Novel Nanostructured Gas, Electrochemical and Optical Sensors for Agriculture Application


17 Sept.			14:00 - 15:30

ROOM 9

ADVANCED MATERIALS

AGRI-FOOD
TT.III - Technical Parallel Track Sessions
Novel Nanostructured Gas, Electrochemical and Optical Sensors for Agriculture Application
Co-organized with University of Latvia Chair: Roman VITER, University of Latvia
This session offers a valuable opportunity to engage with distinguished researchers in materials science and sensor technology who are currently collaborating with the University of Latvia on innovative initiatives, including the HE-MCSA-RISE-2022-Sens4Corn and LU-BA-PA-2024/1-0040 projects. This session provides a distinctive forum for experts across nanotechnology, organic and inorganic chemistry, microfluidics, optical detection methods, gas, electrochemical and chemical sensors, and agriculture sciences to present recent advancements, foster idea exchange, and strengthen interdisciplinary collaboration through open and dynamic discussions. The session includes academic and industrial partners, demonstrating novel sensor solutions in agriculture sector. Following a brief introduction, the program will explore the transfer of next-generation materials for sensor technologies, exploring their sensor properties by using electrochemical, resistive and optical technique.
The symposium is part of WS.VI
TT.III.G.1 WS.VI.2.1	Claudio CLEMENTE - CV University of Naples Federico II & CNR-STEMS MOF-derived carbon material modified electrodes for electrochemical detection of heavy metals and glucose
TT.III.G.2 WS.VI.2.2	Roman VITER - CV University of Latvia New organic luminophores for optical detection of volatile compounds
TT.III.G.3 WS.VI.2.3	Viktor ZABOLOTNII - CV University of Latvia Novel h-WO₃ gas sensors for detection of environmental pollutance
TT.III.G.4 WS.VI.2.4	Līvija ZARINA - CV AREI Remote sensing assesment for sustainable field crop management
TT.III.G.5 WS.VI.2.5	Iryna TEPLIAKOVA - CV University of Latvia Novel Modified Asymmetrical Salan Ligands for Optical Detection of Cu2+, Fe3+ Ions in Aqueous Media
TT.III.G.6 WS.VI.2.6	Antonio GLORIA - CV University of Naples Federico II Bio-Inspired Generative Design for Additive Manufacturing and Advanced Measurement Methods toward the Development of Sustainable Products with Integrated Functionalities: Tackling Biomedical and Industrial Challenges