zone III 1.4 PROPOSED PLANNING Mining method - Open Cast Semi mechanized mining method Project cost - Rs 50 Lakhs Production - Enhancement of 57,000 to 1, 20,000 TPA EXISTING LAND USE PATTERN S. No. Particulars Present land use pattern (ha) 1 Area under mining 3.021 4 Roads 0.248 3 Green belt 0.375 4 Undisturbed Area 1.216 Total 4.86 4 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD 1.5 CONCLUSION Karnataka has the largest limestone reserve in India. The districts of Gulbarga, Bagalkot, Belgaum, Shimoga and other Uttara Kannada districts are endowed with extensive high grade limestone. The present and consistent production of approximately 14 million tonnes provides for the cement plants in these districts. 2. INTRODUCTION OF THE PROJECT/ BACKGROUND INFORMATION The mining lease was executed over an area of 4.86 Ha, in Hebbal Village, Mudhol Taluk, Bagalkot District Karnataka in favor of Sri. K.H. Sabarad. 2.1 BRIEF INFORMATION ABOUT THE PROJECT The lessee wants to enhance the production from 57,000 TPA to 1, 20,000 TPA of Limestone and Dolomite by semi mechanized method. The lease area is 4.86 ha. No forest land is involved. The total mineable geological reserves available are 7, 82,059 MT of limestone. The expected life of the mine is 7 years. Total top soil generation during the life of the project will be 1695.10 Cum and OB will be 1, 21, 46.15 Cum. The black cotton soil will be removed during mining will be utilized to form bund all along the lease boundary on which green belt will developed. The intercalated waste which is an intercalated shale in the plan period may used for lying road from mine to approach road and to maintain roads within mine area and rest will be dumped in the area earmarked on mineralized area within the lease area. Water requirement for the proposed project for domestic use, dust suppression and plantation, will be 5.28 KLD, which will be met from tube well pumps at nearest village. 2.3 NEED FOR THE PROJECT AND ITS IMPORTANCE TO THE COUNTRY OR REGION The basic objective of the project is to effective utilization of Mineral in the country and /or region. With the development and industrialization has enhanced the demand of Limestone. Limestone is greatly used in architecture as it is easily obtained, cut and carved. Limestone rocks contain flint, clay, sand and calcite in varying amounts. It is also preferred by most of the people 5 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD in architecture and decoration, as it is long lasting and does well in every climatic condition. Calcareous sedimentary rocks are known as limestone and they are composed of the mineral calcite. When calcite’s calcination is done, it gives lime as a product. In nature, limestone is available in various purity levels, depending upon the other minerals present with it. For example, if some limestone is present with more than 10% of dolomite, it is called as dolomite limestone and same goes for magnesium limestone too. When limestone is recrystallised and polished, it becomes a decorative and building stone called “marble. 2.4 DEMANDS-SUPPLY GAP In India Limestone has a wide application and demand. The major application of limestone in India is in cement Industry. According to the Cement Manufacturers’ Association, (2010) India ranks second in cement production in the world, with an installed capacity of about 230 million tonnes in 2008–09. The Indian cement industry has been on a high growth trajectory for more than a decade, led by buoyancy in sectors such as real estate and construction. Government expenditure on infrastructure, in the Eleventh Five Year Plan (2007–2012), is expected to be to the tune of US$ 350 billion. Moreover, the government's continued thrust on infrastructure will help the key building material to maintain an annual growth of 9-10 per cent in 2011. The mining industry has witnessed continuous modernization and adoption of new technologies in recent years for the excavation of mineral like Limestone. Limestone demand has been on an upsurge in India due to the high-rise demand in the cement Industry. Demand is being driven by mega infrastructure, residential and commercial projects. Major producing areas/ Supply In India, limestone is available in many states such as Karnataka, Rajasthan, Himachal Pradesh, Madhya Pradesh, Tamil Nadu, Andhra Pradesh and Jharkhand. The value of production of non-metallic minerals was at Rs. 3527.62 crores during 2008- 09, and increased by 2.89% as compared to the previous year. Limestone retained its leading position by contributing 70.92% of the total value of non-metallic minerals in 2008-09. The production of Limestone at 204 million tonnes in 2008-09 increased by 5% as compared the previous year. Limestone is widely produced in India. As much as 88% of the total output in 2008-09 was contributed by seven principal States; viz. Andhra Pradesh (22%), Rajasthan 6 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD (18%), Madhya Pradesh (13%), Gujarat (11%), and Tamil Nadu, Chhattisgarh and Karnataka (8% each). The remaining 12% of the total production was shared by other limestone producing States. 2.5 IMPORTS VS. INDIGENOUS PRODUCTION There will be no import of Limestone. 2.6 EXPORT POSSIBILITY Limestone production from this project will be exported. 2.7 DOMESTIC/ EXPORT MARKETS DOMESTIC MARKET Sri. K.H. Sabarad of Hebbal Limestone & Dolomite Mine is supplier of limestone to major industries. EXPORT MARKET The proposed mining activity is for indigenous consumption only for producing cement. 2.8 EMPLOYMENT GENERATION DIRECT EMPLOYMENT Total employment in the mining lease will be around 32 people. The local villagers will be preferred for employment. A list of technical, supervisory staff, semi-skilled and skilled persons are given below: 1 Highly Skilled 2 2 Skilled 1 3 Semi-skilled 10 4 Un-skilled 19 Total 32 7 PROJECT: LIME STONE & DOLOMITE MINING PROJECT PRE-FEAS IBILITY REPORT APPLICANT: SRI K.H.SABARAD 3. PROJECT DESCRIPTION 3.1 TYPE OF PROJECT INCLUDING INTERLINKED AND INTERDEPENDENT PROJECTS, IF ANY. The proposed project of 4.86 ha area is operating limestone mine and falls under Category-“B2” As per the EIA notification of Ministry of Environment Forests and Climate Change, Govt of India (MoEF&CC), dated 14th September, 2006, as amended from time to time.
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  • Maps of Bagalkot District

