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How many tons of ore are needed to make 1.00

01-09-2008  One of the ores of iron is hematite, Fe2O3, mixed with other rock. One sample of this ore is 31.4% hematite. How many tons of this ore are needed to make 1.00 ton of iron if

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If an iron company needs to make 41 tons of iron,

20-11-2011  So 1 mole of iron is produced from 0.5 moles of haematite and 734109 moles of iron are produced from 367054.5 moles of haematite. Molar mass of haematite is 159.69 g/mol so 367054.5 mol =

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how much hematite ore is needed to produce a

How many tons of ore are needed to make 1.00 ton of iron if . Sep 01, 2008 Best Answer: Your question is not complete. You need to know the percentage iron in hematite.Hematite, Fe2O3, contains 69,94% Fe So you need 1,4298 tons » Free Online Chat Yahoo! Answers – How many tons of ore are needed to make 1.00 ton . Sep 01, 2008 One sample of this ore is 31.4% hematite.

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Hematite: A primary ore of iron and a pigment

Pure hematite has a composition of about 70% iron and 30% oxygen by weight. Like most natural materials, it is rarely found with that pure composition. This is particularly true of the sedimentary deposits where hematite forms by inorganic or biological precipitation in a body of water. ADVERTISEMENT.

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A sample of an ore of iron, hematite, is 70% Fe2O3.

a. Assuming the blast furnace is 90.0% efficient in recovering the iron, what is the actual mass of iron obtainable from a ton . chemistry. Iron is obtained commercially by the reaction of hematite (Fe2O3) with carbon monoxide. How many grams of iron is produced when 35.0 moles of hematite react with 41.5 moles of carbon monoxide? Fe2O3(s) + 3 CO(g) 2 Fe(s) + 3 CO2(g) Chemistry. When iron (Fe) rusts (reacts with O2), the product is iron

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How much iron ore is needed for 1 tonne of steel

The amount of iron ore it takes to produce 1 ton of steel is dependent on the iron content of your iron ore. The most heavily referenced iron ore indices (TSI, Platts) take to a 62/63% iron ore standard. You do the math. 4.9K views

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hematite iron ore price per ton today - Simurgh

15-01-2019  The purity of hematite iron ore is in the range of 54 to 62 percent, and the price of iron ore for each purity is determined individually. In order to determine the hematite iron ore price per ton today as you know, we need to examine its specifications. The quantities that are effective in determining the global price of iron ore are given below.

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Types of Iron Ore: Hematite vs. Magnetite -

Iron ore is most often found in the form of hematite and magnetite, though goethite, limonite and siderite types are also common. Approximately 98 percent of the iron ore produced in the world is used to make steel. Types of iron ore: Hematite. Hematite ore has the chemical formula Fe2O3 and has very high iron content of 70 percent.

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If an iron company needs to make 41 tons of iron,

19-11-2011  So 1 mole of iron is produced from 0.5 moles of haematite and 734109 moles of iron are produced from 367054.5 moles of haematite. Molar mass of haematite is 159.69 g/mol so 367054.5 mol =

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Extracting iron - Iron and aluminium - GCSE

Iron ores such as haematite contain iron(III) oxide, Fe 2 O 3. The oxygen must be removed from the iron(III) oxide in order to leave the iron behind. Reactions in which oxygen is removed are ...

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Iron ore BHP

Iron makes up close to 5% of the Earth's crust. It takes around 1.6 tons of iron ore to produce one ton of steel. The chemical symbol for iron is 'Fe' because of its Latin name Ferrum. We use 20 times more iron (in the form of steel) than all other metals put together.

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Iron Ore Geoscience Australia

Iron is the most used metal accounting for about 95% of total metal tonnages produced worldwide. Hematite is an iron oxide mineral. It is non-magnetic and has colour variations ranging from steel silver to reddish brown. Pure mineral hematite contains 69.9% iron.

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how do i calculate the mass percent of iron for the

11-07-2010  Favorite Answer. Assume a 100-g sample of each ore. Convert that amount to moles by dividing by the ore's respective molecular weight, and then take the ratio of iron in the ore, and the ore itself. Then multiply by the molecular weight of iron to find the weight of iron in that 100 g sample.

