Know:
- Theoretical bases of technology of production of chemicals on the theme of work;
- modern technologies of chemical production;
- designs and principles of modern equipment and equipment of chemical production;
- typical methods of chemical and technological calculations.
Be able:
- summarize the data obtained from laboratory studies and measurements, from the point of view of their significance, and correlate them with the corresponding theory;
- to select the appropriate technological equipment and graphically depict the technological process;
- to carry out calculations of technological processes.

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Master's qualification work includes such main divisions: 1. A review of the scientific and scientific-technical literature on the topic of work. 2. Description of experiments: the scheme of the plant, methods of syntheses and researches, reagents and materials. 3. Results and discussion. 4. Conclusions. 5. List of references.

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• actuality and aim of work;
• scientific novelty of the got results;
• research methods;
• volume conducted the research;
• decoration of master's qualification work.

Knowledge and understanding:
• 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;
• theoretical basis of technological processing and main technology of products of organic synthesis, sources of raw materials and their preparation, synthesis conditions, ways and methods of separation of intermediate products and selection of purpose-oriented products;
• improvement methods of available organic synthesis technology;
• modern advances in the innovation technologies of the field.
Applying knowledge and understanding:
• evaluate the influence of technological factors on final product composition;
• productive tasks solving, productive power effective application, appropriate consumption of materials and raw materials, producing of quality products in accordance with established technical conditions and standards;
• to summarize the obtained data from laboratory studies and measurements, to evaluate them from the point of view of their significance and to correlate them with the corresponding theory;
• to use modern information and communication technologies for searching, analysis, calculations and creation of the graphic and text documents, as well as for mathematical analysis and static processing in the research and design.

Scientific Research Methodology
Technology Products of Organic Synthesis
Study of Chemical Reactions and Processes
Scientific Research in Chemical Technology of Organic Substances
Catalysis in Organic Synthesis
Research Practice
Special Course of Scientific Research in the Field of Specialty

Master's qualification work includes the following main sections: 1. Review of scientific and scientific and technical literature on the topic of work. 2. Description of experiments: schemes of installations, methods of synthesis and research, reagents and materials. 3. Results of research and their discussion. 4. Conclusions. 5. References.

Піх З. Г. Теорія хімічних процесів органічного синтезу: Підручник. – Вид-во Нац. ун-ту "Львівська політехніка". – 2002.
• Лебедев, Н. Н. Теория химических процессов основного органического и нефтехимического синтеза [Текст] / Н. Н. Лебедев, М. Н. Манаков, В. Ф. Швец. – М.: Химия, 1984. – 375 с.
• Шмидт Р., Сапунов В. Н. Неформальная кинетика. Пер. с англ./Под ред. И. П. Белецкой. – М.: Мир,1985. – 264с.
• Одабашян Г.В. Лабораторный практикум по химии и технологии основного органического и нефтехимического синтеза Учебное пособие для вузов / Под ред. Н.Н. Лебедева – М.: Химия, 1982. – 240 с.
• Literature on the subject of master's qualification work

• the individual research task (60%)
• final control: written-oral form (40%)

The accomplishment of master's qualification works on such scientific directions:
- electrochemistry of metal-containing nanomaterials and nanocomposites in aqueous solutions and environment of organic solvents;
- galvanic replacement is with the receipt of the colored and precious metals from solutions of lixiviating;
- galvanic replacement in aqueous and nonaqueous environment is with the receipt of of the modified surface of metals;
- electrochemical synthesis of organic and inorganic substances;
- anticorrosive protection of metal constructions.

• Theoretical electrochemistry.
• Technical electrochemistry.
• Corrosion of metals under tension.
• Research methods electrochemical systems and processes
• Chemistry and technology of nanomaterials

Master's qualification work includes such main divisions: 1. A review of the scientific and scientific-technical literature on the topic of work. 2. Description of experiments: the scheme of the plant, methods of syntheses and researches, reagents and materials. 3. Results and discussion. 4. Conclusions. 5. List of references.

