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Ferrosilicon: Silica, Carbon and Scrap Iron Smelted with Bituminous Coal in an Electric Furnace (Furness, US 1,284,645)
Carbon pulls the oxygen out of silica in an electric furnace, and the silicon alloys with iron in the charge. Furness swapped part of the coke or charcoal for lumps of bituminous coal, which keep the charge open and poorly conducting, so the electrodes sit deep and the heat stays in.
Result: ferrosilicon, tapped from the bottom of the furnace.
Source: Furness, US 1,284,645 (1918). Not given: silicon content, iron proportion. Picture drawn by Youblob.
高级
Factory process
说明
1
1
Weigh the charge
Weigh the charge
Crushed quartzite (silica), charcoal or coke, and scrap steel or iron ore. Carbon: 24 parts per 60 parts of silica in theory, slightly more in practice; more if iron ore is used. Ours: quartz sand, iron filings, charcoal.
此步骤所需材料：
石英砂60 parts
铁屑1 as required所需工具：
木炭
等臂天平2
2
Add lumps of bituminous coal
Add lumps of bituminous coal
Supply 20-40 % of the total carbon as bituminous coal (10 % or more works). It can go in coarse, lumps up to fist size, keeping the charge open to the gas.
所需工具：
烟煤3
3
Smelt with deeply bedded electrodes
Smelt with deeply bedded electrodes
Feed the charge into an electric furnace so the electrodes stay buried deep in it. The silica is reduced, carbon monoxide burns off at the top, and the alloy collects at the bottom. Ours: electric arc furnace.
所需工具：
电弧炉4
4
Tap the ferrosilicon
Tap the ferrosilicon
Tap the molten ferrosilicon from the bottom of the furnace and let it set.
所需工具：
电弧炉此蓝图制作
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