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Full Description
This book provides insights into essential oil extraction research with a special interest in the scalability concerns of each extraction method and their techno-economic concerns. It includes advancements and prognosis for the optimal extraction of essentials oil from laboratory to pilot, then to industrial scale. It overviews techno-economic feasibility and life cycle assessment to identify sustainable options and propose improvements to the currently available technologies in essential oil extraction.
Features:
Focusses on extraction technology of essential oils and scalability concern of essential oil extraction
Presents robust elucidation on essential oil production, current market value, and demand
Reviews feasibility studies and techno economic consideration of essential oil production processes
Updates on oil extraction technologies and process intensification emerging technologies in harnessing the nutraceuticals benefit
Emphasizes simulation, optimization, and lifecycle assessment for environmental sustainability
This book is aimed at graduate students, researchers, and professionals in separation and purification processes, process intensification, and agricultural feedstocks
Contents
Table of Content
Editors' Biographies
List of Contributors
Preface
Acknowledgement
Essential oil's current market value and demand
Azeotropic distillation: unlocking the potential of essential oil extraction
Soxhlet solvent extraction of phytoconstituents
Pulsed electric field extraction of essential oils
Mechanochemically assisted extraction of essential oil
Microwave-assisted extraction of essential oil
Microwave-assisted extraction: a green approach to obtaining essential oils
Nutraceutical constituents and properties and applications of essential oil
Index
