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Fiber Optical Sensors-based In-line Real-time Measurements of Product Moisture, Aroma, and Strain for Process Analytics

Webinar

This webinar is for CPACT members only.

Webinar on

Fiber Optical Sensors-based In-line Real-time Measurements of Product Moisture, Aroma, and Strain for Process Analytics

Shawn Liu, Worcester Polytechnic Institute

14th January 2026 at 2pm EST, 7pm UK time

In-line sensing in challenging manufacturing environments is important for process analytics and control to enhance the product quality, waste reduction, energy efficiency, and retrofit with renewable energy and new technologies. In this talk, I will present a few examples of my ongoing development of fiber optical sensors, from the standpoint of an optical and mechanical engineer, in order to improve food manufacturing process monitoring. Specifically, I will introduce fiber optical sensors for real-time, in-line food moisture sensing, complex aroma differentiation, and below-the-surface deformation measurements, respectively. Different from commercially available electrical sensors, our fiber sensors are small in footprint, easy to implement, compatible with harsh manufacturing environmental conditions such as high temperatures (>200 oC) and strong microwaves, and not susceptible to fiber bending or movement between the product and the readout system. For each sensor, in-line measurements during the food drying process either in a bench-top oven or in a pilot-machine will be discussed, focusing on the expected user experiences if these sensors are implemented in the industries.

Please register directly at:

https://universityofstrathclyde.webex.com/weblink/register/r6cb89e9ba6ffc32394afa4bfffcf3b20

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