Lime Production Technology in Rotary Kilns

1. Introduction.
2. History of development and production of mineral binders.
3. Classification and nomenclature of binders, raw materials for their production and additives.
4. General information about building lime.
   1. Types of building lime and its application.
   2. Basic requirements for lime.
5. Characteristics and selection of raw materials for the production of construction lime.
   1. Characteristics of carbonate raw materials.
   2. Field development.
   3. Storage of raw materials and fuel.
   4. Quality control of raw materials and fuels.
6. General information about ground quicklime.
7. Description of the technological scheme for the production of ground quicklime.
   1. Crushing and grinding.
      1. Crushing and grinding equipment.
   2. Sorting and separation.
      1. Sorting and separation equipment.
   3. Cleaning of flue gases and air from dust.
   4. Conveying and dosing.
   5. Firing.
      1. Fuel for lime calcining.
      2. Technology of lime production in shaft transfer furnaces.
         1. Operation of shaft transfer furnaces.
         2. Shaft furnaces on gaseous fuel.
         3. Calcining of limestone in shaft furnaces on gaseous fuel.
         4. Automation of shaft furnaces.
      3. Technology of lime production in rotary kilns.
         1. Rotary kilns with internal heat exchangers.
         2. Calcining of limestone in rotary kilns.
         3. Automatic control and regulation of limestone calcination in rotary kilns.
8. Lime storage.
   1. Ground lime warehouse.
   2. Quality control of ground lime in stock.
9. Experimental inspection of the quality of the produced lime.
10. Hardening of airborne lime.
11. Feasibility study of the workshop for the production of ground quicklime with a capacity of 120 thousand tons per year.
    1. Mode of operation of the enterprise.
    2. Design capacity of the workshop.
    3. Calculation of the composition of workers.
    4. Working Time Funds.
    5. Calculation of the required amount of raw materials for firing.
    6. Material balance.
    7. Calculation of the number of equipment.
    8. Calculation of a roller crusher.
    9. Calculation of energy resources.
    10. Calculation of bins and warehouses.
12. Occupational safety and health measures.
13. Conclusion.

Literature.