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◇ Covers adsorption processes, various types of adsorbents, and the design and operation of adsorption equipment. ◇ Wide range of applications - chemical plants, food, water supply and sewage, industrial wastewater.
◇Major revision of the landmark work on adsorption technology after 21 years! ◇Responding to significant changes in the industry landscape.
Taking into account the balance between theory and practicality, revised for the first time in 23 years to withstand use for the next decade! Explaining from the basics to applications with theory and abundant real-life examples!
More than 23 years have passed since the publication of the 4th edition of the "Packaging Technology Handbook" in 1995. During this time, there have been remarkable advancements in packaging technology, and there are increasing points that need to be reviewed in the handbook's content. Additionally, the social conditions surrounding the packaging industry and international circumstances have changed significantly. It is no longer sufficient to simply develop convenient packaging containers and provide them to users; society will not accept this approach. There is a demand to reduce environmental impact in the disposal of used packaging materials, and at the same time, recyclable packaging materials are required from the standpoint of effective resource reuse. Furthermore, it has become mandatory to provide safe packaging materials, including imported goods, to consumers. In light of these technological advancements and changes in social and international circumstances, it is truly gratifying and timely that we have renewed the editorial and writing team and have reached the publication of the 5th edition of the "Packaging Technology Handbook" as a new initiative. The revision policy aims to 1) consider the balance between theory and practicality, and 2) systematically explain the theory of packaging, practical applications, and the latest trends with real examples, with the goal of creating content that can withstand use for the next decade or so. February 2019 Hirokuni Ono, Professor Emeritus, The University of Tokyo
