Meeting in June of the CEN WG41 in Delft

włącz .

meeting delft july   The last 19th and 20th of June, the Working Group 41 dealing with Instrumental Odour Monitoring met in Delft, the Netherlands for a couple of days of intensive discussions. One of the Task Groups (TG) dealing with the minimum requirements for instrumental odour monitoring, presented some interesting points discussed in a previous meeting in Düsseldorf, Germany.

   A follow-up discussion was held afterwards on the 11th of July in Gosselies, Belgium.

Operational control by o-sensors to prevent complaints

włącz .

Zorich imagen   The use of an appropriate operational management tool plays a fundamental role in establishing and defining the normal operational parameters during any process. If this process also entails a high potential for odor generation or specific gaseous compounds, either due to a specific process condition or deviations from the process, it becomes even more relevant as operational control management. Hence, a detailed knowledge of the processes and levels of odorant gases present must be evaluated based on reliability and accuracy.

   This article is based on experience, during the development of a project carried out in a liquid industrial waste treatment plant, and what has been learnt remains current and updated know-how.

Héctor Vergara1, Maria José Bravo2

Ecometrika, Av. Américo Vespucio 2296, Conchalí, Santiago, Chile.
1 . 2

Development of personal Electronic Nose for Smartphones for the Measurement of Odours in the Environment

włącz .

Lozano 00


   A new miniaturized electronic nose (60x60 mm) connected to a smartphone through Bluetooth connection that was presented in this conference has an electronic design similar to other prototypes, but with a smaller size and consumption. The control of the system is based on a microcontroller PIC18F46K80. It includes four miniaturized MOX sensors and an integrated sensor of ambient temperature and humidity with suitable conditioning circuits.

   Communications with the smartphone are made using a Low Power Bluetooth Transmitter. An Android application has also been developed to connect to the device and to monitor the measurements. Data processing is performed remotely on a server by sending a request to it and subsequently receiving the output value of a classifier based on neural networks or fuzzy logic calculated on the server.

Jesús Lozano1*, Patricia Arroyo1, José Ignacio Suárez1, José Luis Herrero1, José Pedro Santos2, Manuel Aleixandre2

1 Escuela de Ingenierías industriales. Universidad de Extremadura, Av. Elvas s/n, 06006 Badajoz, Spain.
2 GRIDSEN Instituto de Tecnologías Físicas y de la Información (ITEFI-CSIC), Serrano 144, 28006 Madrid, Spain.

UWAGA! Ten serwis używa cookies i podobnych technologii.

Brak zmiany ustawienia przeglądarki oznacza zgodę na to. Czytaj więcej…