Steel Production: Difference between revisions
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*Iron mining in the USA - [https://en.wikipedia.org/wiki/Iron_mining_in_the_United_States] | *Iron mining in the USA - [https://en.wikipedia.org/wiki/Iron_mining_in_the_United_States] | ||
*Chromium mining (for stainless steel) - Chromite (FeCrO) is reduced to Ferrochrome (FeCr) via carbothermic reduction. Chromite in Oregon, Montana, California - [https://oregonencyclopedia.org/articles/chromite_mining/#.Xo6DuJ-YU5k] | *Chromium mining (for stainless steel) - Chromite (FeCrO) is reduced to Ferrochrome (FeCr) via carbothermic reduction. Chromite in Oregon, Montana, California - [https://oregonencyclopedia.org/articles/chromite_mining/#.Xo6DuJ-YU5k] | ||
=OSE Workflow= | |||
==Sourcing== | |||
*Recycling | |||
*Ore? | |||
==Refining== | |||
*Froth Floatation and other ore methods? | |||
*[[Direct Reduction]] , and [[Charcoal Blast Furnace]] | |||
*[[Induction Furnace]] | |||
*[[Ironworker]] | |||
Revision as of 02:16, 9 April 2020
https://edge.alluremedia.com.au/uploads/businessinsider/2017/11/iron-ore-steel.jpg
OSE Case
- OSE's case would be to produce steel from direct reduction, which is more efficient and lower temperature than a blast furnace. https://en.wikipedia.org/wiki/Direct_reduced_iron
- Iron mining in the USA - [1]
- Chromium mining (for stainless steel) - Chromite (FeCrO) is reduced to Ferrochrome (FeCr) via carbothermic reduction. Chromite in Oregon, Montana, California - [2]
OSE Workflow
Sourcing
- Recycling
- Ore?
Refining
- Froth Floatation and other ore methods?
- Direct Reduction , and Charcoal Blast Furnace