Homework for you

Mineral Based Industry Essay Contest

Category: Essay

Description

Essay on Chota Nagpur Industrial Region - Important India

Essay on Chota Nagpur Industrial Region

On October 1, 2013 By Anil Bose Category: Indian Geography

The Chota Nagpur Plateau Region

Chota Nagpur plateau is a dissected plateau in India. It is one of the most important industrial region in India. It comprises of the districts of Ranchi, Hazaribagh, Singhbhum, Dhanbad, Palamou, Santal Parganas of Bihar and Purulia districts of West Bengal. In the north of Chota Nagpur pla­teau there is the Ganga Plain, Orissa in the south, East Gangetic Plain in the East and Madhya Pradesh and Bangelkhand Plateau in the West.

The Chhotonagpur plateau is divided into three broad physical divisions:

  1. Ranchi Plateau,
  2. Hazaribagh Plateau,
  3. Kodarma Plateau.

Ranchi is the highest part of this plateau.

Chota Nagpur – Store house of minerals.

Chota Nagpur plateau is called the store house of minerals of India.

No other part of India is as rich in minerals as this region is. It accounts for 40 to nearly 70% per cent of the country’s production of various minerals—except petroleum.

The minerals fouun in Chota Nagpur Plateau are coal, iron-ore, copper, asbestos, bauxite, china clay, chromite, dolomite, limestone, feldspar, fire clay, keonite, manganese, mica, silica, steatite, vanadium steatite, uranium gold, antimony, etc. are found in different parts of this plateau.

  • Coal. Jharia, Bokaro, Karanpura, Giridi, Ramgarh, Daltangunge, and Damodar Valley are producing near about 74% of total coal production in India.
  • Iron-ore. Noamundi, Gua, Kolhan, Dharwar, Budabaru, etc. are producing high grade Hematite iron ore nearly 40% of the total production of India is obtained from Chhotonagpur Plateau.
  • Dolomite. Dolomite is mainly found in the Palamou district of India.
  • Limestone: Limestone is found at Chaibasa, Jagnnathpur, Singbhum, Hosir-Bachra-Dundway, Babhana-Hoyar-Khalari areas of Ranchi District; Bundu-Bansaria, and Kurkuta region of Hazaribagh District.
  • Mica: Chhotonagpur plateau is the largest producer of Mica in India. Kodarma, Domchanchi, Jhumri-Tilaiya, Giridhi, are the major Mica producing centre of the plateau. Ruby Mica of Kodarma is world famous.
  • Bauxite: It is mined at Jojohati & Roroburu and in the Kolhan estate of Singbhum district of this plateau. Lohardaga is noted for bauxite.
  • Copper. Copper is mined at Rakha, Masabni in Singbhum districts.
  • Asbestos: It is mined at Singhbhum district, Narda, Kalimati, Jojohati and Roroburu.
  • Feldspar: It is mined near Chrichaki, Bagardih, Bengro, Kubadih and Hundru etc.
  • Kyanite. It is mined at Singhbhum district (Lapsa Buru).
  • Fire-clay. It is mined at Rajhara and Latihar in the Palamou districts.
  • China-clay. It is mined at Hat Gamaria, and its adjoining region.
  • Manganese: Manganese is mined at Singhbhum district of this region. Gold is mined in the sands of Subarnarekha of river of this region.

Because of the enormous deposition of above mentioned minerals, the plateau is known as the ‘store-house of minerals.

Chotanagpur plateau is developed in metallurgical industries

Chotanagpur plateau is developed in metallurgical industries be­cause of the following factors:—

  • Availability of metallic minerals like iron-ore, bauxite, manganese, copper, chromite.
  • Availability of coal at Jharia, Bokaro, Karanpura, Giridih.
  • Availability of chromium at Jozohati and Rasoburu.
  • Well-developed transport and communication especially of railways (SE/E) roadways
  • Cheap power (hydel & thermal) and cheap labors.
  • Kolkata port facility, iron steel, aluminium, heavy machine plants, machine tools heavy
  • Engineering, foundry forge, steel pore, pipes and fitting, rail engine, locomotives, wagon, rails etc. developed here.
Industries in Chotanagpur Region

The main industries of the Chota Nagpur Plateau region includes Iron and steel, automobiles, rail engines, chemical fertilizers, explosives, coal washery, cement, heavy engineering, machine tools, paper, asbestos. glass and ceramic, refractory, agricultural machineries, earth moving ma­chineries, electrical cables and wire, heavy chemicals, mining machineries, foundry forge projects, telephone & telegraph equipments textile industry, diesel engines for motor boat, copper melting station, high tension insulator, zinc based industries, aluminium factory.

