­Before many ancient civilizations began to transition from their bronze age to an iron age, some toolmakers were already creating iron implements from a cosmic source: meteorites. Called ‘black copper” by the Egyptians, meteoric iron isn’t the sort of substance one finds in huge, consolidated locations. Rather, craftsmen found bits and pieces of it spread across great distances. As such, this heavenly metal was mostly used in jewelry and ornamentation. While blacksmiths occasionally used meteoric iron to craft swords, these prized weapons were usually relegated to men of great power, such as the seventh century Caliphs, whose blades were said to have been forged from the same material as the Holy Black Stone of Mecca [source: Rickard].

The majority of Earth’s iron, however, exists in iron ore. Mined right out of the ground, raw ore is mix of ore proper and loose earth called gangue. The ore proper can usually be separated by crushing the raw ore and simply washing away the lighter soil. Breaking down the ore proper is more difficult, however, as it is a chemical compound of carbonates, hydrates, oxides, silicates, sulfides and various impurities.

To get to the bits of iron in the ore, you have to smelt it out. Smelting involves heating up ore until the metal becomes spongy and the chemical compounds in the ore begin to break down. Most important, it releases oxygen from the iron ore, which makes up a high percentage of common iron ores.

The most primitive facility used to smelt iron is a bloomery. There, a blacksmith burns charcoal with iron ore and a good supply of oxygen (provided by a bellows or blower). Charcoal is essentially pure carbon. The carbon combines with oxygen to create carbon dioxide and carbon monoxide (releasing lots of heat in the process). Carbon and carbon monoxide combine with the oxygen in the iron ore and carry it away, leaving iron metal.

In a bloomery, the fire doesn’t get hot enough to melt the iron completely. Instead, the iron heats up into a spongy mass containing iron and silicates from the ore. Heating and hammering this mass (called the bloom) forces impurities out and mixes the glassy silicates into the iron metal to create wrought iron. Wrought iron is hardy and easy to work, making it perfect for creating tools.

Tool and weapon makers learned to smelt copper long before iron became the dominant metal. Archeological evidence suggests that blacksmiths in the Middle East were smelting iron as early as 2500 B.C., though it would be more than a thousand years before iron became the dominant metal in the region.

­To create higher qualities of iron, blacksmiths would require better furnaces. The technology gradually developed over the centuries. By the mid-1300s, taller furnaces and manually operated bellows allowed European furnaces to burn hot enough to not just soften iron, but actually melt it.

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What will you get from this report?

- To get a comprehensive picture on distribution of and difference in performance in regions of Mainland China in terms of the iron ores mining industry;
- To figure out the hot regions in China for iron ores mining industry, find out the potential provinces and cities suitable for investment as well as the economic development level and investment environment in these regions;
- To get a clear picture on the overall development, industry size and growth trend of iron ores mining industry across China in the past 3 years;
- To get a clear picture on development status of foreign enterprises, state-owned enterprises, and private enterprises in recent years as well as the industry position of the above ownerships;
- Based on adoption of the global uniform industry classification standard – ISIC, the report enables you to make a direct comparison of China iron ores mining industry with parallel industry in other countries;
- Present you with a list of top 100 enterprises inside the industry in terms of the sales revenue

For more information please visit:

http://www.aarkstore.com/reports/China-Iron-Ores-Mining-Industry-Profile-ISIC1310-40447.html

PH.NO. 919272852585

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Rachana Global is such a group who has proficiency as well as know-how of exploring the new areas of natural resources and mineral mining. Rachana Global is been one of the oldest player in natural resources exploration and mineral mining.

Rachana Global has identified the iron ore minerals in the region of Nampula province in northern Mozambique. The group conducted a test which has shown the possibility of producing iron of marketable grade through magnetic separation. Iron ore plays an important role in extraction of iron which is the most commonly used metal in the world.

The iron ore reserves are in plenty in the world mines but the current consumption states that the reserves would get depleted within few years. It is argued that iron ore is the most integral part of global economy than other mineral.
Iron ore is a large volume, low margin business, as it requires major investment in infrastructure. This is the reason that the exploration and mining is in the hands of few major players only. From these few players Rachana global plays an important role in iron ore exploration and mining with its iron ore technologists.

Rachana Global always finds out new avenues to dig up to achieve commercial success. It has always come up with varied innovative products and services. “Growth Lies in Undying Dedication” this is where Rachana Global believes in. Creating growth is their single aim and harnessing natural resources is their sole responsibility.

For further details you can visit http://www.rachanaglobal.com/iron-ore.htm .

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Shares in Australian iron ore miner Fortescue Metals rose 42 percent at one time on Monday said to be on bid rumours, but lost half their gains on doubts and denials.

