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Chemical technology of fuel and carbonaceous materials
8.161.05
Chemical technology of fuel and carbonaceous materials
– assess the risk of chemicals and laboratory studies, and quality control of initial materials and final products of chemical technology;
– carry out a feasibility study of chemical manufacturing, have a command of technological process improvement methods, understand the theoretical and practical approaches to the creation and production management;
– select equipment for technological processes, use automated designing systems for the development of technological and hardware configuration of chemical and technological production;
– selection of optimal parameters and optimization of processes of oil, gas and solid fuels processing;
– research work in the field of chemical technology. – ability to solve complex specialized issues and practical problems related to chemical technology and engineering during professional activity or study process: these are characterized by complexity and uncertainty of the conditions that involves the application of certain theories and methods of chemistry, chemical technology and engineering;
– ability to apply the knowledge and practical skills to optimize means of chemical production;
– ability to apply a systematic approach for developing of chemical technology;
– ability to apply knowledge and practical skills when implementing the technological processes of oil, gas and solid fuels processing; determining of optimal conditions of the processes;
– ability to use professional-profiled knowledge and practical skills for solving particular tasks in the field of fuel and carbonic materials production.
Qualification awarded
: Master in Chemical Engineering and Technology with the degree in Chemical Technology of Fuel and Carbonaceous Materials
Entry year: 2016
Program duration: 1,5 years
Number of credits: 90 ECTS credits
Level of qualification according to the National Qualification Framework and the European Qualifications Framework: Second (Master) level, 7-th level of NQF, EHEA second Cycle
Field(s) of study: Chemical and bioengineering
Specific admission requirements:
Specific arrangements for recognition of prior learning:
Qualification requirements and regulations, including graduation requirements:
Characteristics of the educational program:
Gained competence: – theoretical basis of the manufacturing process of chemical substances and materials, and products based on them;
– methods of chemical and physical-chemical raw materials analysis, materials, chemical products and wares based on them;
– advanced technologies for chemical manufacturing;
– constructions and work principles of up-to-date equipment and chemical manufacturing equipment;
– peculiarities of technological processes of fuel and carbonic materials production and the main processes of industrial petrochemistry;
– properties, characteristics, peculiarities of practical application of fuel and carbonic materials;
– methods of laboratory control of oil products quality;
– peculiarities of using the alternative raw materials for fuel and oil production.
– evaluate the influence of technological factors on final product composition;– methods of chemical and physical-chemical raw materials analysis, materials, chemical products and wares based on them;
– advanced technologies for chemical manufacturing;
– constructions and work principles of up-to-date equipment and chemical manufacturing equipment;
– peculiarities of technological processes of fuel and carbonic materials production and the main processes of industrial petrochemistry;
– properties, characteristics, peculiarities of practical application of fuel and carbonic materials;
– methods of laboratory control of oil products quality;
– peculiarities of using the alternative raw materials for fuel and oil production.
– assess the risk of chemicals and laboratory studies, and quality control of initial materials and final products of chemical technology;
– carry out a feasibility study of chemical manufacturing, have a command of technological process improvement methods, understand the theoretical and practical approaches to the creation and production management;
– select equipment for technological processes, use automated designing systems for the development of technological and hardware configuration of chemical and technological production;
– selection of optimal parameters and optimization of processes of oil, gas and solid fuels processing;
– research work in the field of chemical technology. – ability to solve complex specialized issues and practical problems related to chemical technology and engineering during professional activity or study process: these are characterized by complexity and uncertainty of the conditions that involves the application of certain theories and methods of chemistry, chemical technology and engineering;
– ability to apply the knowledge and practical skills to optimize means of chemical production;
– ability to apply a systematic approach for developing of chemical technology;
– ability to apply knowledge and practical skills when implementing the technological processes of oil, gas and solid fuels processing; determining of optimal conditions of the processes;
– ability to use professional-profiled knowledge and practical skills for solving particular tasks in the field of fuel and carbonic materials production.
Mode of study: part
Academic mobility:
Work placement(s):
Programme director: prof. Oleh Hrynyshyn
Occupational profiles of graduates:
Access to further studies:
Other program features:
Institute: Institute of Chemistry and Chemical Technologies