  • Iron & Steel. Jamshedpur and Bokaro have two big iron and steel factory which are producing each and every kind of steel products.
  • Automobile. Telco is producing different kinds of automobiles (cars, trucks, mini bus, lorry etc.). The factory is also producing rail engines for narrow-gauge railways. Besides these, the factory is also producing agricul­tural implements etc.
  • Chemical Fertilizer: Sindhri has the largest chemical fertilizers. It has also cement factory.
  • Explosive: An explosive factory based on coal, is established at Gomia.
  • Cement: Cement factories are established at Khelari, Japla, Jhinkapani and Bokaro.
  • Heavy Engineering: Heavy engineering, machine tools are produced at Ranchi, Hatia, Jamshedpur and Adityapur.
  • Aluminium: Dhanbad and Muri have aluminium factories which are producing utensils, and different types of aluminium products.
  • Mining Machineries: Dhanbad is producing all sorts of mining machin­eries.
  • Textile: Jasidi has textile factory producing clothes and other products.
  • Electrical and Telephone equipments etc. are produced at Dhanbad, Ranchi, and Sindhri etc.
  • Glass-ceramic Refractory is situated at Ramgarh, Dhanbad, Barakar, which are producing glass & ceramic and bricks and tiles.
  • Paper: Paper mill is functioning at Dalmianagar.
  • Foundry Forge: High tension insulator, electrical equipments etc. producing factories are situated at Ranchi, Jamshedpur, Bokaro etc.
  • Copper: A copper melting plant has been established at Moubhandar.
  • Micanite industries are established at Ranchi, Hazaribag and Kodarma.
  • Besides these, there are innumerable mills and factories situated at Ranchi, Hazaribagh, Giridih, Jhumri-Tilaiya, Chaibasa, Jamshedpur, Jharia, Dhanbad, Daltongunge, Harihargunge, Garwa and Japla and are produc­ing innumerable consumer products.
Related posts: Related Posts

Other articles

Minerals and Their Uses

Minerals and Their Uses

Every segment of society uses minerals and mineral resources everyday. The roads we ride or drive on and the buildings we live learn and work in all contain minerals. Below is a selected list of commonly used metallic and nonmetallic minerals, ore minerals, mineral byproducts, aggregates, and rock types that are used to make products we use in our daily life.

Aggregates Natural aggregates include sand, gravel, and crushed stone. Aggregates are composed of rock fragments that may be used in their natural state or after mechanical processing, such as crushing, washing, or sizing. Recycled aggregates consist mainly of crushed concrete and crushed asphalt pavement.

Aluminum Aluminum is the most abundant metallic element in the Earth's crust. Bauxite ore is the main source of aluminum. Aluminum is used in automobiles and airplanes (36%), bottling and canning industries (25%), building and electrical (14%) and in other applications (25%).

Antimony Antimony is a silvery-gray, brittle semi-metal. It rarely occurs in nature as a native element, but is found in a number of different minerals. Antimony is used principally for flame retardants as well as in ammunition and automotive batteries and as a decolorizing agent in glassmaking.

Asbestos Asbestos is a class of minerals that can be readily separated into thin, strong fibers that are flexible, heat resistant, and chemically inert. Asbestos minerals are used in fireproof fabrics, yarn, cloth, and paper and paint filler. Asbestos is used to make friction products, asbestos cement pipes and sheets, coatings and compounds, packing and gaskets, roofing and flooring products, paints and caulking, and chemical filters. Fibers are dangerous when breathed, so users must protect against fibers becoming airborne.

Basalt Basalt is an extrusive igneous rock. Crushed basalt is used for railroad ballast, aggregate in highway construction, and is a major component of asphalt.

Barium Barium is an element, derived primarily from the mineral barite. and used as a heavy additive in oil-well-drilling mud, paints, rubber, plastic and paper; production of barium chemicals; and glass manufacturing.

Beryllium Beryllium, an element commonly associated with igneous rocks, has industrial and nuclear defense applications and is used in light, very strong alloys for the aircraft industry. Beryllium salts are used in x-ray tubes and as a deoxidizer in bronze metallurgy. The gemstones of beryl, a beryllium mineral, are emerald and aquamarine.

Bismuth Bismuth is used in a number of very different applications. The majority is consumed in bismuth alloys, and in pharmaceuticals and chemicals. The remainder is used in ceramics, paints, catalysts, and a variety of minor applications. Bismuth metal is relatively inert and non-toxic. It has replaced toxic lead in many applications such as plumbing, bullets, birdshot, metal alloys, and soldering. Bismuth compounds are used in stomach-upset medicines (hence the trademarked name Pepto-Bismol), treatment of stomach ulcers, soothing creams, and cosmetics.

