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Calculate Heat of Reaction of Clinker |
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| Input Data: |
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CaCO3 content in kiln feed, % |
CaCO3 |
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Kiln feed:Clinker ratio, - |
RMCK |
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MgCO3 content in kiln feed, % |
MgCO3 |
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LOI content in kiln feed, % |
LOI |
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Al2O3 content in clinker, % |
Al2O3 |
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Water of crystalisation in kiln feed, % |
CH2O |
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SiO2 content in clinker, % |
SiO2 |
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Fe2O3 content in clinker, % |
Fe2O3 |
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K2O content in clinker, % |
K2O |
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Na2O content in clinker, % |
Na2O |
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Carbon content in kiln feed, % |
C |
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Sulphur as pyrites in kiln feed, % |
S |
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| Formula: |
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Heat of Reaction of Clinker in kcal/kg-clinker |
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( 4.282 * CaCO3 * RMCK ) + ( 3.085 * MgCO3 * RMCK ) |
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+ ( 222 * Al2O3 / ( 100 - LOI ) ) + ( 11.6 * CH2O * RMCK ) |
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- ( 511.6 * SiO2 / ( 100 - LOI ) ) - ( 59 * Fe2O3 / ( 100 - LOI ) ) |
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- ( 1000 * ( K2O + Na2O ) / ( 100 - LOI ) ) |
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- ( 79 * C * RMCK ) - ( 32 * S * RMCK ) |
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HEAT OF REACTIONO TO PRODUCE 1 KG CLINKER |
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INPUT |
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| SN |
DESCRIPTION |
UNIT |
VALUE |
| 1 |
CaCO3 content in kiln feed, % |
% |
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| 2 |
Kiln feed:Clinker ratio, - |
% |
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| 3 |
MgCO3 content in kiln feed, % |
% |
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| 4 |
LOI content in kiln feed, % |
% |
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| 5 |
Al2O3 content in clinker, % |
% |
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| 6 |
Water of crystalisation in kiln feed, % |
% |
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| 7 |
SiO2 content in clinker, % |
% |
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| 8 |
Fe2O3 content in clinker, % |
% |
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| 9 |
K2O content in clinker, % |
% |
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| 10 |
Na2O content in clinker, % |
% |
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| 11 |
Carbon content in kiln feed, % |
% |
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| 12 |
Sulphur as pyrites in kiln feed, % |
% |
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OUTPUT |
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| RESULT |
HEAT OF REACTION OF CLINKER |
Kcal/kg-clinker |
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Target |
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