Abiola Ezekiel Taiwo – författare

Applications in Microwave Processing: Expanding the Scope beyond Cooking, Benefits and Risks provides a comprehensive guide on the principles and recent interest in microwave technology, along with its cross-disciplinary applications. Divided into two sections, the first one discusses the foundation of the principle, emerging applications, and recent interest in microwave technology. The second section explores the cross-discipline applications of microwave technology in different fields, which include bioactive extraction, clinical thermo-therapy, polymer processing, catalytic pyrolysis, thermal sterilization, biopharmaceuticals, wastewater treatment, drying process, mineral processing, and in biological process.Overall, this title discusses the drawback of microwave assisted technology, scalability concerns and outlook. Edited by a team of experts in the field, this book is a great asset for all researchers, Industrial expert, Biotechnologist and all interested in optimal management and usage of microwaves.

Covers the foundations on the principle, emerging applications, and recent interest in microwave technologyExplores the cross-discipline applications of microwave technology in different fieldsDiscusses the drawback of microwave assisted technology, scalability concerns and outlook

Applications in Microwave Processing: Expanding the Scope beyond Cooking, Benefits and Risks provides a comprehensive guide on the principles and recent interest in microwave technology, along with its cross-disciplinary applications. Divided into two sections, the first one discusses the foundation of the principle, emerging applications, and recent interest in microwave technology. The second section explores the cross-discipline applications of microwave technology in different fields, which include bioactive extraction, clinical thermo-therapy, polymer processing, catalytic pyrolysis, thermal sterilization, biopharmaceuticals, wastewater treatment, drying process, mineral processing, and in biological process.Overall, this title discusses the drawback of microwave assisted technology, scalability concerns and outlook. Edited by a team of experts in the field, this book is a great asset for all researchers, Industrial expert, Biotechnologist and all interested in optimal management and usage of microwaves. - Covers the foundations on the principle, emerging applications, and recent interest in microwave technology- Explores the cross-discipline applications of microwave technology in different fields- Discusses the drawback of microwave assisted technology, scalability concerns and outlook

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 essential oils from laboratory to pilot, then to industrial scale. It overviews and identifies sustainable options and proposes improvements to the currently available technologies in essential oil extraction.Features:• Focuses 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 consideration of essential oil production processes.• Recent advancements in oil extraction methodologies and process intensification techniques for optimizing nutraceutical recovery.• Emphasizes process optimization control parameters, and addresses environmental sustainability concern in essential oil extraction.This book is aimed at graduate students, researchers, and professionals in separation and purification processes, process intensification, and agricultural feedstocks.

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 essential oils from laboratory to pilot, then to industrial scale. It overviews and identifies sustainable options and proposes improvements to the currently available technologies in essential oil extraction.Features: * Focuses 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 consideration of essential oil production processes. * Recent advancements in oil extraction methodologies and process intensification techniques for optimizing nutraceutical recovery. * Emphasizes process optimization control parameters, and addresses environmental sustainability concern in essential oil extraction.This book is aimed at graduate students, researchers, and professionals in separation and purification processes, process intensification, and agricultural feedstocks.