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New Electrochemical Systems and Technologies in Industry and Energy
Major: Chemical Technology and Engineering
Code of Subject: 7.161.03.E.50
Credits: 4
Department: Chemistry and Technology of Inorganic Substances
Lecturer: Doctor of science, prof. Kuntyi Orest Ivanovych
Semester: 2 семестр
Mode of Study: денна
Learning outcomes:
• the current state and trends of the development of electrochemical energy;
• the basic principles of technological solutions for the development and improvement of modern nanotechnologies, products of microelectronics, bioelectrochemical systems, etc .;
• to orientate in trends and problems of the development of modern systemic electrochemical power engineering (industry and alternative energy, transport and autonomous CCS);
• uses the provisions of theoretical and technical electrochemistry for the radiological choice of electrochemical methods for the elimination of harmful industries and the removal of non-ferrous metals and equipment for environmental monitoring of the environment.
• the basic principles of technological solutions for the development and improvement of modern nanotechnologies, products of microelectronics, bioelectrochemical systems, etc .;
• to orientate in trends and problems of the development of modern systemic electrochemical power engineering (industry and alternative energy, transport and autonomous CCS);
• uses the provisions of theoretical and technical electrochemistry for the radiological choice of electrochemical methods for the elimination of harmful industries and the removal of non-ferrous metals and equipment for environmental monitoring of the environment.
Required prior and related subjects:
• Theoretical electrochemistry.
• Technical electrochemistry.
• Chemistry and technology of nanomaterials.
• Technical electrochemistry.
• Chemistry and technology of nanomaterials.
Summary of the subject:
Modern systems of electrochemical energy
Industrial and alternative electrochemical energy, transport and autonomous CCS. Method of determination of the activation energy of electrode processes. Electrochemical systems of solar and hydrogen energy. Electrochemical systems in sensors. The structure of electrochemical sensors, principles of operation and application. Modern development of electrochemical sensors. Catalytic active electrodes. Methods of their obtaining. Trends in the development of electrochemical catalysis. Electrochemical disposal of harmful substances and utilization of waste products
Recommended Books:
1. Кунтий О.І. Електрохімія та морфологія дисперсних металів: Монографія. – Львів: НУ “ЛП”, 2008. – 208 с.
2. Байрачний Б.І., Ляшок Л.В. Рідкісні розсіяні і благородні елементи. Технологія виробництва та використання: Підручник. – Харків: НТУ “ХПІ”, 2007. – 288 с.
4. Нетрадиційні електрохімічні системи перетворення енергії / Є.В. Кузьмінський, Г.Я. Колбасов, Я.Ю. Тевтуль, Н.Б. Голуб. – Київ.: Академперіодика, 2002. – 182 с.
5. Помогайло А.Д., Розенберг А.С., Уфлянд И.Е. Наночастицы металлов в полимерах. – М.: Химия. – 2000. – 672 с.
6. Журнали: J. Appl. Electrochem., J. Solid State Elecrtochem., Electrochem. Comm., Electrochem. Acta, J Nanopart Res, Nano Today.
2. Байрачний Б.І., Ляшок Л.В. Рідкісні розсіяні і благородні елементи. Технологія виробництва та використання: Підручник. – Харків: НТУ “ХПІ”, 2007. – 288 с.
4. Нетрадиційні електрохімічні системи перетворення енергії / Є.В. Кузьмінський, Г.Я. Колбасов, Я.Ю. Тевтуль, Н.Б. Голуб. – Київ.: Академперіодика, 2002. – 182 с.
5. Помогайло А.Д., Розенберг А.С., Уфлянд И.Е. Наночастицы металлов в полимерах. – М.: Химия. – 2000. – 672 с.
6. Журнали: J. Appl. Electrochem., J. Solid State Elecrtochem., Electrochem. Comm., Electrochem. Acta, J Nanopart Res, Nano Today.
Assessment methods and criteria:
• Writing reports from laboratory works, verbal questioning, and control work (30%)
• Final control (70% control measure, examination): writing-verbal form (70%)
• Final control (70% control measure, examination): writing-verbal form (70%)