Converting Fe2O3 to FeO: A High Temperature Solution?

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SUMMARY

The discussion centers on the conversion of Fe2O3 to FeO, specifically highlighting the requirement for a reducing atmosphere, such as carbon monoxide (CO), to achieve this transformation. Heating Fe2O3 alone at temperatures between 1300-1400°C will not yield pure FeO; instead, it may produce a mixture of iron oxides and elemental iron. The most effective methods suggested include purchasing FeO directly or synthesizing it through the thermal decomposition of Iron(II) oxalate.

PREREQUISITES
  • Understanding of high-temperature reduction processes
  • Familiarity with iron oxide chemistry
  • Knowledge of furnace operation at elevated temperatures
  • Basic principles of chemical synthesis and decomposition
NEXT STEPS
  • Research the process of reducing Fe2O3 in a CO atmosphere
  • Explore the thermal decomposition of Iron(II) oxalate for FeO synthesis
  • Investigate the properties and applications of FeO in chemical compounds
  • Learn about safety protocols when working with high-temperature furnaces
USEFUL FOR

Chemists, materials scientists, and researchers involved in iron oxide transformations and high-temperature chemical processes will benefit from this discussion.

Jason White
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Hello,
For my research I believe I need FeO for one of my compounds, but we only have Fe2O3 powder. Is there anyway i can convert this to FeO without using many other chemicals? I do have access to a furnace that can get up to around 1300-1400 C.

Thanks
 
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Buying FeO or synthesising it by heating Iron(II) oxalate seems to be your best shot. Heating Fe2O3 won't result in FeO unless you can do it in CO atmosphere.
 
This is tricky as even CO won't probably produce just FeO but rather some mixture of oxides and pure Fe.
 

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