Boron Boron compounds are used for many different purposes in industry and the home. Boron is used to make glass, ceramics, enamels, fiberglass, make water softeners, soaps and detergents. Other uses are in agricultural chemicals, pest controls, fire retardants, fireworks, medicine, and various minor applications. Boron nitride is one of the hardest known substances and is used for abrasives and cutting tools.

Bromine Bromine, recovered commercially through the treatment of seawater brines, is used in leaded gasoline, fire extinguishers and retardants, well-completion fluids, and sanitary preparations. Bromine is the only liquid nonmetallic element.

Cadmium Cadmium is used in plating and alloying, pigments, plastics, and batteries. Cadmium is obtained from the ore minerals Sphalerite (Zn,Cd)S and Greenockite (CdS)

Calcium The primary use of calcium is not in its silvery-white metal form, but as calcium carbonate. It used in adhesives and sealants, cosmetics, foods, paint, paper, pharmaceuticals, plastics, rubber, for the production of lime, and as crhused stone in construction. Immense quantities of calcium are found in sedimentary rock deposits of gypsum, limestone, and shale. Some common calcium-bearing minerals include apatite (calcium phosphate), calcite (calcium carbonate), dolomite (calcium magnesium carbonate), fluorite (calcium fluoride), and gypsum (calcium sulfate). Calcium metal is produced in Canada, China, France, Russia, and the United States. Total world output is thought to be less than 6,000 metric tons per year. United States consumption of calcium metal is small. On a worldwide basis, more than 100 million metric tons per year of apatite and gypsum are mined, and calcite and dolomite are produced in billions of metric tons per year.

Cement Cement is used for building materials, stucco, and mortar. Cement is :a mixture of powdered lime, clay, and other minerals that crystallize to form a hard solid when water is added (hydraulic cement) or as a binding material in concrete" (Kesler, 1994). An excellent overview of cement, its chemistry, and properties can be found in MacLaren and White (2003).

Chromium Chromium is used in the production of stainless and heat-resistant steel, full-alloy steel, super alloys and other alloys. Chromium is obtained from the ore mineral Chromite (Mg,Fe)(Cr,Al,Fe)2 O4

Clays There are many different clay minerals that are used for industrial applications. Clays are used in the manufacturing of paper, refractories, rubber, ball clay, dinnerware and pottery, floor and wall tile, sanitary wear, fire clay, firebricks, foundry sands, drilling mud, iron-ore pelletizing, absorbent and filtering materials, construction materials, and cosmetics.

Cobalt Half of the consumption of cobalt is used in corrosion- and abrasion-resistant alloys with steel, nickel, and other metals for the production of industrial engines. Other uses of cobalt metal include magnets and cutting tools. Cobalt salts are used to produce a blue color in paint pigments, porcelain, glass, and pottery. Cobalt is obtained from the ore minerals Linneaite (Co3 S4 ), Cobaltite CoAsS, and (Fe,Ni,Co)1-x Sx.

Copper Copper is used in electric cables and wires, switches, plumbing; heating, electrical, and roofing materials; electronic components; industrial machinery and equipment; transportation; consumer and general products; coins; and jewelry.

Diamond Industrial diamonds are those that can not be used as gems. Large diamonds are used in tools and drilling bits to cut rock and small stone. Small diamonds, also known as dust or grit, are used for cutting and polishing stone and ceramic products.

Diatomite Diatomite is a rock composed of the skeletons of diatoms, single-celled organisms with skeletons made of silica, which are found in fresh and salt water. Diatomite is primarily used for filtration of drinks, such as juices and wines, but it is also being used as filler in paints and pharmaceuticals and environmental cleanup technologies.

Dolomite Dolomite is the near twin-sister rock to limestone. Like limestone, it typically forms in a marine environment but also as has a primary magnesium component. Dolomite is used in agriculture, chemical and industrial applications, cement construction, refractories, and environmental industries.

Feldspar Feldspar is a rock-forming mineral. It is used in glass and ceramic industries; pottery, porcelain and enamelware; soaps; bond for abrasive wheels; cement; glues; fertilizer; and tarred roofing materials and as a sizing, or filler, in textiles and paper applications.

Fluorite Fluorite is used in production of hydrofluoric acid, which is used in the pottery, ceramics, optical, electroplating, and plastics industries. It is also used in the metallurgical treatment of bauxite, as a flux in open-hearth steel furnaces, and in metal smelting, as well as in carbon electrodes, emery wheels, electric arc welders, and toothpaste as a source of fluorine.

