extraction of coriander oil using twin‑screw extrusion-hal

AbstractThis study presents an assessment of the veg- etable oil extraction from coriander fruits through mechani cal pressing, more specifically twin-screw extrusion. This comprises an

A new process, in which coriander fruits are pressed in a co-rotating twin-screw extruder, is examined here. Six tests were examined to define the best performance (oil

AbstractThis study presents an assessment of the veg- etable oil extraction from coriander fruits through mechani- cal pressing, more specifically twin-screw extrusion. This comprises an

A new process, in which coriander fruits are pressed in a co-rotating twin-screw extruder, is examined here. Six tests were examined to define the best performance (oil

This study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion. This comprises an

International audienceThis study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion. This

Conclusion The application of twin-screw extrusion for the extraction of vegetable oil from coriander fruits was shown to be effective and resulted in considerable oil recoveries while

This study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion. This comprises an evaluation of

A versatile twin-screw extrusion process to provide an efficient thermo-mechano-chemical pre-treatment on lignocellulosic biomass before using it as source of mechanical

Influence of operating parameters on vegetal oil extraction yields (nozzle diameter and nozzle/screw distance (single-screw extruder) or screw configuration, device’s filling coefficient

Coriander vegetable oil has recently been approved as a novel food ingredient (NFI) and can be efficiently obtained from the fruits in high quality through mechanical pressing using a twin

Keywords Twin-screw extruder · Coriander · Vegetable oil extraction · Oil quality · Press cake · Essential oil · Antioxidant capacity Introduction Coriander (Coriandrum sativum L.) is an

Twin-screw extrusion also enabled a high proportion of sugars to be co-extracted and, to a lesser extent, proteins, acetyl groups, and ash. For the future, this continuous industrial-scale

This study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion. This comprises an

In chapter IV, coriander fruits are processed by extrusion technology (mono screw and twin-screw extruder) in order to evaluate the feasability of mechanical pressing for extracting flavored

This study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion. This comprises an evaluation of

Coriander oil shows high potential for food, cosmetic and chemical industry Extrusion technology as an efficient and environmentally friendly method for coriander oil extraction Screw profile,

A versatile twin-screw extrusion process to provide an efficient thermo-mechano- chemical pre-treatment on lignocellulosic biomass before using it as source of mechanical reinforcement in

Abstract This study presents an assessment of the vegetable oil extraction from coriander fruits through mechanical pressing, more specifically twin-screw extrusion.

Abstract This study presents an assessment of the veg-etable oil extraction from coriander fruits through mechani-cal pressing, more specifically twin-screw extrusion. This comprises an