CINDECA 05422
CENTRO DE INVESTIGACION Y DESARROLLO EN CIENCIAS APLICADAS "DR. JORGE J. RONCO"
Unidad Ejecutora - UE
capítulos de libros
Título:
An environmentally friendly non conventional approach for MIC prevention and protection
Autor/es:
A. M. PEREYRA; E. I. BASALDELLA; VIDELA, HÉCTOR A.; M. T. SOAREZ LUTTERBACH
Libro:
NACE - International Corrosion Conference Series
Editorial:
Nace International
Referencias:
Lugar: Houston; Año: 2012; p. 519 - 525
Resumen:
To find reliable methods for the prevention and control of MIC is one of the main achievements
still pending for the research and applied engineering. Two main approaches have been used in
recent years: the inhibition of microbial adhesion to avoid biofilm formation and the optimization of
biocide formula. In this presentation we will introduce an entirely new approach through the use of
synthetic zeolites containing biocidic cations (Ag+ 1, Zn +2) in their exchange positions, inside the
zeolitic cages. The zeolite network would stabilize the delivery of these biocides at a nanometric
level facilitating the optimization of their dosage and utilization. This paper reviews the potential of
this non-conventional, environmentally friendly approach for the control and mitigation of MIC in
the industry
zeolitic cages. The zeolite network would stabilize the delivery of these biocides at a nanometric
level facilitating the optimization of their dosage and utilization. This paper reviews the potential of
this non-conventional, environmentally friendly approach for the control and mitigation of MIC in
the industry
zeolitic cages. The zeolite network would stabilize the delivery of these biocides at a nanometric
level facilitating the optimization of their dosage and utilization. This paper reviews the potential of
this non-conventional, environmentally friendly approach for the control and mitigation of MIC in
the industry
1, Zn +2) in their exchange positions, inside the
zeolitic cages. The zeolite network would stabilize the delivery of these biocides at a nanometric
level facilitating the optimization of their dosage and utilization. This paper reviews the potential of
this non-conventional, environmentally friendly approach for the control and mitigation of MIC in
the industry
