BASIC ENGINEERING LABORATORY 2. SEMESTRE (0 + 2)
Experiments
1. Solution concept and preperation of solutions
2. Determination of sulphate ion by gravimetric method
3. Volumetry
4. Spectral analysis
5. pH and buffer solution concept
6. Density, specific weight concept and their measures
7. Phase changing of materials and distillation
8. Seperation of heterogene mixtures

CHEMICAL ENGINEERING LABORATORY I SEMESTRE 6 (0 + 4)
Experiments
1. Determination of viscosity value
2. Determination of calorific values of solid and liquid fuels
3. Investigation of flux regime by Osborne Reynolds experiment system
4. Linear heat transfer training with different samples
5. Natural and forced heat transport training
6. Investigation of energy loss with air flux experiment system
7. Investigation of energy and friction loss on pipe lines
8. Obtaining of reaction rate expression with spectrometric method

CHEMICAL ENGINEERING LABORATORY II SEMESTRE 7  (0 + 4)
Experiments
1. Calculation of mass transfer and diffusion coefficient in gaseous phase
2. Calculation of mass transfer and diffusion coefficient in liquid phase
3. Heat exchange experiment
4. Distibutions of residence time in packed column
5. Investigation of dynamic behaviour of first degree latency systems
6. Determination of water hardness by ion exchanger method
7. Preperation of ore and its size analysis
8. Coal analysis
9. Termogravimetrical analysis (TGA, DSC)

CHEMICAL ENGINEERING LABORATORY III SEMESTRE 8 (0 + 4)
Experiments
1. Tray dryier experiment system
2. Absorbtion column applications
3. Flux control system
4. Liquid level control system
5. Investigation of a reaction in batch and continuous reactors
6. Investigation of a reaction in tubular flow reactor
7. Oil analysis
8. Liquid-liquid extraction
9. Solid-liquid extraction
10. Distillation column applications