Laboratoriya

Chemical Technology Faculty

Laboratories

Chemical technology of inorganic substances, silicates, catalysts and adhesives

Experimental work in the laboratory of chemical technology of inorganic substances, silicates, catalysts and adhesives:

1. Analysis of concentrated sulfuric acid and oleum;

2. Analysis of nitric acid fool;

3. Analysis of the production of perchloric acid;

4. Extraction of phosphate acid by extraction;

5. Determination of the mass fraction of iodine;

6. Determination of the content of granules;

7. Determination of salt content in water;

8. Determination of water hardness;

9. Causticization of NaOH soda solution;

10. Testing of limestone;

11. Testing the plaster;

12. Determination of cement ore content;

13. Determination of the strength of cement.

General and Inorganic Chemical Laboratory

In the laboratory of general and inorganic chemistry, the following laboratory work is performed:
1. Classification of inorganic compounds;

2. Definition of equivalence;

3. Determine the molecular weight of carbon dioxide;

4. The speed of chemical reactions;

5. Complex compounds;

6. Solutions;

7. Salt hydrolysis;

8. Redox reactions;

9. Electrolysis;

10. Water hardness;

11. General properties of metals;

12. Elements: Determination of ions N, C, S, Fe + 2, Fe + 3.

Laboratory technology of basic organic and petrochemical synthesis

Synthesis device

Alkylation of o-xylene in the presence of sulfuric acid
Determination of terephthalic acid
Determination of acetic acid
Determination of the hardening rate (Soxlet apparatus)

The aim is to study the strength of the CBF and the composite based on them. Because these compounds are used mainly in the solid state.

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Laboratory of Chemical Technology of High Molecular Compounds

1. On the sheet

Composition of composites into list list, mixing of ingredients in physical aggregate into a single system.

2. Thickness gauge

To determine the compliance of the rubber sample with the standard

3.PM-60 fighter machine

Strength, relative extension, residual deformation of rubber and other composite materials

4. From the subject of CBT technology

Acquisition of the phenol-formaldehyde oligomer of the rhezol type

Acquisition of phenolic-formaldehyde oligomer type Novalak

Acquisition of aniline-phenol-formaldehyde oligomer

Acquisition of phenol-formaldehyde oligomer modified by epichlorhydrine

Joint polymerization of Maleine anhydride with styrene

Acquisition of urea-formaldehyde oligomer

Polymerization of styrene in solution

Polymerization of styrene in the emulsion

Polymerization of styrene in suspension

Laboratory of Chemistry and Physics of Polymers

1. On the sheet

Composition of composites into list list, mixing of ingredients in physical aggregate into a single system.

2. Thickness gauge

To determine the compliance of the rubber sample with the standard

3.PM-60 fighter machine

Strength, relative extension, residual deformation of rubber and other composite materials

4. From the subject of CBT technology

Acquisition of the phenol-formaldehyde oligomer of the rhezol type

Acquisition of phenolic-formaldehyde oligomer type Novalak

Acquisition of aniline-phenol-formaldehyde oligomer

Acquisition of phenol-formaldehyde oligomer modified by epichlorhydrine

Joint polymerization of Maleine anhydride with styrene

Acquisition of urea-formaldehyde oligomer

Polymerization of styrene in solution

Polymerization of styrene in the emulsion

Polymerization of styrene in suspension

Laboratory of oil refining technology and oil processing

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1. Determination of the viscosity of petroleum products; 2. Determination of the density of petroleum products; 3. Definition of resinous asphaltene substances; 4. Determination of flash and ignition temperatures; 5. Determination of aniline point; 6. Quantitative methods for determining the water content; 7. Determination of the fractional composition of petroleum products; 8. Technical analysis of coal; 9. Coking of coal; 10. Obtaining briquettes; 11. Chemistry of the coking process, coking mechanism; 12. Determination of moisture content; 13. The amount of ash; 14. Catalytic cracking; 15. Alkylation of isobutane with olefins; 16. Pyrolysis of crude oil

