A new workshop titled "Chemical Sensing: From the Lab to the Field" is set to take place in Hakodate, Japan, from 1 to 4 September 2025, focusing on the latest advances in chemical sensor technology, including electronic noses and their applications in odour management. Featuring a panel of global experts, the event promises in-depth sessions on sensor fundamentals, odour sampling and handling, industrial and medical uses of chemical sensing, as well as emerging olfactory display technologies. The workshop aims to provide both theoretical understanding and practical insights for researchers, industry developers, and students interested in chemical sensing and odour control.
For professionals and enthusiasts involved in odour management, this event offers a unique opportunity to explore cutting-edge methods and technologies, such as multivariate data processing, robotic applications, and innovative sensor calibration techniques. The programme also includes a poster session for participants to showcase their research, alongside social events designed to encourage networking.
Odour management continues to be a significant challenge across many industries, including wastewater treatment, food and drink manufacturing, and chemical processing. Advanced odour control systems, utilising technologies such as activated carbon filters, biofiltration, and chemical scrubbers, are increasingly implemented to comply with environmental regulations and improve workplace safety. New sensor technologies enable real-time monitoring of volatile organic compounds (VOCs) and other odourants, allowing industries to reduce pollution and enhance operational efficiency.
The growth in odour sensor technology is also driven by integration with modern IoT and automation platforms, providing real-time data analysis and predictive maintenance through early detection of gas leaks and odour emissions. This approach not only reduces human error but also supports sustainability and improves product quality across various sectors. Recent developments include compact, highly sensitive sensors capable of detecting trace compounds in air and water, expanding the range of applications beyond traditional industrial contexts.
In environmental monitoring and urban settings, electronic noses and sensor networks are playing an increasingly important role. Machine learning models are now employed to predict odour concentrations and to identify odour sources effectively, supporting improved management strategies, particularly in wastewater treatment plants and composting sites. These advances contribute to protecting public health and enhancing quality of life by managing malodours before they affect surrounding communities.
The "Chemical Sensing: From the Lab to the Field" workshop offers attendees a comprehensive overview of these innovations, including emerging olfactory display technologies for both industrial and consumer markets. Beyond the technical sessions, the event’s location near Hakodate’s natural hot springs and cultural attractions adds to the experience, making it an excellent opportunity for professional development and cultural enrichment.
To find out more about the workshop’s detailed agenda, registration fees, travel arrangements, and how to participate in the poster session, please visit the International Society for Olfaction and Chemical Sensing’s official website or click here. Whether you are a researcher, technology developer, or industry partner, this event is a valuable forum to engage with experts, share knowledge, and explore future directions in odour management and chemical sensing technologies.