1. Нанохімія. Наносистеми. Наноматеріали / С. Волков, Є. Ковальчук, В. Огенко, О. Решетняк: монографія. – Київ: Наукова думка, 2008. – 423 с.
2. Кунтий О.І. Електрохімія та морфологія дисперсних металів: монографія. – Львів: Львівська політехніка, 2008. – 208 с.
3. Похмурський В.І., Хома М.С. Корозійна втома металів та сплавів. – Львів: СПОЛОМ, 2008. – 301 с.
4. Кошель М.Д. Теоретичні основи електрохімічної енергетики: Підручник. – Дніпропетровськ, УДХТУ, 2002. – 430 с.
5. Байрачний Б.І., Ляшок Л.В. Рідкісні розсіяні і благородні елементи. Технологія виробництва та використання. – Харків: НТУ “ХПІ”, 2007. — 303 с.
6. Сахненко М.Д., Артеменко В.М. Кінетика електродних реакцій. –Харків: В-во ТОВ «ЩСП», 2014. – 204 с.
7. Журнали: Electrochimica Acta, Electrochemistry Communications, Journal of Applied Electrochemistry, International Journal of Electrochemistry, Journal of Nanoscience, Nano Today, Фізико-хімічна механіка матеріалів, Chemisrty & Chemical Technology.

• actuality and aim of work;
• scientific novelty of the got results;
• research methods;
• volume conducted the research;
• decoration of master's qualification work.

know the current level, trends and prospects of development of science and technology master's thesis on the topic; theory of the structure of silicate and refractory nonmetallic materials; methodology for a systematic approach to the study object, methodology and research methods; be able to independently and purposefully work with scientific and technical literature, critically analyze the information to develop mathematical models of the experiment; to understand the economic efficiency of modern technology of production of silicate materials and proposed solutions

Chemical Technology of Fine, Technical Ceramics and Refractories; Technology of Glass Products;
Chemical technology of air, autoclavable and hydraulic binders

Analysis of scientific and technical issues related to the theme of master's work. Search and selection of relevant literature and patents. Conducting theoretical and experimental research. Implementation of mathematical modeling. Conducting feasibility calculations proving the competitiveness of the solutions proposed choice of equipment and processes.

1. Hоrshkov V. S. Fizicheskaia khimiia silikatov i druhikh tuhoplavkikh sоеdinenii / V. S. Hоrshkov, V. H. Саvеlev, N. F. Fеdоrоv. – М. : Vysshaia shkola, 1988. – 400 s. (in Russian) 2. Fizicheskaia khimiia silikatov : Ucheb. dlia studentov vuzov / [А. А. Pashchenkо, А. А. Miasnikov, Е. А. Miasnikova i dr.]; pod red. А. А. Pashchenkо. – М. : Vysshaia shkola, 1986. – 368 s. (in Russian) 3. Fіzychna khimii kremnezemu і nanodyspersnykh silikativ : navch. posib. / B. Yu. Kornilovych, О. Р. Andrievska, М. М. Plemiannikov, L.М. Spasonova; za red. B. Yu. Kornilovycha. – К. : «Osvita Ukrainy», 2013. – 178 s. (in Ukrainian) 4. Khimichna tekhnolohiia tuhoplavkykh nemetalevykh i sylikatnykh materialiv u prykladakh і zadacakh : u 2 cast. – Ch. 2 : Fizuko-himichni systemy, fazovi rivnovahu, termodynamika, resurso- tа enerhozberezhennia v tekhnolohii ТNSМ : navch. posib. / [О. Yu. Fedorenkо, Ya. М. Pіtаk, М. І. Ryshchenko tа in.]; zа rеd. М. І. Ryshchenka. – Kharkiv : NTU "KhPI", 2013. – 326 с.

final control (zakhyst), oral form (100%)

Know:
- Theoretical bases of technology of production of oil and gas refinery;
- modern technologies of oil and gas refinery;
- designs and principles of modern equipment and equipment of chemical production;
- typical methods of chemical and technological calculations.
Be able:
- summarize the data obtained from laboratory studies and measurements, from the point of view of their significance, and correlate them with the corresponding theory;
- to select the appropriate technological equipment and graphically depict the technological process;
- to carry out calculations of technological processes.

