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dc.contributor.advisorTarasenko, Hanna-
dc.contributor.authorWei, Dong-
dc.date.accessioned2022-02-23T11:01:58Z-
dc.date.available2022-02-23T11:01:58Z-
dc.date.issued2021-12-
dc.identifier.citationWei Dong. Photoelectrochemical catalysis of waste water in pharmaceutical industry : master's thesis on the specialty 226 Pharmacy, Industrial Pharmacy / Wei Dong ; supervisor H. Tarasenko. – Kyiv : KNUTD, 2021. – 89 p.uk
dc.identifier.urihttps://er.knutd.edu.ua/handle/123456789/19552-
dc.description.abstractThe master’s thesis is devoted to the study of photoelectrochemical treatment of the wastewater from pharmaceutical industrials. The aim is achieved through the new redox hybrid materials with viologen and AuNPs and CdS, respectively. The technical task is focused on the preparation of viologen-based hybrid films and improving their electrochemical and photocatalytic properties. Based on the electrochemical, spectroscopic and microscopic analysis, the materials have shown good redox properties, good stability and good photoelectrochemical performance. The excellent redox properties and good photoelectrochemical performance of the hybrid films have improved their photocatalytic properties in wastewater treatment, and their easy preparation and good stabilities will also extend their application as the new wastewater treatment materials in the future.uk
dc.language.isoenuk
dc.publisherKyiv National University of Technology and Designuk
dc.subjectwastewater treatmentuk
dc.subjectredox materialsuk
dc.subjectphotoelectrochemistryuk
dc.subjectphotocatalysisuk
dc.subjecthybrid filmuk
dc.titlePhotoelectrochemical catalysis of waste water in pharmaceutical industryuk
dc.title.alternativeФотоелектрохімічний каталіз стічних вод фармацевтичних виробництвuk
dc.typeДипломний проектuk
local.contributor.altauthorДун, Вей-
local.subject.facultyФакультет хімічних та біофармацевтичних технологійuk
local.subject.departmentКафедра промислової фармаціїuk
local.subject.method1uk
local.diplom.groupМPhch-20uk
local.diplom.targetIn the previous years, different methods of wastewater treatment have been innovated, such as chemical oxidation process, biochemical process, photocatalytic oxidation technology, Fenton reaction, electrocatalytic oxidation, photochemical method and so on. Each method has its unique merits and disadvantages, furthermore, the combination of different technologies has attracted more and more scientists’ attention in recent years.uk
local.diplom.objectThe methylene blue was utilized as themodelobject of the wastewater, and the photoelectrochemical catalysis was carried under the irridiation of UV light.uk
local.diplom.predmetThe viologens are the name of series of organic molecules contains the 1’1 disubstituted 4’4-bipyridine structures, which were first named by Michaelis in 1932 due to their unique color change. After that, the viologens have been widely utilized in various applications, the viologens have attracted more and more attention due to their stable and adjustable redox properties. The research work is focus on the photoelectrochemicalapplication of viologen based hybrid films, in the previous months, we have designed two different kinds of hybrid films (viologen materials with AuNPs and CdS, respectively).uk
local.diplom.methodIn this work, photoelectrochemical methods were utilized to study the degradationof wastewater from pharmaceutical industries. In order to achieve this aim, a series of viologen based hybrid films were synthesized and characterized, on the other side, the methylene blue solution was also utilized as the model object to instead the wastewater from the pharmaceutical industry.uk
local.diplom.okrМагістрuk
local.diplom.specialityPharmacy, Industrial Pharmacyuk
local.diplom.programIndustrial Pharmacyuk
local.contributor.altadvisorТарасенко, Ганна Вікторівна-
Розташовується у зібраннях:Кафедра промислової фармації (ПФ)
Магістерський рівень

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