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Energy Use in US Steel Manufacturing - Stanford

Based on the data from Fruehan et al. we can see that raw steel production from iron ore to steel using a basic oxygen furnace will require approximately 24.5 × 10 9 J per ton of steel produced. [4]

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How the Iron Ore Market Works (VALE, RIO)

24-01-2020  In 2019, global prices for iron ore averaged $112.15 per ton, an increase of 21% from $93 per ton in 2018. Prices were $88 per ton as of March 2020. Key Takeaways

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How to Smelt Iron: The 6 Steps to Iron Smelting

Iron ore can be bought or gathered, but for the sake of demonstration, we gathered the ore ourselves. The best time to collect iron ore is in the winter because the ocean is more active. Active waves separate the black, magnetic sand from lighter silica sand. This magnetic sand is an iron ore called magnetite, which when combined with carbon, creates iron. As you might imagine, iron ore is heavy, so

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Taconite - Wikipedia

Following development of high grade direct shipping iron ore deposits on the Mesabi Range, containing up to 65% iron and as little as 1.25% silica, miners termed the unaltered iron-formation wall rock taconite. The iron content of taconite is generally 30% to

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Green Energy Reality Check: It's Not as Clean as

For example, building a single 100-MW wind farm— never mind thousands of them—requires some 30,000 tons of iron ore and 50,000 tons of concrete, as well as 900 tons of nonrecyclable plastics for the huge blades. With solar hardware, the tonnage in cement, steel, and Limestone is 150% greater than for wind, for the same energy output.

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Iron Production - Chemistry LibreTexts

Introduction. The production of iron from its ore involves a redox reaction carried out in a blast furnace. The furnace is filled at the top with the iron ore oxide most commonly hematite (\(Fe_2O_3\)) but can also magnetite (\(Fe_3O_4\)), carbon called coke and limestone (\(CaCO_3\)).

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Extracting iron - Iron and aluminium - GCSE

Iron ores such as haematite contain iron(III) oxide, Fe 2 O 3. The oxygen must be removed from the iron(III) oxide in order to leave the iron behind. Reactions in which oxygen is removed are ...

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Iron Geoscience Australia

The minerals that are mostly used as ore for making iron are hematite (Fe 2 O 3) and magnetite (Fe 3 O 4 ). Iron is quite soft and easily worked, but it has a very high melting point of 1538°C. Iron and some alloys of iron are also magnetic. Hematite and hematite powder

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Energy and Environmental Profile of the U.S. Mining Industry 4

iron ores are less rich and have a large number of impurities. The most important iron ore-forming minerals are: • Magnetite - Magnetite (Fe3O4) forms magnetic black iron ore. There are large deposits of magnetite in Russia and Sweden. • Hematite - Hematite (Fe2O3) is a red iron ore. Hematite occurs in almost all forms, from

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Water Requirements of the Iron and Steel Industry

ton of pig iron. At the 1956-60 average rate of pig iron consumption, this amounts to about 13,000 gallons per ton of steel ingots or about 40 percent of that required by a typical integrated steel plant 33,200 gallons per ton. Dif­ ferent processes of iron ore concentration are devised specifically for the various kinds of ore.

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Beneficiation of Iron Ores – IspatGuru

Iron ore is a mineral which is used after extraction and processing for the production of iron and steel. The main ores of iron usually contain Fe2O3 (70 % iron, hematite) or Fe3O4 (72 % iron. magnetite). Ores are normally associated with unwanted gangue material. Grade of iron ore is usually determined by the total Fe content in the ore.

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Theory and Practice of Sintering of Iron ore –

Based on further studies as well as initial studies, the equation which has been proposed for calculating the optimum moisture (W) as a function of the nature, composition and granulometry of the iron ore is W = 2.28 + 0.427 L + 0.810 A – 0.339S + 0.104D + 0.036 E where L is the ore weight loss during heating in grams, A is % Al2O3 in ore, S is % SiO2 in ore, D is ore size fraction less than 0.2 mm, and E is the ore

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Hydrogen Uses in Ironmaking - Energy.gov

conversion of iron ore to iron. and re-heating Emissions varies based on how electricity is generated (e.g. coal or nuclear) BF-BOF route: 1,600 – 2,000 kg CO. 2 /ton HRC Limited potential to reduce further (mature technology) Capture / re-use if possible EAF (scrap) route : 500-600 kg CO. 2 / ton HRC EAF can be misleading: scrap / OBM were ...

