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Mining in India

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Mining in India

Summary

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The mining industry in India is a major economic activity which contributes significantly to the economy of India. The gross domestic product (GDP) contribution of the mining industry varies from 2.2% to 2.5% only but going by the GDP of the total industrial sector, it contributes around 10% to 11%. Even mining done on small scale contributes 6% to the entire cost of mineral production. Indian mining industry provides job opportunities to around 700 individuals.

As of 2012, India is the largest producer of sheet mica, 2015 the fourth largest producer of iron ore, alumina, chromite, and bauxite in the world. A coal and iron ore project is in the fifth largest reserve in world. India's metal and mining industry was estimated to be $106.4 billion in 2010.

Mining in India has been prominent since ancient times. The field is noted for significantly contributing to the economy of the nation. However, the mining in India is also infamous for human rights violations and environmental pollution. The industry has been hit by several high-profile mining scandals in recent times.

Introduction

The tradition of mining in the region is ancient and underwent modernization alongside the rest of the world as India has gained independence in 1947.

D.R. Khullar holds that mining in India depends on over 3,100 mines, out of which over 550 are fuel mines, over 560 are mines for metals, and over 1970 are mines for extraction of nonmetals. The figure given by S.N. Padhi is: 'about 600 coal mines, 35 oil projects and 6,000 metalliferous mines of different sizes employing over one million persons on a daily average basis.' Both open cast mining and underground mining operations are carried out and drilling/pumping is undertaken for extracting liquid or gaseous fuels. The country produces and works with roughly 100 minerals, which are an important source for earning foreign exchange as well as satisfying domestic needs. India also exports iron ore, titanium, manganese, bauxite, granite, and imports cobalt, mercury, graphite etc.

Unless controlled by other departments of the Government of India, mineral resources of the country are surveyed by the Ministry of Mines, which also regulates the manner in which these resources are used. The ministry oversees the various aspects of industrial mining in the country. are also controlled by the ministry. Natural gas, petroleum and atomic minerals are exempt from the various activities of the Indian Ministry of Mines.

History

Indian coal production is the 3rd highest in the world according to the 2008 Indian Ministry of Mines estimates.<ref name=MoM_doc1/> Shown above is a coal mine in [[Jharkhand]].
Mining of manganase in 1951

Flint was known and exploited by the inhabitants of the Indus Valley Civilization by the 3rd millennium BCE. P. Biagi and M. Cremaschi of Milan University discovered a number of Harappan quarries in archaeological excavations dating between 1985 and 1986. Biagi (2008) describes the quarries: 'From the surface the quarries consisted of almost circular empty areas, representing the quarry–pits, filled with aeolian sand, blown from the Thar Desert dunes, and heaps of limestone block, deriving from the prehistoric mining activity. All around these structures flint workshops were noticed, represented by scatters of flint flakes and blades among which typical Harappan-elongated blade cores and characteristic bullet cores with very narrow bladelet detachments.' Between 1995 and 1998, Accelerator mass spectrometry radiocarbon dating of Zyzyphus cf. nummularia charcoal found in the quarries has yielded evidence that the activity continued into 1870-1800 BCE.

Minerals subsequently found mention in Indian literature. George Robert Rapp—on the subject of minerals mentioned in India's literature—holds that:

Geographical distribution

The distribution of minerals in the country is uneven and mineral density varies from region to region.

Mineral BeltLocationMinerals found
North Eastern Peninsular BeltChota Nagpur Plateau and the Odisha plateau covering the states of Jharkhand, West Bengal and Odisha.Coal, iron ore, manganese, mica, bauxite, copper, kyanite, chromite, beryl, apatite etc. Khullar calls this region the mineral heartland of India and further cites studies to state that: 'this region possesses India's 100 percent Kyanite, 93 percent iron ore, 84 percent coal, 70 percent chromite, 70 percent mica, 50 percent fire clay, 45 percent asbestos, 45 percent china clay, 20 percent limestone and 10 percent manganese.'
Central BeltChhattisgarh, Andhra Pradesh, Madhya Pradesh and Maharashtra.Manganese, bauxite, uranium, limestone, marble, coal, gems, mica, graphite etc. exist in large quantities and the net extent of the minerals of the region is yet to be assessed. This is the second largest belt of minerals in the country.
Southern BeltKarnataka plateau and Tamil Nadu.Ferrous minerals and bauxite. Low diversity.
South Western BeltKarnataka and Goa.Iron ore, garnet and clay.
North Western BeltRajasthan and Gujarat along the Aravali Range.Non-ferrous minerals, uranium, mica, beryllium, aquamarine, petroleum, gypsum and emerald.

