Course content broken down in detail by weekly class schedule (syllabus) |
1.Week L Introductory lecture and notes related to the course, Water and its physical and chemical properties
E
2.Week L Water in nature, Global hydrological cycle of water, Physical and chemical properties of surface and groundwater, Pollution of the ground and surface water. Regulations on water quality
E
3.Week L Technical features of water for industry, Technological parameters of water quality, Chemical composition and water modes and interpretation of results, Measurement marks and names
E
4.Week L Water as a working fluid in Chemical Engineering, Requirements for water quality in the implementation of technological processes of the chemical industry. General conditions for the quality of the water in heating unit systems, Standards for thermodynamic properties of water (IFC, IAPWS-IF97)
E
5.Week L Salts dissolved in the raw water, Defining the hardness of water and salts which makes the water hardness, Units of measure and mark, Methods of determining water quality.
E
6.Week L Gases dissolved in the raw water, the possible adverse effects on the process equipment. Methods of the degasification water.
E
7.Week L Preparation of process water for thermal power plants, sludge formation and the related negative effects on the process equipment and economy, First test
E Laboratory methods for determining physical and chemical properties of the raw water
8.Week L The processes of preparation raw water by application sedimentation process, Theory of the sedimentation, Water softening agents for sedimentation procedures, Methods for control optimal addition of chemicals and implementation process of softening water.
E Water treatment by combination of the chemical precipitation processes and filtration process, with the use of the lime as a precipitant in a fast reactor
9.Week L The processes of the preparation of process water chemical clarification, Theoretical fundamentals about the processes and agents for coagulation, agglomeration, sedimentation and flotation, Parameters that affect the implementation process, How to choice of chemicals for clarification, Process Equipment.
E Chemical clarification raw waters by application of sedimentation and flocculation process simultaneous together with the process of decarbonization in the accelerator
10.Week L Application of filters devices for the preparation of process water, Types and characteristics of filter cartridge, Effects of application the filter unit, Speed and capacity of filtration, Process equipment for filtration,
E
11.Week L Application of ion exchangers in the preparation of process water, Types and classification of ion exchangers. Physical and chemical properties of ion exchangers, How to applied ion exchangers and cycles of lifetime of ion exchangers, Regeneration process of the ionic mass
E Softening raw water by using neutral type of the ionic exchangers in the process and regeneration of ion exchange resin.
12.Week L The application of membrane processes for the preparation of process water, Types of membranes and their physical and chemical properties, Industrial application of the process: Reverse osmosis, Electrodeionisation
E Demineralization and deionization process waters by using ion exchange
13.Week L How to remove iron, manganese, chloric and oil from the process water, Methods and apparatus for purification
E
14.Week L Specific methods of treatment of process water for various purposes disinfection / sterilization by oxidation (Chlorination, Chlorine Dioxide, Ozone, Peroxone ...) and non oxidizing agents (UV radiation, membrane micro and ultra filtration, microfiltration layer), Water disinfection oligodynamically action of heavy metal ions
E
15.Week L Second Test
E |
