Displaying 11 - 14 of 14 in Electric and electronic waste (remove filter)
CEST Proceedings are published under the ISSN 2944-9820.
Bioelectronics and Green Electronics for a clean Environment
(Corresponding) Ravariu C., Topor A., Mihaiescu D., Manea E.
Topic:
Electric and electronic waste
Some directions of environmental tasks for Romania in collaboration with foreign partners for next decade are: (i) electric and electronic wastes recycling using sustainable future networks suppliers-materials conversion-production, in a chain of countries; (ii) strategies at group of countries...Read more
Keywords:
Environmental biosensors; Green organic semiconductors; Planet care
Development of efficient techniques for the removal of brominated flame retardants from polymer blends with composition that simulates WEEE
(Corresponding) Charitopoulou M., Papadopoulou L., Achilias D.
Topic:
Electric and electronic waste
Waste electric and electronic equipment (WEEE) has increased enormously because of the rapid expansion and consumption of electronic devices and their short lifespan. Recycling of WEEE is challenging, due to the presence of various materials including glass, metals and plastics (Buekens and Yang...Read more
Exploring the consumers’ behaviour towards storing, repairing and second-hand purchasing of mobile phones in Greece.
(Corresponding) Boikou K., Chroni C., Sigala E., Abeliotis K., Lasaridi K.
Topic:
Electric and electronic waste
The proliferation of waste electrical and electronic equipment (WEEE) poses a significant environmental challenge, driven by technological advancements and reduced production costs. In particular, mobile phones have gained tremendous popularity worldwide, but their short lifespan has significantly...Read more
Keywords:
WEEE, consumer behaviour, storing, repair, second hand
Production of hydrogen and geopolymers from end of life photovoltaic panels
Pavlopoulos C., Panitsa O., Theodoropoulou M., Gkioni S., (Corresponding) Papadopoulou K., Kioupis D., Kakali G., Lyberatos G.
Topic:
Electric and electronic waste
Photovoltaic panel waste is expected to rise rapidly as installed modules approach their end of life. Recovery and reuse of valuable components such as semiconductors is crucial. Crystalline silicon panel derived waste reacts with alkali producing hydrogen gas and metasilicate structures in the...Read more
