• Met coke / Blast furnace coke System 1
  • Met coke / Blast furnace coke System 2
  • Met coke / Blast furnace coke System 3
Met coke / Blast furnace coke

Met coke / Blast furnace coke

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 m.t.
Supply Capability:
100000 m.t./month

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Specification

metal:
metal

SpecificationsK Investments and West Trade are independent retailers of solid fuels such as coal, coking coal, coke and anthracite.

We are able to provide different types of coke from polish coke plants.


 Met coke / blast furnace coke 25/30 - 80/90mm, 40 - 80mm


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Variant "1"


Blast furnace coke

25/30-80/90mm

Calorific calue:min.29.500kJ/kg

Moisture content:max.1,5%

Ash content:max.10,5%

Sulphur content:max.0,7%

Volatile matter:max.1%

Phosphorus content:max.0,075%

Alkalic content:max.0,4%

Chlorine content:max.0,06%

M40:min.80%

M10:max.7%

CSR:min.60%

CRI:max.30%

Undersize <25mm:max.6%

Undersize <30mm:max.7%

Oversize >90mm:max.6%

Oversize >80mm:max.10%


 

25/30-80/90mm

Calorific calue:min.27.500kJ/kg

Moisture content:max.6%

Ash content:max.10,5%

Sulphur content:max.0,8%

Volatile matter:max.1,2%

Phosphorus content:max.0,075%

Alkalic content:max.0,4%

Chlorine content:max.0,07%

M40:min.78%

M10:max.7%

CSR:min.58%

CRI:max.32%

Undersize <25mm:max.6%

Undersize <30mm:max.7%

Oversize >90mm:max.6%

Oversize >80mm:max.10%


 

Variant "2"

Blast furnace coke

25-80mm in dry state

Calorific calue:approx.28.500kJ/kg

Moisture content:approx.6%

Ash content:approx.10,5%

Sulphur content:approx.0,6%

Volatile matter:approx.1%

Phosphorus content:approx.0,05%

Alkalic content:---

Chlorine content:---

M40:approx.76%

M10:approx.7%

CSR:approx.58%

CRI:approx.32%

Undersize <25mm:approx.6%

Undersize <30mm:---

Oversize >90mm:---

Oversize >80mm:---


 

Variant "3"

Blast furnace coke

25-80mm

Calorific calue:min.27.000kJ/kg

Moisture content:max.7,5%

Ash content:max.11%

Sulphur content:max.0,7%

Volatile matter:max.1,3%

Phosphorus content:max.0,04%

Alkalic content:---

Chlorine content:---

M40:min.85%

M10:max.7%

CSR:---

CRI:---

Undersize <25mm:max.10%

Undersize <30mm:---

Oversize >90mm:---

Oversize >80mm:max.10%


 

25-90mm

Calorific calue:min.27.000kJ/kg

Moisture content:max.7,5%

Ash content:max.11%

Sulphur content:max.0,8%

Volatile matter:max.1,4%

Phosphorus content:max.0,04%

Alkalic content:---

Chlorine content:---

M40:---

M10:max.7%

CSR:---

CRI:---

Undersize <25mm:max.10%

Undersize <30mm:  

Oversize >90mm:max.10%

Oversize >80mm:---

M30:min.80%

M25:min.83%


 

30-80mm

Calorific calue:min.27.000kJ/kg

Moisture content:max.7,5%

Ash content:max.11%

Sulphur content:max.0,7%

Volatile matter:max.1,3%

Phosphorus content:max.0,04%

Alkalic content:---

Chlorine content:---

M40:min.85%

M10:max.7%

CSR:---

CRI:---

Undersize <25mm:---

Undersize <30mm:max.10%

Oversize >90mm:---

Oversize >80mm:max.10%


 