_

Master's qualification work includes such main divisions: 1. A review of the scientific and scientific-technical literature on the topic of work. 2. Description of experiments: the scheme of the plant, methods of syntheses and researches, reagents and materials. 3. Results and discussion. 4. Conclusions. 5. List of references.

_

• actuality and aim of work;
• scientific novelty of the got results;
• research methods;
• volume conducted the research;
• decoration of master's qualification work.

- the development of skills of independent research students;
- systematization, the consolidation and expansion of theoretical and practical knowledge in the specialty;
- identify the level of independence of students in solving problems;
- justify the relevance and significance of the chosen topic in theory and on the terms of the research object.

Polymeric Materials;
Physico-chemistry of polymers;
Theoretical fundamentals of polymer processing;
Special research methods of structure and properties of macromolecular compounds;
Modern processes and processing of polymer composites.

Defining goals, specific tasks of research, object and subject of research. Assembling the extended plan for the master's work. Working with special scientific, methodical literature, regulation of the chosen theme. Implementation review of published studies on the topic of literature. Formulation characteristics of the original product. The choice of methods (procedures) implementation research. Research on the topic of master's work.

1. Торопцева А. М., Белогородская К. В., Бондаренко В. М. Лабораторный практикум по химии и технологии высокомолекулярных соединений. - Л: Химия, 1972. - 416с.
2. Ахназарова С.Л., Кафаров В.В. Оптимизация эксперимента в химии и химической технологии. - М.: Высш. шк. - 1978. – 319 с.
3. Білуха М.Т. Основи наукових досліджень: підруч. для вузів. – К.: Вища шк., 1997. – 271с.
4. Шейко В.М., Кушнаренко Н.М. Організація та методика науково-дослідницької діяльності: підручник. – К.: Знання, 2004. – 307 с.
6. Прокопов Н.И. и др. Практикум по методам исследования полимеров. – М.: МИТХТ имени М.В. Ломоносова, 2013. – 150с.
7. Рабек Я. Экспериментальные методы в химии полимеров. – М.: МИР, 1983. – 480с.

Previous protection, access to basic protection

• know the methods and tools of theoretical and experimental research in the field of fusion technology Macromolecular, creation of plastics, elastomers and polymer composites based on high-molecular compounds and oligomers;
• know the methods and tools of theoretical and experimental research in the synthesis of macromolecular compounds forming plastic products, elastomers and polymer composites based on high-molecular compounds and oligomers;
• to be able to explore the physical, chemical and technological properties of polymeric materials and their components using modern methods of planning and execution of the experiment;
• to understand the development of plans, programs and procedures for research in the field of macromolecular compounds, polymer materials and products.

• Basics of polymer chemistry
• Theoretical basis of polymer synthesis technologies
• Special processes of synthesis and modification of polymers
• Chemical Technology of Macromolecular Synthesis,
• The use of computer technology in the production and processing of polymers.

Opratsovuvannya and analysis of specialized publications and journals, databases, patent search on the topic of research. Getting to know the job. Safety training. Introduction of hazardous and harmful substances and factors during the research work, methods of protection against them. Working goals and objectives of research. The development work plan. The study method raising experiment. Introduction to objects and methods of research. Implementation of experimental work. Learning the principles of development of regulatory documents on research products. Analysis of the results of the experiments, statistical analysis of the results and their publication.