India has yet to fully explore the mineral wealth within its marine territory, mountain ranges, and a few states and regions e.g. Gadchiroli in Maharashtra, Assam.

Over the last three years, Gadchiroli has also emerged as a mining hub, on its way to becoming another steel hub of India. Companies such as Lloyd's Metal and Energy Limited, with mines operated by Thriveni Earthmovers, have been successful in navigating internal conflict to start mining operations in the region since 2021. They have also received a government push, which aims to establish the region as the steel hub of India by 2030.

The Maharashtra government has been working on improving infrastructure in the region to make this a reality. The LMEL's current Surjagad Iron Ore Mines, currently operating are set to reach a production capacity of 25 MTPA, with the foundations of the Integrated Steel Plant already underway. Another player, Surjagad Ispat, has already entered the region, and more are sure to follow.

If this becomes a reality, India steel capacity will increase, reducing both cost and an overall dependency on steel imports from China.

Newly discovered mines/deposits

ProjectMetal/ResourceDiscovered byLocationNotes
Lithium Mines in Salal-Haimana area of Reasi districtLithiumGeological Survey of IndiaJammu and KashmirJammu and Kashmir lithium reserves found in Salal-Haimana area of Reasi district
Lithium Mines in Degana's Renvat hill and its surrounding areasLithiumGeological Survey of IndiaRajasthan
Lithium Mines in East Singhbhum and HazaribaghLithiumNational Mineral Exploration Trust (NMET)Jharkhand
Lithium Mines in MadhyaLithiumAtomic Minerals Directorate for Exploration and Research (AMD)Karnatakalithium reserves have been found near Mandya by researchers of the Atomic Minerals Directorate. The reserves have been estimated at 14,100 tonnes in a small patch of land surveyed in Mandya that was published in the Current Science journal.
Lithium Mines in YadgiriLithiumAtomic Minerals Directorate for Exploration and Research (AMD)Karnatakapreliminary survey indicates lithium deposits in Yadgiri district
Tantalum Mines in Sutlej RiverTantalumIIT RoparRopar, Punjab
Uranium Mines in Sikar, Rohil west, Jahaz and Geratiyon ki Dhani districtsUraniumAtomic Minerals Directorate for Exploration and Research (AMD)Rajasthanthe Atomic Minerals Directorate for Exploration and Research (AMD) found 8,813 tonnes of uranium oxide deposits in Rohil in Sikar district, 1,086 tonnes in Rohil west, 3,570 tonnes in Jahaz and 1,002 tonnes in Geratiyon ki Dhani.
Rare earth Mines in Ananthapur districtLight Rare EarthNational Geophysical Research InstituteAnanthapur, Andra PradeshThe light rare earth element minerals found in Ananthapur district include allanite, cerite, thorite, columbite, tantalite, apatite, zircon, monazite, pyrochlore euxenite and fluorite.
Rare earth deposits in Alang beachVanadiumGeological Survey of IndiaAlang, GujaratGSI researchers suggested that the vanadiferous titanomagnetite deposits in the Gulf of Khambhat may have been transported from the Deccan basalts region, primarily through the Narmada and Tapi rivers. They gathered a total of 69 sediment samples from this Gulf.
Rare earth Mines in Barmar districtRare EarthDepartment of Atomic EnergyBarmar, RajasthanGood reserves of rare earth elements (REE) like bastnasite, britolite, synchisite and xenotime have been found in carbonates and microgranite rocks in south west parts of Rajasthan. Microgranite rocks have been found in Jalore's Siwana, which has the rarest Genotime rare earth deposits, while 5 million tonnes of rare earth elements deposits are also possible in Barmer's Kamthai, Dhani granite block near Pali and carbonates in Nivaniya village near Udaipur.
Gold Mines in Sonbhadra districtGoldUP geologySonbhadra, Uttar Pradesh
Gold Mines in Keonjhar, Mayurbhanj and Deogarh districtGoldDirectorate of Mines and Geological Survey of IndiaOdishaGold mines have been found at different locations of three districts of Odisha. These gold deposits have been found at four places in Keonjhar District, four places in Mayurbhanj District and at one place in Deogarh district.
Gold Mines in Jamui districtGoldGeological Survey of IndiaJamui, Bihar
Gold Mines in Jonnagiri districtGoldJonnagiri, Andra PradeshDeccan Gold Mines Ltd (DGML), the first and only gold exploration company listed on BSE, has a significant stake of 40 per cent in Geomysore Services India Limited which is developing the first private sector gold mine at Jonnagiri. Production is likely to begin in either October or November 2024.