Shares in Australian iron ore miner Fortescue Metals Group (FMG.AX) soared as much as 42 percent on Monday, forcing Fortescue to issue a statement that failed to extinguish rumours of takeover interest in the firm.

Fortescue shares hit a high of A$2.93 on rumours that BHP Billiton Ltd (BHP.AX) (BLT.L) might make a takeover bid for the company or that Chinese firms might seek to take a stake.

The company, responding to a stock-exchange query, said it knew of no reason for the sudden rise, but left open the door to speculation it might be in talks with BHP or a Chinese suitor.

“The company does from time to time hold discussions with industry entities regarding product supply and investment opportunities which are confidential in nature and there are none that are progressed to a level that could be considered complete,” Fortescue said in its short statement.

Fortescue’s statement cooled the share price, which closed up 21.4 percent at A$2.50.

But fund manager Tim Schroeders, of Pengana Capital, doubted the rumours and said the day’s gains had been magnified by short-covering after a recent steep fall in Fortescue shares.

“I think it’s people grasping at straws,” he said.

“The BHP one can be ruled out plain and simple,” he added, noting that Fortescue was saddled with debt and that BHP had dropped its $66 billion bid for rival Rio Tinto (RIO.AX) (RIO.L) last week partly because of Rio’s indebtedness.

Both Fortescue and BHP declined to comment.

“We don’t comment on market speculation,” BHP spokesman Peter Ogden said.

Fortescue’s volatile shares stood as high as A$13.15 in June, before falling to a low for the year of A$1.16 on Nov. 20.

The company sells iron ore to 27 Chinese steel companies, its largest customer being Baoshan Iron and Steel Co (Baosteel) (600019.SS), China’s(cnmining) top steel maker.

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China Union intends to spend US$2.6bn to bring the Bong iron ore deposit to production within two years, and will also recondition the capital’s port and build a hydro power plant.

A Chinese firm will make the biggest ever investment in Liberia when it signs a $2.6 billion iron ore deal in January, the West African nation says.

The 25-year project to be undertaken by China Union <000036.SZ> will directly and indirectly create 18,000 jobs, and give Liberia an immediate cash boost of $40 million on signature.

“This is the biggest investment in our country’s history,” Richard Tolbert, Chairman of the National Investment Commission, told Reuters late on Monday.

The deal, which beat nine rival bids, will trump the world’s largest steelmaker, ArcelorMittal which is spending $1.5 billion in Liberia, also on iron ore.

Many firms have scaled back or postponed African mining projects as metals prices have crashed in the past six months, and most analysts believe a severe global recession will cut demand for industrial minerals for years to come.

Tolbert said the timing of the Chinese investment was a vote of confidence in Liberia.

“In the midst of the global financial crisis … this is really a significant sign of the attractiveness of Liberia,” Tolbert said.

SIGNATURE BONUS

Before its 1989-2003 civil war, Liberia was the world’s fifth largest producer of iron ore, and foreign investment in the mineral is a centrepiece of President Ellen Johnson-Sirleaf’s stratgegy of economic rebuilding.

China(cnmining) Union intends to bring the Bong deposit, to the north-west of capital Monrovia, to production within two years, and will also recondition the capital’s port and build a hydro power plant to supply the city, Tolbert said. He did not give details of the overall size of the Bong deposit.

Part of the deal is a $40 million signature bonus to be paid to the government, Tolbert said. “This amount will go into the government treasury for development purposes,” he said.

A $300 million signature bonus paid by China National Petroleum Corp to Niger for an oil deal earlier this year drew criticism from rights groups, who said there was insufficient transparency on how it would be spent.

President Johnson-Sirleaf has promised zero tolerance of corruption. In September, Liberia disqualified two companies from bidding for another mining project on grounds of previous “acts of violation” by the firms.

As well as iron ore, Liberia aims to develop offshore oil. Anadarko Petroleum , Hong Kong Tongtai Petroleum, Repsol and Woodside have signed exploration deals.

Provided By: http://cnmining.org/

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If he had been successful in excavating iron ore, he would have been a billionaire at that time and the possibilities that would have been generated after excavation like creation of millions of jobs, and many other inventions.

Iron is the most economical of all the metals available for mining, and yet at the same time is of no use in its pure form. Pure Iron is very delicate and cannot be used to manufacture any products. It is silver in color in its pure form. Its gets its gray color after it is combined with oxygen. Iron can not be put any practical application in its pure form.

Hence it was important that an effective extraction process was discovered. For ten years, from 1880 to 1890, Edison carried out many experiments, hired the services of scientists, to find a novel way to extract iron ore. He was doing this to extract iron ore for the Pennsylvania steel mills.