1. Програма практики: Методичні вказівки для студентів спеціальності 05130198 “Хімічна технологія високомолекулярних сполук” / Укл.: В.С. Моравський, В.Є. Левицький, В.Й. Скорохода, М.М. Братичак, М.Л. Шекета. – Львів: Національний університет “Львівська поліехніка”, 2011. – 36 с.
2. Ровкина Н.М., Ляпков А.А. Лабораторный практикум по химии и технологии полимеров. Ч.I. Основные методы получения полимеров. Томск: Изд-во Томского политехнического университета, 2007. — 132 с.
3. Лабораторный практикум по химии и технологии высокомолекулярных соединений : учеб. пособие для студ. хим.-технол. спец. вузов / А.М. Торопцева, К.В. Белогородская, В.М. Бондаренко ; под ред. А.Ф. Николаева. Л. : Химия, 1972. 416 с.
4. Коршак В.В. Технология пластических масс. 3-е изд., перераб. и доп. - М.: Химия, 1985. - 560 с.

previous protection

• Conclusive comprehension of all the theoretical knowledge gained throughout the course of studying specific subjects, as well as acquisition of practical knowledge and skills necessary for one’s independent research/work in the future.
• Collection of materials that are required to carry out the Master’s thesis.
• Data collection, obtained throughout the research analysis performed in laboratory which is required to write the Master’s thesis.

Prerequisite courses required :
• chemistry, technology and utilization of food additives
• research methodology
• technology of food production
• chemistry and technology of cosmetic products.

Mastering of modern methods, forms of organization and tools in a future profession, their formation, based on the theoretical knowledge and practical training obtained while studying at the University, professional skills to help make independent decisions during specific work in manufacturing. Education regarding the need to continuously improve one’s knowledge and creatively apply it in practical settings.

Наскрізна програма практики для студентів напряму 6.051301 «Хімічна технологія» спеціальності 8.05130111 «Хімічні технології харчових добавок та косметичних засобів» ІУ курсу ОКП «Бакалавр» та ІІ курсу ОКП «Спеціаліст» або «Магістр»/ С.А.Воронов, В.П.Васильєв, Ю.В.Панченко, Ю.Б.Стецишин. – Львів, 2011. - 21с.

Hand in printed report from practical analysis.
Final exam : oral examination (100%).

To know:
- theoretical bases of the technology of production of chemicals on the work's theme;
- modern technologies of chemical production;
- design and principles of modern devices and equipment of chemical production;
- typical methods of chemical and technological calculations
To be able:
- summarize the data obtained from laboratory studies and measurements, from the point of view of their significance, and correlate them with the corresponding theory;
- to select the appropriate technological equipment and graphically depict the technological process;
- to carry out calculations of technological processes

Physics
Processes and apparatuses of the chemical production
Bases of automated design of the chemical production equipment
Mathematical modeling and optimization of objects of chemical technology
Calculation and design of apparatuses of the chemical production and enterprises of building materials
Energy technology of chemical and technological processes
Devices and equipment of the industry

1. Review of scientific and technological literature on the topic of the work. 2. Scientific and theoretical bases of the process. 3. Description of the technological scheme of the production. 4. Characteristics of working environments. 5. Material and heat calculations of the process. 6. Calculation of the main and auxiliary equipment. 7. Labor protection. 8. Technical and economic calculations. 9. Conclusions. 10. The list of literary sources.

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To know:
- theoretical bases of the technology of production of chemicals on the work's theme;
- modern technologies of chemical production;
- design and principles of modern devices and equipment of chemical production;
- typical methods of chemical and technological calculations
To be able:
- summarize the data obtained from laboratory studies and measurements, from the point of view of their significance, and correlate them with the corresponding theory;
- to select the appropriate technological equipment and graphically depict the technological process;
- to carry out calculations of technological processes

Physics
Processes and apparatuses of the chemical production
Bases of automated design of the chemical production equipment
Mathematical modeling and optimization of objects of chemical technology
Calculation and design of apparatuses of the chemical production and enterprises of building materials
Energy technology of chemical and technological processes
Devices and equipment of the industry

1. Review of scientific and technological literature on the topic of the work. 2. Scientific and theoretical bases of the process. 3. Description of the technological scheme of the production. 4. Characteristics of working environments. 5. Material and heat calculations of the process. 6. Calculation of the main and auxiliary equipment. 7. Labor protection. 8. Technical and economic calculations. 9. Conclusions. 10. The list of literary sources.

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