Kiln and Combustion Calculation Training
Unique training course of basic standard on kiln and combustion calculations, to enable you to perform confidently and accurately the following calculations:
|Gross calorific value.
Net calorific value.
Useful heat value
Standard coal factor.
|Specific Stoichiometric, or minimum Combustion Air.
Stoichiometric, or minimum Combustion Air. Theoretical Flame Temperature.
|Primary Air percentage.
Burner Tip Velocity.
Degree of filling.
Burning zone loading, or Thermal loading.
Material residence time in kiln.
Clinker residence time in cooler.
|Radiation Heat Losses.
Free Convection Heat Losses.
Forced Convection Heat Losses.
|False air with respect mix, (O2 basis)
False air with respect gas (O2 basis)
False air with respect mix (CO2 basis)
False air with respect gas (CO2 basis)
Excess Air at kiln inlet.
By the end of this course, you will be covering more than 25 basic calculations you need on daily basis in cement plant.
⇒Course Duration: 4-6 weeks.
Section 1: Course Introduction
- Importance of Kiln and Combustion Calculations in cement plant.
Section 2: Fuels and Fuel Properties
- Coal properties.
- Oil Properties.
- Natural Gas Properties.
Section 3: Combustion Equations
- Definition and Assumptions.
- Mole Concept and Reference Condition.
- Combustion Equations.
Section 4: Combustion Calculations
- Calorific value Calculations.
- Stoichiometric Combustion Air Calculations.
- Kiln Firing Calculations.
Section 5: Kiln Calculations
- Design Calculations.
- False Air and Excess Air Calculations.
- Radiation and Convection Heat Loss Calculations.
- Course Evaluation.
More than 14-Years of experience in cement manufacturing sector in the area of Process, Quality and Energy management, Training and Operation, Audit and Optimization. Strong Back-up work experience with FLSmidth, Thyssenkrupp, Promac and many more.