Garnet Garnet is used in water filtration, electronic components, ceramics, glass, jewelry, and abrasives used in wood furniture and transport manufacturing. "Garnet is a common metamorphic mineral that becomes abundant enough to mine in a few rocks" (Kesler, 1994).

Germanium "Most germanium is recovered as a byproduct of zinc smelting. It is also found in some copper ores" (Kesler, 1994). Applications include use in fiber-optic components, which are replacing copper in long-distance telecommunication lines, as well as in camera lenses and other glasses and infrared lenses.

Gold Gold is used in dentistry and medicine, jewelry and arts, medallions and coins, and in ingots. It is also used for scientific and electronic instruments, computer circuitry, as an electrolyte in the electroplating industry, and in many applications for the aerospace industry.

Granite Granite can be cut into large blocks and used as a building stone. When polished, it is used for monuments, headstones, countertops, statues, and facing on buildings. It is also suitable for railroad ballast and for road aggregate in highway construction.

Graphite Graphite is the crystal form of carbon. Graphite is used as a dry lubricant and steel hardener and for brake linings and the production of "lead" in pencils. Most graphite production comes from Korea, India, and Mexico.

Gypsum Processed gypsum is used in industrial or building plaster, prefabricated wallboard, cement manufacture, and for agriculture.

Halite Halite (salt) is used in the human and animal diet, primarily as food seasoning and as a food preservation. It is also used to prepare sodium hydroxide, soda ash, caustic soda, hydrochloric acid, chlorine, and metallic sodium, and it is used in ceramic glazes, metallurgy, curing of hides, mineral waters, soap manufacture, home water softeners, highway deicing, photography, and scientific equipment for optical parts.

Iodine Iodine is used as an antibacterial agent in soaps and cleaning products in restrooms, in iodized salt to prevent goiter, and in first aid boxes as an antiseptic.

Iron Ore Iron ore is used to manufacture steels of various types and other metallurgical products, such as magnets, auto parts, and catalysts. Most U.S. production is from Minnesota and Michigan. The Earth's crust contains about 5% iron, the fourth most abundant element in the crust.

Lead Lead is used in batteries, construction, ammunition, television tubes, nuclear shielding, ceramics, weights, and tubes or containers. The United States is largest producer (mainly from Missouri), consumer, and recycler of lead metal.

Limestone "A sedimentary rock consisting largely of the minerals calcite and aragonite, which have the same composition CaCO3 ". Limestone, along with dolomite, is one of the basic building blocks of the construction industry. Limestone is used as aggregate, building stone, cement, and lime and in fluxes, glass, refractories, fillers, abrasives, soil conditioners, and a host of chemical processes.

Lithium Batteries made from lithium metal or lithium carbonate are used in smoke alarms, pacemakers, defibrillator machines, many other types of portable medical equipment, and in emergency communications equipment, including computers and cell phones.

Magnesium Magnesium (see dolomite) is used in cement, rubber, paper, insulation, chemicals and fertilizers, animal feed, and pharmaceuticals. Magnesium is obtained from the ore minerals Olivine (Fe,Mg)2 SiO4. Magnesite MgCO3, and Dolomite CaMg(CO3 )2.

Manganese Manganese is essential to iron and steel production. Manganese is obtained from the ore minerals Braunite (Mn,Si)2 O3. Pyrolusite MnO2. and Psilomelane BaMn9 O18 *2 H2 O.

Mercury Mercury is extracted from the mineral cinnabar and is used in electrical products, electrolytic production of chlorine and caustic soda, paint, and industrial and control instruments (thermometers and thermostats).

Mica Mica minerals commonly occur as flakes, scales, or shreds. Sheet muscovite (white) mica is used in electronic insulators, paints, as joint cement, as a dusting agent, in welldrilling mud and lubricants, and in plastics, roofing, rubber, and welding rods.

Molybdenum Molybdenum is used in stainless steels (21%), tool steels (9%), cast irons (7%), and chemical lubricants (8%), and in other applications (55%). It is commonly used to make automotive parts, construction equipment, gas transmission pipes, and as a pure metal molybdenum is used as filament supports in light bulbs, metalworking dies, and furnace parts because of its high melting temperature (2,623°C).

Nickel Nickel is vital as an alloy to stainless steel, and it plays a key roll in the chemical and aerospace industries. Leading producers are Canada, Norway, and Russia.

Phosphate rock Primarily a sedimentary rock used to produce phosphoric acid and ammoniated phosphate fertilizers, feed additives for livestock, elemental phosphorus, and a variety of phosphate chemicals for industrial and home consumers. The majority of U.S. production comes from Florida, North Carolina, Idaho, and Utah.

