OIL DEGRADATION MONITORING WITH CHEMICAL SENSORS AND MOLECULAR IMPRINTED POLYMER

JOSE LUIS CALVO  ROLLE [UNIVERSIDAD DE LA CORUÑA]; MARIA DEL CARMEN  MEIZOSO  LOPEZ; MARIA VITORIA GONZALEZ RODRIGUEZ; JOSE MANUEL  LOPEZ VILARIÑO; MARIA CONCEPCION  CELA  PEREZ

doi:https://doi.org/10.6036/3843

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OIL DEGRADATION MONITORING WITH CHEMICAL SENSORS AND MOLECULAR IMPRINTED POLYMER

DECEMBER 2010 - Volume: 85 - Pages: 738-745

DOI:

https://doi.org/10.6036/3843

Authors:

JOSE LUIS CALVO ROLLE [UNIVERSIDAD DE LA CORUÑA] - MARIA DEL CARMEN MEIZOSO LOPEZ - MARIA VITORIA GONZALEZ RODRIGUEZ - JOSE MANUEL LOPEZ VILARIÑO - MARIA CONCEPCION CELA PEREZ

Disciplines:

Industrial technology (INGENIERIA DE MANTENIMIENTO )

Downloads: 198

Cites in Web of Science: 3

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Received Date : 16 June 2010

Reviewing Date : 9 November 2010

Accepted Date : 14 November 2010

Key words:: mantenimiento predictivo, monitorización en tiempo real, QCM, MIPs, predictive maintenance, real-time monitoring, QCM, MIPs
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

ABSTRACT
The engine operation state can be reported by real-time monitoring programs. Detecting early signs of equipment failure is the aim of these maintenance programs.Chemical sensors are devices that can perform this function in predictive maintenance.The monitoring of the degradation of automotive engine oils has been achieved by chemical sensors coated with synthetic recognition elements. Following, the elements that make up the QCM device, MIPs, organic-inorganic hybrid materials obtained by sol-gel and electronic packaging are described.
KEY WORDS: predictive maintenance, real-time monitoring, QCM, MIPs

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