Membrane-based operations represent well-established technologies in food processing industries due to their intrinsic properties including no use of chemical additives, possibility to operate at ambient temperature, easy scale-up, modularity and low energy consumption. Pressure-driven membrane operations represent also a valid approach for the recovery purification and concentration of bioactive compounds from agro-food by-products and wastewaters contributing to reduce the cost of their disposal and providing new high added-value products for new market trends within the logic of the circular economy. In this chapter technological implications of these processes in the recovery of bioactive compounds from agro-food by-products and more precisely from dairy, cereal and wine processing industries are analysed and discussed.

Membrane technologies for recovery of bioactive compounds

Alfredo Cassano
;
Carmela Conidi;
2024

Abstract

Membrane-based operations represent well-established technologies in food processing industries due to their intrinsic properties including no use of chemical additives, possibility to operate at ambient temperature, easy scale-up, modularity and low energy consumption. Pressure-driven membrane operations represent also a valid approach for the recovery purification and concentration of bioactive compounds from agro-food by-products and wastewaters contributing to reduce the cost of their disposal and providing new high added-value products for new market trends within the logic of the circular economy. In this chapter technological implications of these processes in the recovery of bioactive compounds from agro-food by-products and more precisely from dairy, cereal and wine processing industries are analysed and discussed.
2024
Istituto per la Tecnologia delle Membrane - ITM
978-0-443-18975-3
Membrane operations; bioactive compounds, agro-food by-products, integrated membrane processes, circular economy
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/495121
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