Characterization of industrial Coolant Fluids and continuous ageing monitoring by wireless node - Enabled fiber optic sensors (Article)

El Sachat, A.ab, Meristoudi, A.a, Markos,, Sakellariou, A.d, Papadopoulos, A.e, Katsikas, S.d, Riziotis, C.a
aNational Hellenic Research Foundation, Theoretical and Physical Chemistry Institute, Photonics for Nanoapplications Laboratory, Athens, Greece
bCatalan Institute of Nanoscience and Nanotechnology (ICN2), CSIC and the Barcelona Institute of Science and Technology, Barcelona, Spain
cTechnical University of Denmark, Department of Photonics Engineering, DTU Fotonik, Kgs. Lyngby, Denmark
dPRISMA Electronics S.A., Research & Development Department, Industrial area of Alexandroupolis, Alexandroupolis, Greece 
eKleemann S.A., Kleemann Group of Companies, Kilkis Industrial Area, Kilkis, Greece

Sensors (Switzerland), Open Access, Volume 17, Issue 3, 11 March 2017, Article number 568

Environmentally robust chemical sensors for monitoring industrial processes or infrastructures are lately becoming important devices in industry. Low complexity and wireless enabled characteristics can offer the required flexibility for sensor deployment in adaptable sensing networks for continuous monitoring and management of industrial assets. Here are presented the design, development and operation of a class of low cost photonic sensors for monitoring the ageing process and the operational characteristics of coolant fluids used in an industrial heavy machinery infrastructure. The chemical, physical and spectroscopic characteristics of specific industrial-grade coolant fluids were analyzed along their entire life cycle range, and proper parameters for their efficient monitoring were identified. Based on multimode polymer or silica optical fibers, wide range (3-11) pH sensors were developed by employing sol-gel derived pH sensitive coatings. The performances of the developed sensors were characterized and compared, towards their coolants’ ageing monitoring capability, proving their efficiency in such a demanding application scenario and harsh industrial environment. The operating characteristics of this type of sensors allowed their integration in an autonomous wireless sensing node, thus enabling the future use of the demonstrated platform in wireless sensor networks for a variety of industrial and environmental monitoring applications.


Research Papers

KLEEMANN steadily collaborates with universities and research centers. Through this continuous interaction, we maintain a productive open dialogue aiming to enhance evolution and innovation. The engineers of KLEEMANN share information and knowledge with their peers through articles published in scientific magazines and through their conference lectures.


Ask for a Quote

Terms of Use
Terms of Use