What is fuel rate in Blast Furnace?
The development target is low fuel and high PCI rate, if the fuel rate is 500 kg/t, the target of PCI rate should be 230-300 kg/t. Some blast furnaces have formed a new parallel fuel structure that the consumption of coal is nearly equal to that of coke.
Does blast furnace use more fuel?
Using a Blast Furnace is more or less the same as using a regular Furnace. Remember, Blast Furnaces can only smelt things. But, while they do so at twice the speed, it uses fuel at twice the rate too.
How much does it cost to use a blast furnace?
On Blast Furnace themed worlds, there is an additional 72k gp/hr fee to use the Blast Furnace; players can either place coins in the coffer near the bank chest, or pay the Blast Furnace Foreman directly. On all other worlds, there is no extra fee but players must work together to operate the Blast Furnace.
What is coke rate in blast furnace?
Coke rate is the parameter for the consumption of BF coke which is measured in kilograms of BF coke consumed per ton of hot metal produced. Blast furnace (BF) coke is a key material for BF ironmaking, acting as a major energy source (fuel), a reductant, a carburization agent and a permeable structural support.
What is nut coke?
Nut Coke means coke otherwise meeting the quality specifications in Schedule A and of a size equal to or greater than 3/8 inch and less than 3/4 inch.
Why coke is used in blast furnace not coal?
Coke is used as a fuel and a reducing agent in melting iron ore. It is produced by baking coal until it becomes carbon by burning off impurities without burning up the coal itself. When coke is consumed it generates intense heat but little smoke, making it ideal for smelting iron and steel.
How much power does a blast furnace use?
It can be seen that blast furnace–BOF steelmaking route consumes 19.8–31.2 GJ energy per ton crude steel, while the EAF route using 100% steel scrap consumes 9.1–12.5 GJ energy per ton steel.
How can I use blast furnace for free?
Players can obtain the ability to use the Blast Furnace for free by talking to him after partially completing The Giant Dwarf up to the point where access to Keldagrim is unlocked. This must be done through dialogue (chat options 1-3-1) in order to count.
Why is coke added to the blast furnace?
Publisher Summary. Metallurgical coke, along with iron ore and limestone, is layered into a blast furnace to convert the iron ore to metallic iron. Coke, which is mostly carbon, reacts with the blast air to produce carbon monoxide, which, in turn, reacts with the iron oxide to produce carbon dioxide and metallic iron.
Why is limestone added to the blast furnace?
Limestone is also used to remove impurities from the blast furnace when making iron. The impurities are mostly silicon dioxide (also known as sand). The calcium carbonate in the limestone reacts with the silicon dioxide to form calcium silicate (also known as slag).
Why limestone is used in blast furnace?
How much experience can you get at the blast furnace?
When using gold bars at the Blast Furnace, you will see upwards of 320-340K experience per hour, which I’m sure you already know is absolutely insane. Goldsmith gauntlets make this possible because of their nearly 2.5 times experience boost, making this method even better and easily one of the best Smithing experience methods in the game.
What are the features of a high capacity blast furnace?
Modern BF is a high capacity BF having large useful volume. It has many advanced technological features. Because of the advanced technological features, it has higher campaign life and better production indexes.
How are items smelted in a blast furnace?
Smelting equipment yields one iron or gold nugget from their respective materials. Once an item and a fuel are placed into the blast furnace, the block state changes to lit and the item is smelted twice as fast as a regular furnace. Fuel is also used at double the rate of regular furnaces, so the number of items smelted per fuel stays the same.
Which is the largest blast furnace in the world?
The largest blast furnace in the world is in South Korea, with a volume around 6,000 m 3 (210,000 cu ft). It can produce around 5,650,000 tonnes (5,560,000 LT) of iron per year. This is a great increase from the typical 18th-century furnaces, which averaged about 360 tonnes (350 long tons; 400 short tons) per year.