The possibility of tantalum recycling from waste of electrical and electronic equipment was investigated. Study was carried out using basic physical and chemical methods, ie. mechanical separation via crushing, leaching of silver layer in diluted HNO3, grinding and oxidation of anodes and thermic reduction with metallic reducing agent. A recovery rate of anodes was determined at 96%, and recycling efficiency of tantalum to pure form was determined more than 50%. Also was made mass balance
After reaching its useful physical life, electrical and electronic equipment is collected and recycl...
Automotive catalytic converters have a limited life time, after which the catalyst must be replaced ...
This master thesis deals with the development of electrophoretic methods for determination of tantal...
The possibility of tantalum recycling from waste of electrical and electronic equipment was investig...
A recycling process for tantalum from capacitor scraps using an oxidation process followed by mechan...
The rapid digitalization of the world, technological up-gradation, and shorten life cycle of electro...
Due to its properties, tantalum is a metal with versatile applications. Especially in its main appli...
Waste tantalum capacitors (WTCs), dismantled from waste printed circuit boards, are considered a hig...
Tantalum is a critical metal that is widely used in electronic products. The demand for tantalum is ...
The demand for tantalum (Ta) is rapidly increasing due to the manufacture of Ta capacitors (TCs) for...
The treatment of end-of-Life products is one of the key steps for progression towards a circular eco...
Investigations are carried out and obtained experimental and theoretical data for tantalum scrap rec...
Electron beam melting(EBM) is a useful technique to obtain high-purity metal ingots. It is also used...
This critical review focuses on advanced recycling strategies to enable or increase recovery of chem...
The main purpose of this article is to provide a comprehensive review of various physical and chemic...
After reaching its useful physical life, electrical and electronic equipment is collected and recycl...
Automotive catalytic converters have a limited life time, after which the catalyst must be replaced ...
This master thesis deals with the development of electrophoretic methods for determination of tantal...
The possibility of tantalum recycling from waste of electrical and electronic equipment was investig...
A recycling process for tantalum from capacitor scraps using an oxidation process followed by mechan...
The rapid digitalization of the world, technological up-gradation, and shorten life cycle of electro...
Due to its properties, tantalum is a metal with versatile applications. Especially in its main appli...
Waste tantalum capacitors (WTCs), dismantled from waste printed circuit boards, are considered a hig...
Tantalum is a critical metal that is widely used in electronic products. The demand for tantalum is ...
The demand for tantalum (Ta) is rapidly increasing due to the manufacture of Ta capacitors (TCs) for...
The treatment of end-of-Life products is one of the key steps for progression towards a circular eco...
Investigations are carried out and obtained experimental and theoretical data for tantalum scrap rec...
Electron beam melting(EBM) is a useful technique to obtain high-purity metal ingots. It is also used...
This critical review focuses on advanced recycling strategies to enable or increase recovery of chem...
The main purpose of this article is to provide a comprehensive review of various physical and chemic...
After reaching its useful physical life, electrical and electronic equipment is collected and recycl...
Automotive catalytic converters have a limited life time, after which the catalyst must be replaced ...
This master thesis deals with the development of electrophoretic methods for determination of tantal...