    Maps of Bagalkot District

    MAPS OF BAGALKOT DISTRICT Page 1 Important officials and their contact numbers 1 State Level Officers Officers Phone numbers Name Office Residence Mobile Chief Secretary Dr E V Ramanareddy 080-22252442 080-22256569 Chief Electoral Officer Sanjeev Kumar 080-22242042 080-23514959 9448290830 Regional Commissioner P A Meghannavar 0831-2404007 0831-2422721 9448453999 I G (Belgaum Range) 0831-2405200 0831-2405201 9480800029 2. Important Officials in the CEO’s Office Sl No Name and Designation of Activities to be monitored Contact Number State Nodal Officers 1 Sri K. G. Jagadeesha Implementation of MCC Ph: 080-22288821 Additional CEO-I Mainaintance of Law & Order Election Expenditure Monitoring Expenditure Obeservers (Protocol) 2 Sri Ujjwal Kumar Ghosh Manpower Management and Data Ph: 080-22242024 Additional CEO-II Computerization Transport Management Counting Halls & Strong Rooms Welfare of Polling Personnel 3 Sri. Raghavendra EVMs & VVPATs Management Ph: 080-22224195 Deputy CEO 4 Sri. Surya Sen IT & use of Technology EMS Ph: 080-22288822 Joint CEO Monitoring & Communication plan Website 5 Sri. H. Jnanesh Training Management Ph: 080-22288824 DCEO-III 6 Sri K. N. Ramesh Materials Management Ph: 080-22234198 Joint CEO Ballot Papers, Dummy Ballot Paper & Postal Ballot Papers General Observers Protocol Polling Stations, Provision for PWDs 7 Sri D. N. Naik Helpline & Complaints redressal Ph: 080-22288823 Sr. Consultant 8 Sri. B. S. Hiremath Media/ Political Parties Communication Ph: 7259900300 Sr. Consultant Conduct of meetings & Drawing Proceedings. Documentation/ Monitoring 9 Sri Vastrad. P. S SVEEP action plan Developing of content for SVEEP Documentation of SVEEP Page 2 3. General Observers Name Constituency Mobile Liaison Officer Mobile 19.
  • R. K. SUKHTANKAR Petrogra Plly

    R. K. SUKHTANKAR Petrogra Plly

    JOURNAL GEOLOGICAL SOCIETY OF INDIA Vol. 26, June 1985, pp. 426 to 428 EUHEDRAJoJ AUTHIGENIC TOURMALINE FROl\1 THE KALADGI SANHSTONE, JAMKHANDI, BIJAPUR DISTRICT, KARNATAKA R. K. SUKHTANKAR Department of Geology, University of Poona, Pune 411 007. Abstract PI:trographical studies of the KaJadgi sandstone of Precambrian age from the Bijapur district, Karnataka, revealed the presence of detrital and authigenic tourmaline. The presence of authigenic lOurmaline in the form of individual crystals is used to deci· pher the post-depositional geochemical changes. The increasing silica content and the alka1inl~ pH of the interstitial fluids have favoured the formation of authigenic tourma­ line. Introduction The lithology and structure of the Precambrian Kaladgi basin have been des­ cribed previously (Foote, 1876; Nautiyal, 1966; Gokhale, 1977; Viswanathiah~ 1968, 1977). Petrographical studies of these rocks around lamkhandi (16°, 30' N; 75°, IS' E), Bijapur district,. Karnataka, were undertaken to evaluate the post-depo­ sitional changes in them. During the studies, the presence of authigenic tourmaline as individual grains has been recognized in the Kaladgi sandstone. Geology The Kaladgi Group, represented by conglomerate, sandstone and shale of Pre­ cambrian age overlies basement granites and gneisses and is, in turn, overlain by the Deccan ba~,a1t flows of Late Cretaceous to Miocene period. Sandstone is the major. litho-unit of the Kaladgi Group in the area investigated. Field studies indicate the presence of an easterly plunging syncline (Fig. 1). Petrogra pllY Quartz, feldspar and lithic fragments are the major detrital minerals. In some rnicrosections, tourmaline and clay minerals are present as accessories. Cement is argillaceou8, ferruginous, calcareous or siliceous in composition.