Computer model shows how to store chicory roots using less energy
Chicory
Chicory, the blue-flowered roadside plant you may know from vacant lots and meadow edges, has a cultivated root that is stored for months, and smarter cooling keeps it from rotting or sprouting while using less power.
Chicory roots are dug up in the fall and kept in big cold storage facilities for months before processing. Scientists built a simulation that tracks how heat and energy move through those stored piles of roots. They used it to test ways of running the storage more efficiently while keeping the roots in good shape.
Key Findings
1
The study presents a dynamic (time-based) modeling framework for evaluating the energy performance of commercial chicory root storage.
2
The framework is used to test and optimize storage operating strategies, aiming to reduce energy consumption.
3
The abstract was not provided, so specific quantitative results, such as percent energy savings, could not be extracted.
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Technical Summary
Researchers built a computer model to predict how much energy it takes to keep harvested chicory roots cool and fresh in commercial storage, then used it to find ways to cut that energy use. Better storage control could lower costs and waste for a root crop used in coffee substitutes and dietary fiber.
Common chicory is a somewhat woody, perennial herbaceous plant of the family Asteraceae, usually with bright blue flowers, rarely white or pink. Native to Europe, North Africa, and western Asia, it has been introduced to the Americas and Australia.