40-80mm

Calorific calue:min.27.500kJ/kg

Moisture content:max.7,5%

Ash content:max.11%

Sulphur content:max.0,8%

Volatile matter:max.1,3%

Phosphorus content:max.0,04%

Alkalic content:---

Chlorine content:---

M40:min.80%

M10:max.8%

CSR:---

CRI:---

Undersize <25mm:---

Undersize <30mm:---

Oversize >90mm:---

Oversize >80mm:max.10%

Undersize <40mm:max.10%

Met coke / Blast furnace coke

Met coke / Blast furnace coke

Met coke / Blast furnace coke


Q: What is the difference between metallurgical coke and chemical coke
Metallurgical coke, bituminous coal in the absence of air is heated to 950-1050 DEG C, after drying, pyrolysis, melting, bonding, curing and contraction of the final stage of this process is made of coke, coking high temperature (high temperature carbonization).
Q: What is the use of petroleum coke
According to the quality can be divided into two kinds of primary and qualified products. Qualified products are divided into six grades. Used in the manufacture of electrodes, calcium carbide, corundum and so on and used as a filling tank, also used as insulating materials and fuel, etc..
Q: What is the reasonable standard of volatile content of coke
11% of the sulfur from the blast furnace charge into the furnace comes from the ore, and the other comes from the limestone; the other is from the coke, so the coke is the main source of sulfur in the charge of the 82.5% of the charge. Sulfur content in coke directly affects the production of blast furnace. When the sulfur content in coke is greater than 1.6%, sulfur increased 0.1%, the amount of coke increased 1.8%, limestone amount increased 3.7%, 0.3% increase in amount of ore blast furnace output to reduce the sulfur content under 1.5 - 2.0%. metallurgical coke is not greater than 1%, the use of large and medium-sized metallurgical coke content in blast furnace is less than 0.4 - 0.7%.
Q: The total amount of heat released by the fully burnt 200g coke is 60% by mass of 10kg water absorption [q coke =3.0 * 107J/kg, C water =4.2 * 103J/ (kg = C)], q:(1) how much heat is absorbed by water?(2) if the initial temperature of water is 10 degrees C, then, after absorbing heat, the temperature will rise to how much?
(1) the amount of heat released from complete combustion of coke:Q put =mq=0.2kg * 3 * 107J/kg=6 * 106J.Heat absorbed by water:Q =Q * 106J suction ETA =6 * 60%=3.6 * 106J;(2) Q =cm t suction dreams,Dry water temperatures:Delta t=Q ceilingC water m water=3.6 x 106J4.2 x 103J/ (kg * c) * 10kgC = 85.7,
Q: What is the difference between coking plant and coke plant
Ha-ha,Coking plant, is a chemical industry, a variety of products,,Such as the production of coal tar, gas, coke and other chemical raw materials
Q: What is the phosphorus content in coke
Generally, the phosphorus content of coke is low, about 0.02%.The bituminous coal is heated to 950-1050 DEG C under the condition of air isolation
Q: 8 points will be isolated from the air to enhance the heat of coal, in addition to the main coke, but also the material listed in the following table: No.
Ethylene containing carbon carbon double bonds can react with bromine and bromine, and reaction of bleaching, b.:
Q: What are the requirements for the quality of coke in blast furnace smelting
Evaluation of coke quality1, sulfur content in coke: sulfur is a harmful impurity of iron smelting, which reduce the quality of pig iron. The sulfur content in the pig iron is more than 0.07%. 11% of the sulfur from the blast furnace charge into the furnace comes from the ore, and the other comes from the limestone; the other is from the coke, so the coke is the main source of sulfur in the charge of the 82.5% of the charge. Sulfur content in coke directly affects the production of blast furnace. When the sulfur content in coke is greater than 1.6%, sulfur increased 0.1%, the amount of coke increased 1.8%, limestone amount increased 3.7%, 0.3% increase in amount of ore blast furnace output to reduce the sulfur content under 1.5 - 2.0%. metallurgical coke is not greater than 1%, the use of large and medium-sized metallurgical coke content in blast furnace is less than 0.4 - 0.7%.2, the phosphorus in the coke: iron metallurgical coke coke content should be in the following 0.02 - 0.03%.3, the ash content of coke: Coke Ash on the impact of the blast furnace smelting is very significant. Coke ash increased by 1%, coke consumption increased by 2 - 2.5%, therefore, the reduction of coke ash is very necessary.
Q: Why in the blast furnace ironmaking with coke instead of charcoal why coke can produce heat to improve the heat of the furnace how to produceWhy in the blast furnace ironmaking with coke instead of charcoal why coke can produce heat to improve the heat of the furnace how to produce
Under the condition of isolated air, the bituminous coal is heated to 950-1050 DEG C, and finally, the coke is made by drying, pyrolysis, melting, bonding, solidification and shrinkage
Q: The coke is divided into several separate uses
Types of cokeCoke is usually divided by use of metallurgical coke (including blast furnace coke, coke and iron alloy coke etc.), coke and calcium carbide with coke gasification. The utility model is characterized in that the coal is formed by the compression of the coal powder, and a new type of coke, which is processed after carbonization, is called a coke.

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