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How much iron ore is needed to produce one

The percentage of iron in ore varies. Back in the day, it was on the order of 2/3rds of the ore by weight. Now 1/4th by weight is more like it. Recovery rates vary, too, but your're looking at...

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help needed with this calculation! - The Student

Please could you help me with this calculation : A blast furnace can produce about 700 tonnes of iron a day. How much iron (III) oxide will be consum

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Iron processing - Ores Britannica

Hematite and magnetite are by far the most common types of ore. Pure magnetite contains 72.4 percent iron, hematite 69.9 percent, limonite 59.8 percent, and siderite 48.2 percent, but, since these minerals never occur alone, the metal content of real ores is lower.

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Iron Geoscience Australia

The minerals that are mostly used as ore for making iron are hematite (Fe 2 O 3) and magnetite (Fe 3 O 4 ). Iron is quite soft and easily worked, but it has a very high melting point of 1538°C. Iron and some alloys of iron are also magnetic. Hematite and hematite powder

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How is Iron Refined from Ore? (with pictures)

10-02-2021  Common ore minerals include hematite, magnetite, limonite, and siderite, and these are frequently found together with assorted silicates. Although iron does not occur in its pure form in nature, some kinds of ore contain up to 70% iron atoms. Iron ore consists of oxygen and iron atoms bonded together into molecules.

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Iron Production - Chemistry LibreTexts

The production of iron from its ore involves an oxidation-reduction reaction carried out in a blast furnace. Iron ore is usually a mixture of iron and vast quantities of impurities such as sand and clay referred to as gangue. The iron found in iron ores are found in the form of iron oxides.

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Water Requirements of the Iron and Steel Industry

Fifteen iron ore mines and fifteen ore concentration plants together withdrew annually about 89,000 million gallons to produce 15 million tons of iron ore concentrate, or 5,900 gallons per ton of

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Molecular formulas and percent composition

An iron ore called hematite contains iron in the form of Fe2O3 (160 g/mol). To extract the iron from hematite, the Fe2O3 is reacted with carbon monoxide according to the reaction: Fe2O3 + 3CO ->2Fe +3CO2 How much hematite ore, which contains 64% Fe2O3 by mass, is required to produce 0.20 mol of elemental iron?

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Hydrogen Uses in Ironmaking - Energy.gov

billion tons of iron . produced by the MIDREX® process Iron ore is reduced to metallic iron in the MIDREX® Shaft Furnace by . Hydrogen. and CO MIDREX Reformer reducing gas composition is typically 55% H. 2. and 36%CO (ratio ~1.5) Midrex plant with SMR has operated since 1989 ~75% hydrogen. Reactions (w/ Hydrogen only) Heat Description Fe. 2. O. 3 + 3 H. 2

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A certain ore contains 21 percent gold. How much

The mass of Fe2O3 is measured to be 11.6 grams. What was the percent iron in the sample of ore? Answer . Chemistry. Iron ores have different amounts of iron per kilogram of ore. Calculate the mass percent composition of iron for each iron ore: Fe2O3{\rm Fe_2O_3} (hematite), Fe3O4{\rm Fe_3O_4} (magnetite), FeCO3{\rm FeCO_3} (siderite).

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FACT SHEET Steel and raw materials

Iron ore Steel is an alloy consisting mostly of iron and less than 2% carbon. Iron ore is, therefore, essential for the production of steel, which in turn is essential in maintaining a strong industrial base. 98% of mined iron ore is used to make steel. Iron is one of the most abundant metallic elements.

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help needed with this calculation! - The Student

Hence, x mole Fe will require x/2 mole of Fe2O3. Finally, mass of Fe2O3 consumed per day = moles x molecular mass. = (x/2) x molecular mass of Fe2O3. To get the answer, you'd have to calculate the molecular mass of Fe2O3 first. You'll get the answer in g. The answer is 1000 tons. Part (b) 2C + O2 --

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