Lead Migration Tendancy in Composite Materials with E-Waste Glass Embedded

POPITA, GABRIELA; ROSU, CRISTINA; CORBU, OFELIA; POPOVICI, ANTOANELA; SANDU, ANDREI; PROOROCU, MARIAN; NICULA, MARIUS

Open Access Research Article

Lead Migration Tendancy in Composite Materials with E-Waste Glass Embedded

GABRIELA EMILIA POPITA, CRISTINA ROSU, OFELIA CORBU, ANTOANELA POPOVICI, ANDREI VICTOR SANDU, MARIAN PROOROCU, MARIUS ALIN NICULA

DOI Not yet assigned

Published 30 Sep 2016

Issue Vol. 53, No. 3

Pages 375–377

Abstract

This study analyzed the lead behavior from CRT glass embedded in original composite materials exposed to different pH and temperature conditions. For this study were obtained composite materials with CRT glass (funnel) waste, some of them with zeolite addition, for lead chelating. The experimental results showed the pH and temperature influence lead leachability during the ultrasonic procedure and explained the influence of zeolites in lead behavior.

Keywords: composite materials; CRT waste; lead; zeolite

How to Cite this Article

POPITA, G., ROSU, C., CORBU, O., POPOVICI, A., SANDU, A., PROOROCU, M., & NICULA, M. (2016). Lead Migration Tendancy in Composite Materials with E-Waste Glass Embedded. Materiale Plastice, 53(3), 375–377.

POPITA G, ROSU C, CORBU O, POPOVICI A, SANDU A, PROOROCU M, NICULA M. Lead Migration Tendancy in Composite Materials with E-Waste Glass Embedded. Materiale Plastice. 2016;53(3):375–377.

G. POPITA, C. ROSU, O. CORBU, A. POPOVICI, A. SANDU, M. PROOROCU, and M. NICULA, "Lead Migration Tendancy in Composite Materials with E-Waste Glass Embedded,” Materiale Plastice, vol. 53, no. 3, pp. 375–377, 2016.

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