Minerals

Along with 48.83% arable land, India has significant sources of coal (fourth-largest reserves in the world), bauxite, titanium ore, chromite, natural gas, diamonds, petroleum, and limestone. According to the 2008 Ministry of Mines estimates: 'India has stepped up its production to reach the second rank among the chromite producers of the world. Besides, India ranks 3rd in production of coal & lignite, 2nd in barites, 4th in iron ore, 5th in bauxite and crude steel, 7th in manganese ore and 8th in aluminium.'

India accounts for 12% of the world's known and economically available thorium. It is the world's largest producer and exporter of mica, accounting for almost 60 percent of the net mica production in the world, which it exports to the United Kingdom, Japan, United States of America etc. As one of the largest producers and exporters of iron ore in the world, its majority exports go to Japan, Korea, Europe and the Middle East. Japan accounts for nearly 3/4 of India's total iron ore exports.

Production

The net production of selected minerals in 2015 as per the Production of Selected Minerals Ministry of Mines, Government of India is given in the table below:

MineralQuantityUnitMineral type
Coal and lignite683Million tonnesFuel
Natural Gas32,249Million cubic metresFuel
Crude oil36.9Million tonnesFuel
Bauxite28.134million tonnesMetallic mineral
Copper3.9Million tonnesMetallic mineral
Gold1,594kilogramMetallic mineral
Iron ore156Million tonnesMetallic mineral
Lead145Thousand tonnesMetallic mineral
Manganese Ore2,148Thousand tonnesMetallic mineral
Zinc759Thousand tonnesMetallic mineral
Diamond31,836,091CaratsNon-metallic mineral
Gypsum3,651Thousand tonnesNon-metallic mineral
Limestone170Million tonnesNon-metallic mineral
Phosphorite1,383Thousand tonnesNon-metallic mineral

Exports

Mine shaft at [[Kolar Gold Fields]].

The net exports selected of minerals in 2004-05 as per the Exports of Ores and Minerals Ministry of Mines, Government of India is given in the table below:

MineralQuantity exported in 2004-05Unit
Alumina896,518tonnes
Bauxite1,131,472tonnes
Coal1,374tonnes
Copper18,990tonnes
Gypsum & plaster103,003tonnes
Iron ore83,165tonnes
Lead81,157tonnes
Limestone343,814tonnes
Manganese ore317,787tonnes
Marble234,455tonnes
Mica97,842tonnes
Natural gas29,523tonnes
Sulfur2,465tonnes
Zinc180,704tonnes

Issues with mining

One of the most challenging issues in India's mining sector is the lack of assessment of India's natural resources.

The first National Mineral Policy was enunciated by the Government in 1993 for liberalization of the mining sector. The National Mineral Policy, 1993 aimed at encouraging the flow of private investment and introduction of state-of-the-art technology in exploration and mining. In the Mid-Term Appraisal of the Tenth Five-Year Plan, it was observed that the main factors responsible for lack of success of the Policy were procedural delays in the processing of applications for mineral concessions and the absence of adequate infrastructure in the mining areas. To go into the whole gamut of issues relating to the development of the mineral sector and suggest measures for improving the investment climate the Mid-Term Appraisal had proposed the establishment of a High Level Committee. Accordingly, the Government of India, Planning Commission, constituted a Committee on 14 September 2005. under the Chairmanship of Shri Anwarul Hoda, Member, Planning Commission. The committee made detailed recommendations on all of its terms of Reference in December 2006. Based on the recommendations of the High Level Committee, in consultation with State Governments, the Government replaced the National Mineral Policy, 1993 with a new National Mineral Policy on 13 March 2008.

Under the British Raj a committee of experts formed in 1894 formulated regulations for mining safety and ensured regulated mining in India. The main causes for incidents resulting in serious injury or death are roof fall, methane gas explosion, coal dust explosion, carbon monoxide poisoning, vehicular accidents, falling/slipping and hauling related incidents.

In recent decades, the mining industry has been facing issues of large scale displacements, resistance of locals - as reported by the Indian journalist Aditi Roy Ghatak in the magazine D+C Development and Cooperation -, human rights issues like indentured labour as reported by the List of Goods Produced by Child Labor or Forced Labor and environmental issues like pollution, corruption, deforestation and dangers to animal habitats.

Sand mining

Corporate Social Responsibility Study

Background

Mining plays an important role in Indian industry, which contributes about 3% of the GDP in the 1990s, and about 2% of the GDP now. Goa, a state of India, has 1000 million tonnes of iron ore reserves and thereby has a strong mining industry. It exports about 30 million tonnes of iron ore annually. In the early 21 century, the demand of iron ore from China increased in a dramatic speed, accordingly, the export of iron ore from Goa increased. Meanwhile, Indian government loosened the regulation on iron ore trading. These aspects, along with other factors like spot contract, resulted in the doubled export of iron ore between 2005 and 2010.

