1. Chemical reduction of zinc oxides in the presence of reduced carbon 2. Formation of anorthite during mineral carbonation 3. Precipitation of calcite during mineral carbonation

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Chemical reduction of zinc oxides
1.
in the presence of reduced carbon
2. Formation of anorthite
during mineral carbonation
3. Precipitation of
calcite during mineral carbonation
Caco3 + 2H* = Ca2*+
H20 + CO2
13
4. Oxidation of zinc sulfides under
reduced conditions
3Fe* + 3H,0 = 3Fe
5. Chemical oxidation of iron di-
sulfides under oxidizing conditions
(OH)3
+ 3H*
6.
Chemical oxidation of pyrite by
2Cus+ 4H*+ O2 (g) =
2Cu2* +25 + 2H,0
oxygen under reducing conditions
7.
Acid rain formation
FeS, (s) + 7/2 0, + H2O
= Fe2" + 25042 + 2H*
8.
Dissolution of copper sulfides
under alkaline conditions
CaAl,Si,Og + CO2 + H20
9.
Alkaline dissolution of calcite
= CacO3 + AlzSizO5
(OH)4
10. Precipitation of ferric hydroxides
Zno (s) + C (s) = Zn (s) +
CO
11. Partial weathering of mica
and silica under acidic conditions
12. Precipitation of ferrous hydroxides
co, (e) + H20 (I) =
H,CO, (aq)
13. Formation of calcite under acidic
conditions
H,CO, (aq) = H+ (aq) +
HCO, (aq)
14. Chemical reduction of zinc oxides
in the presence of oxidized carbon
compounds
15. The leaching of cupper under
acidic conditions
16. Dissolution of Calcite under acidic
conditions.
Transcribed Image Text:Chemical reduction of zinc oxides 1. in the presence of reduced carbon 2. Formation of anorthite during mineral carbonation 3. Precipitation of calcite during mineral carbonation Caco3 + 2H* = Ca2*+ H20 + CO2 13 4. Oxidation of zinc sulfides under reduced conditions 3Fe* + 3H,0 = 3Fe 5. Chemical oxidation of iron di- sulfides under oxidizing conditions (OH)3 + 3H* 6. Chemical oxidation of pyrite by 2Cus+ 4H*+ O2 (g) = 2Cu2* +25 + 2H,0 oxygen under reducing conditions 7. Acid rain formation FeS, (s) + 7/2 0, + H2O = Fe2" + 25042 + 2H* 8. Dissolution of copper sulfides under alkaline conditions CaAl,Si,Og + CO2 + H20 9. Alkaline dissolution of calcite = CacO3 + AlzSizO5 (OH)4 10. Precipitation of ferric hydroxides Zno (s) + C (s) = Zn (s) + CO 11. Partial weathering of mica and silica under acidic conditions 12. Precipitation of ferrous hydroxides co, (e) + H20 (I) = H,CO, (aq) 13. Formation of calcite under acidic conditions H,CO, (aq) = H+ (aq) + HCO, (aq) 14. Chemical reduction of zinc oxides in the presence of oxidized carbon compounds 15. The leaching of cupper under acidic conditions 16. Dissolution of Calcite under acidic conditions.
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