Innovative gas sensor solutions for environmental monitoring 1/2


12 Sept.			14:00 - 15:30

ROOM 24

CHIPS & MICRO-NANO ELECTRONICS

ENERGY & ENVIRONMENT
TT.VII - Technical Multi-Track with Parallel SYMPOSIA
Innovative gas sensor solutions for environmental monitoring 1/2
Co-organized with FBK Chair: Andrea GAIARDO, FBK
The precise and extensive detection of gases in the environment has become increasingly essential for various applications, including air quality monitoring and precision farming. Research efforts have primarily concentrated on the development of miniaturized gas sensors based on diverse chemical and physical principles. The primary goal is to meet market demands for portability, cost-effectiveness, and small dimensions, all while ensuring optimal performance. State-of-the-art micro and nanotechnologies have been utilized to produce low power consumption devices with increasingly high performance, making them compatible with the IoT world. Despite these advancements, there are still many steps to be taken to overcome the limitations that hinder the widespread adoption of these devices. Therefore, facilitating discussion and information exchange between scientists from different backgrounds is crucial for generating new ideas that will drive the next generation of gas sensors. The two sessions on "Innovative gas sensor solutions for environmental monitoring" aim to provide an overview of recent advances in smart gas detection devices. We will also discuss new directions and the remaining challenges. Specifically, we encourage innovative work focusing on simulation and device design, the development of new sensing materials and substrates, as well as new approaches to data mining and analysis.

TT.VII.D.1	Elena SPAGNOLI University of Ferrara An Innovative 3 steps Experimental Procedure to Better to Understand the Detection Mechanism of D-Limonene
TT.VII.D.2	Guglielmo TRENTINI - CV FBK \| University of Bolzano Organic membranes for the permeation of target gases to enhance selectivity in low-cost metal oxide gas sensors
TT.VII.D.3	Rubia ZAMPIVA Sapienza University of Rome Production of printable gas sensors based on metal-decorated carbon nanotubes for application as smart PPE on industrial workwear
TT.VII.D.4	Arianna ROSSI - CV University of Ferrara Innovative Chemoresistive Gas Sensor for CO₂ Detection for Indoor Applications