In order to maintain the sustainability of mining, the Indian government set up a series of regulations included in Act of Parliament in 1987. According to Act of Parliament, mining companies had to obtain the lease for 20 years in maximum from the Indian Government, otherwise, their mining behaviors were not allowed.

CSR and Mineral Foundation of Goa

When it comes to the corporate social responsibility (CSR), Indian government encouraged companies to take discrete corporate social actions. According to Companies Act 2013 of India, every company was required to invest 2% of their net profit in social program annually. Discrete corporate social actions means corporate social actions are not a part of the core strategy in companies, so companies are more likely to take social actions by setting up their own foundation.

Mineral Foundation of Goa (MFG) is a non-profit organization that founded by 16 mine operators on 12 December 2000. The main purpose of MFG is to implement their social responsibility by helping communities and residents near the mining area in various ways. Their most common take was to invest in social and environmental projects, such as environmental sustainability, healthcare and educational support. For instance, MFG totally invested Rs. 10 crores in environmental sustainability project between 2000 and 2010. In some ways, they contributed a lot to the society through these projects, such as creating ponds, donating books and equipment to the schools. However, MFG was unwilling to give further support to maintain their results. On the other hand, farmers preferred to receive money from mining companies, whereas mining companies wanted to provide technical assistance.

The Ban

In 2010, Shah Commission visited Goa, and soon they found several important facts that existed in Goa's mining industry. Some mining companies continued mining even if their leases were expired, some were mining outside the permissive mining area., some failed to maintain a required distance between overburden and irrigation canals. All aspects above resulted in the fact that the production of iron ore exceeded the allowable output by more than 15%. Based on these negative impacts caused by mining industry, the state government shut down all 90 iron ore mines in Goa. Later, the Supreme Court also gave a temporary ban on mining operations in Goa.

Result and Conclusion

The ban on the mining industry directly resulted in a huge loss of government revenue, which is up to Rs. 50,000 crores (8 billion dollars). Furthermore, the mining ban also hit India's GDP in 2013 and 2014. It also caused social problems as people who lost their jobs were unwilling to take their former occupations, like fishing and farming.

This study shows that when the core strategy conflicts with corporate social responsibility, the social benefits created by companies will not guarantee companies' normal operations. In Goa's case, even though some mining companies and organizations, like MFG, took corporate social actions, most of the mining companies are more profit-oriented. Due partially to the lack of government documents and supervision, mine operators became more opportunistic, in other words, companies tended to take the risk of doing illegal things and gain more profit. Moreover, social actions may not be sufficient. Despite the fact that the water quality had somewhat improved, the concentration of iron ore in water was still unacceptable in some periods.

References

Bibliography

  • Annual Report (2007-2008), Ministry of Mines, Government of India, National Informatics Centre.
  • Biagi, Paolo (2008), "Quarries in Harappa", Encyclopaedia of the History of Science, Technology, and Medicine in Non-Western Cultures (2nd edition) edited by Helaine Selin, pp. 1856–1863, Springer, .
  • Padhi, S.N. (2003), "Mines Safety in India-Control of Accidents and Disasters in 21st Century", Mining in the 21st Century: Quo Vadis? edited by A.K. Ghose etc., Taylor & Francis, .
  • Rapp, George Robert (2002), Archaeomineralogy, Springer, .
  • Khullar, D.R. (2006), "Mineral Resources", India: A Comprehensive Geography, pp. 630–659, ASMITH Publishers, .
  • Yule, P.A.–Hauptmann, A.–Hughes (1989 [1992]) M. The Copper Hoards of the Indian Subcontinent: Preliminaries for an Interpretation, Jahrbuch des Römisch-Germanischen Zentralmuseums Mainz 36, 193–275, ISSN 0076-2741 http://archiv.ub.uni-heidelberg.de/savifadok/volltexte/2009/509/
  • Lyday, T. Q. (1996), The Mineral Industry of India, United States Geological Survey.
  • "Find Indian Mining related information at a single place"
  • "Indian Mining Industry - News and Analysis".
  • Resources on Mining, India environment portal

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  20. Khullar, 638
  21. It also has one of the largest deposits of manganese in the world, and is a leading producer as well as exporter of manganese ore, which it exports to Japan, Europe ([[Sweden]], [[Belgium]], [[Norway]], among other countries), and to a lesser extent, the United States of America.Khullar, 638-640
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  30. The committee also passed the 1st Mines act of 1901 which led to a substantial drop in mining-related accidents. The accidents in mining are caused both by man-made and natural phenomenon, for example, explosions and flooding.Padhi, 1020
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