Processes and apparatus of the chemical industry and chemical cybernetics laboratoriyası

PROCESSES AND EQUIPMENT OF CHEMICAL INDUSTRY

1. Determination of the characteristics of the centrifugal pump. Device - Kama-2 centrifugal pump.

2. Determination of separation factor in centrifugation process

3. Determination of friction coefficient during fluid flow.

4. Determination of temperature dependence of oil content of oil products. Dry - Viscosimeter. Dry - Glass tube.

5. The rate of deposition of solids in liquid medium.

6. Liquid Extraction Facility - Extraction Device, Refractometer.

7. Constructing the temperature dependence of saturated vapor pressure on the curve P = f (t) by Trequbov method. Device - The process is carried out in a round tube.

8. Determination of the distribution coefficient of the substance distributed during the absorption process. Device - absorber

9. Experimental determination of the mass coefficient value in the absorption process.

10. Distillation of non-soluble liquids. Dry - distillation unit

Chemical Cybernetics

1. Algorithm and concept of software

Laboratory of Environmental Engineering

Works in the laboratory of industrial ecology

1. Determination of total water solidity 7. Alkalization of styrene with o-xylene. Dissociation of Styrene with o-xylene 8. Acidic Acid 9. Determination of Vitric Acid 10. Determination of Vapor Acid 11. Determination of Sulfuric Acid and Sulfur Anhydride 12. Pyrolysis of Carbohydrate Substrates 14. Discharge of Substrate Water Determination of Floating Flow Efficiency 15. Phenol Determination - FEK and Spectrophotometer

Physical Chemistry Laboratory

.Laboratory work in the laboratory of physical chemistry:

1. To study the effect of temperature on the decline rate and determine the activation energy;

2. Determination of the rate constants of a chemical reaction;

3. Determination of the distribution coefficient;

4. Determination of the molecular weight of the substance, solubilized, ebulioscopic method;

5. Creation of melting diagrams of the system;

6. Determination of neutralization temperature;

7. Conductometric titration;

8. Determination of the electrical conductivity of solutions of strong electrolytes;

9. Determination of the dissociation constant of a weak electrolyte;

10. Determination of ion transport numbers in solutions.

11. Determination of the electric driving force of galvanic cells;

12. The study of vapor-liquid equilibrium in binary fluid systems.

13. The study of the decomposition of hydrogen peroxide;

14. Calculation of saturated vapor pressure and calculation of the evaporation temperature of a volatile liquid.

Colloid Chemistry Lab

Laboratory work in the colloid chemistry laboratory:

1. Preparation and study of the properties of colloidal solutions;

2. Preparation and determination of the type of emulsions;

3. Determination of surface tension at the fluid boundary;

4. Adsorption of isoamyl alcohol;

5. Adsorption of ethyl alcohol;

6. Adsorption of acetic acid;

7. Construction of surface tension isotherms.

Analytical Chemistry Laboratory

.Laboratory of analytical chemistry:
1. Analysis cations cations I and II;

2. Analysis cation Group III;

3. Anion;

4. Neutralization;

5. Permanganatometry;

6. Iodometry;

7. Photometric camellia;

8. Method of photoelectric photoimetric analysis;

9. Potentialometric method analysis;

10. Electroimimetric method analysis;

11. Method of conductivity analysis;

12. Nephelometry;

13. Preparation of solutions;

14. Crystallohydrate crystal formulation;

15. Hydrolysis soles.

Organic Chemistry Laboratory

List of work performed in the laboratory of organic chemistry, and information about them:

1. Fractional distillation;

2. Sublimation;

3. Receiving sulfanilic acid;

4. Receiving helianthine;

5. Obtaining ethyl bromide;

6. Receiving isopropyl bromide;

7. Obtaining ethyl acetate ether;

8. Receipt of aniline;

9. Receiving nitrobenzene;

10. Obtaining acetone;

11. Receiving florescein;

12. Receiving soap.