He shifted from his comfortable office to work in the old iron mines to look for an economical way to meet with the growing demand of steel . His experiments of testing and processing were getting very expensive and he had to sell all his stock in General Electric to fund his invention. His heirs must be regretting his decision even today.

Edison could not succeed to extract the iron from unusable, low grade ores. He had to finally abandon this project. He could never recover his money that he had put in this project. Later on however, he a earned lot of money after he continued his work on the phonograph and motion pictures etc.

It was a challenging task for both Edison and the American economy to find an economic way to produce steel at cheaper rates. After 1840 the American iron industry was going thru a resurgence as American was not one of the major steel producer in the world.

In 1844, government surveyors traced huge deposits of iron ore of anthracite in the Great Lakes area. After this Pennsylvania became known as America’s largest supplier of iron and steel.

A British engineer named Henry Bessemer invented a process for steel extraction process. He accomplished the incomplete task of Thomas Edison. He devised an iron smelting process thur which it was feasible to produce large quantities of steel. This process is still used by some manufacturers even today.

His invention was quite inexpensive and provided an efficient process to produce steel from iron ore. But still a refined process was invented by Abram S. Hewitt who even improved on Bessemer process of Andrew Carnegie. He soon became a steel tycoon that by his improved process of developing the open-hearth converter and his process was preferred over that of Bessemer by American steel manufacturers.

The American steel industry was revolutionized with the invention of low cost steel production. American Industry was now the leader in the world in steel production. In 1873 alone, America produced nearly 115,000 tons of steel. It was now possible to use steel in many industries because of fall in its prices.

Automotive industry in America is the major (nearly 70%) user of finished steel in America.

Andrew Caxton is the author of many resources on home decoration related topics.

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The latest research weekly from Macquarie suggest that iron ore contract prices for China(cnmining) in 2009 will be around 20 percent lower than in 2008, copper TC/RC costs are rising and aluminium imports and exports continue to fall.

The 2009 annual iron ore negotiations are approaching, and once again, news headlines are teeming with all kinds of arguments from different iron ore stakeholders. We believe that iron ore contract prices will fall next year, but will not collapse (we are expecting a 20% decline for 2009). Spot business will also be more important in the next year.

Over the past week, steel prices have lost their uptrend momentum. Hot rolled coil prices were unchanged from last week at $456/t ex-Vat, and cold rolled coil prices were down by a slight 0.5% WoW to $543/t ex-Vat. Also, rebar suffered a 0.4% WoW decline to $440/t ex-Vat, and galvanised steel was $548/t ex-Vat, down by 0.8% WoW.

Local spot iron ore prices were unchanged from last week. 66% Hebei iron ore fine stayed at $102/t ex-Vat, while the Indian 63.5% iron ore fine prices increased by $5/t to $80/t cif.

Copper treatment and refining charges (TC/RCs) have strengthened in the spot market along with smelter production cuts in China and collapsing copper prices. We heard the average benchmark TC/RC is sealed at US$80/t and US8.0¢/lb (US20.5¢/lb combined) in the spot market compared with US$45/t and US4.5¢/lb ((US11.5¢/lb combined) quoted in October.

According to the preliminary trade data from China customs, China imported 217,214t of unwrought copper and semi-finished copper products in November, down 6% from October and a 3% drop from the same period in 2007. The October number was the highest since April. For the first 11 months of 2008, total imports were down by 8.0% YoY to 2.35mt.

Chinese unwrought aluminium exports, including aluminium alloy, kept falling in November to 30,396t (lowest level in 2008), a 36% fall MoM and a 32% drop from the same period in 2007. The combination of lower prices and the introduction of a 15% customs duty on aluminium alloy exports, effective 20 August, has severely affected Chinese aluminium exports.

Chinese aluminium imports also declined. The provisional data from China are for imports of aluminium, alloys and semi-fabricated products combined, and thus are not directly comparable with the export figures. These data show imports falling from 66,000t in October to 54,500t in November. Allowing for an estimated 40,000t of semis imports (down from 45,400t in October), this would imply imports of aluminium and alloys of around 14,500t in November.

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The 13th Annual Global Iron Ore & Steel Forecast 2010 attracted almost 400 delegates and over 20 exhibitors this year, with a spectacular line-up of speakers – both local and international. Local highlights include Sam Walsh, CEO from Rio Tinto Iron Ore, Ian Ashby, President of BHP Billiton Iron Ore and Andrew Forrest, CEO of Fortescue Metals Group Ltd. International highlights include Eric Li, Senior Vice President from CBI China, Kobus van der Wath, Founder and Group Managing Director, The Beijing Axis, and CEO of Bateman Beijing Axis, and Hadi Hami, Middle East Steel Specialist, UAE. Website: www.globalironore.com.au Contact +61 2 9080 4307

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