Platinum Group Metals (PGMs) PGM's include platinum, palladium, rhodium, iridium, osmium, and ruthenium. These elements commonly occur together in nature and are among the scarcest of the metallic elements. Platinum is used principally in catalytic converters for the control of automobile and industrial plant emissions; in jewelry; in catalysts to produce acids, organic chemicals, and pharmaceuticals; and in dental alloys used for making crowns and bridges.

Potash Potash is an industry term that refers to a group of water-soluble salts containing the element potassium, as well as to ores containing these salts (Kesler, 1994). Potash is used in fertilizer, medicine, the chemical industry, and to produce decorative color effects on brass, bronze, and nickel.

Pyrite Pyrite (fools gold) is used in the manufacture of sulfur, sulfuric acid, and sulfur dioxide; pellets of pressed pyrite dust are used to recover iron, gold, copper, cobalt, and nickel.

Quartz Quartz crystals are popular as a semiprecious gemstone; crystalline varieties include amethyst, citrine, rose quartz, and smoky quartz. Because of its piezoelectric properties (the ability to generate electricity under mechanical stress), quartz is used for pressure gauges, oscillators, resonators, and wave stabilizers. Quartz is also used in the manufacture of glass, paints, abrasives, refractories, and precision instruments.

Sandstone Sandstone is used as a building stone, road bases and coverings, construction fill, concrete, railroad ballast, and snow and ice control.

Silica / Silicon Silica is used in the manufacture of computer chips, glass and refractory materials, ceramics, abrasives, and water filtration; and is a component of hydraulic cements, a filler in cosmetics, pharmaceuticals, paper, and insecticides; as an anti-caking agent in foods; a flatting agent in paint, and as a thermal insulator.

Silver Silver is used in photography, chemistry, electrical and electronic products (because of its very high conductivity), fine silverware, electroplated wire, jewelry, coins, and brazing alloys and solders.

Strontium Photoluminescent exit signs use a class of newly developed phosphorescent pigments that are based on strontium oxide aluminate chemistry.

Sulfur Sulfur is of importance to every sector of the world's manufacturing processes, drugs, and fertilizer complexes. Sulfur is used as an industrial raw material through its major derivative, sulfuric acid. Sulfuric acid production is the major end use for sulfur. Most sulfur goes into fertilizer; oil refining is another major use as well as a source of sulfur.

Talc The primary use for talc is in the production of paper. Ground talc is used as filler in ceramics, paint, paper, roofing, plastics, cosmetics, and in agriculture. Talc is found in many common household products, such as baby (talcum) powder, deodorant, and makeup. Very pure talc is used in fine arts and is called soapstone. It is often used to carve figurines.

Tin Tin is used in the manufacture of cans and containers, electrical equipment, and chemicals.

Titanium Titanium is a metal used mostly in jet engines, airframes, and space and missile applications. In powdered form, titanium is used as a white pigment for paints, paper, plastics, rubber, and other materials.

Trona Trona is used in glass container manufacture, fiberglass, specialty glass, flat glass, liquid detergents, medicine, food additives, photography, cleaning and boiler compounds, and control of water pH. Trona is mined mainly in Wyoming.

Tungsten Tungsten is used in steel production, metalworking, cutting applications, construction electrical machinery and equipment, transportation equipment, light bulbs, carbide drilling equipment, heat and radiation shielding, textile dyes, enamels, paints, and for coloring glass.

Uranium Uranium is a radioactive material used in nuclear defense systems and for nuclear generation of electricity. It also used in nuclear-medicine x-ray machines, atomic dating, and electronic instruments.

Zeolites Some of the uses of zeolite minerals include aquaculture (for removing ammonia from the water in fish hatcheries), water softener, catalysts, cat litter, odor control, and removing radioactive ions from nuclear-plant effluent.

Zinc Zinc is used as protective coating on steel, as die casting, as an alloying metal with copper to make brass, and as chemical compounds in rubber and paint. Additional uses include galvanizing iron, electroplating, metal spraying, automotive parts, electrical fuses, anodes, dry-cell batteries, nutrition, chemicals, roof gutters, cable wrapping, and pennies. Zinc oxide is used in medicine, paints, vulcanizing rubber, and sun-block lotions.

Zirconium Zirconium is a metal recovered from zircon. "Zircon is used in mineral form in refractory products, where it is valued for its high melting temperature of 2,550°C. Some zircon is processed by chemical leaching to yield elemental zirconium. The best known use for zirconium metal is in nuclear reactors, where zirconium contains the fuel" (Kesler, 1994).

Copyright © 2003-2010 Calvin & Rosanna Hamilton. All rights reserved.