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    Industrial applications of green solvents. / editor. Inamuddin. - URL: https://cat.gpntb.ru/?id=FT/ShowFT&sid=8ecbd9e7184a9fca7b8cfcd1343abf7c. - Текст : электронный.
    Volume 1 /. - Millersville, PA : Materials Research Forum LLC, [2019]. - 10 p. - Includes bibliographical references and index. - ISBN 1644900238. - ISBN 9781644900239

    2.1.7 Mannich-type reactions
    Перевод заглавия: Промышленное применение экологически чистых растворителей.
    Содержание:
    Intro; front-matter; Table of Contents; Preface; 1; Plant Cell Culture Strategies for the Production of Terpenes as Green Solvents; 1. Introduction; 2.1 Essential oil as a source of green solvents; 2.2 Green solvents as an alternative to chemical solvents; 2.3 Essential oil yield and limiting factors for production in wild grown plants; 3.1 Biotechnological production of terpenes; 3.2 Approaches to improve the yield of terpenes produced by plant cell culture technology; 3.3 Terpenes in callus and cell cultures; 3.4 Terpenes in shoot cultures; 3.5 Terpenes in hairy roots
    4.1 Genetic engineering of plants for enhanced terpenoid biosynthesisConclusion; References; 2; Ionic Liquids as a Green Solvent for Lipase-Catalyzed Reactions; 1. Introduction; 2. Lipases: An overview; 3. ILs in enzymatic reactions: Advantages and merits; 4. ILs properties and featured characteristics in lipase stabilization; 4.1 Stabilization and activation of lipases in ionic liquids (ILs); 4.2 Methods of stabilization of lipases in ILs; 5. Factors influencing IL-lipase reactions; 5.1 IL composition; 5.2 IL polarity; 5.3 IL viscosity; 5.4 pH; 5.5 Water content
    5.6 Temperature and thermal stability5.7 Selectivity; 5.8 Product purification; 6. Lipases and ILs in lipids reactions; 6.1 IL-lipase-catalyzed biodiesel synthesis; 6.2 Synthesis of esters and other products in ionic liquids; 6.3 Ionic liquids: The large-scale promise; 7. Recyclability of ILs and lipase; 8. Kinetics parameters of lipases in ILs; 9. Limitations and concerns over ILs; 10. The outlook for ILs in industrial applications; References; 3; Water in Organic Synthesis as a Green Solvent; 1. Introduction; 1.1 The development of green chemistry
    1.2 Green chemistry and its requirements in organic synthesis1.3 Green and alternative solvents in organic synthesis; 1.4 Water as a green solvent in organic synthesis; 2. On water reactions and concept of micellar catalysis in organic synthesis; 2.1 On water reactions; 2.2 Micellar catalysis; 3. Enhancement in rate and yield of organic reactions; 4. Improvement in chemo-, enantio-, regio- and stereoselectivity; 5. Towards milder reaction conditions and catalyst-free synthesis; 6. Simplification in the course of workup; 7. Enhancement in recycling the catalyst; Conclusion; References; 4
    Industrial Application of Ionic Liquids in the Paint Industry1. Introduction; 2. A short history of paints; 3. Traditional solvents in the paint industry; 4. Alternatives to the traditional solvents, ionic liquid (IL); 4.1 Cations for the ILs; 4.2 Anions for the ILs; 5. Ionic liquids in the paint industry; Conclusion; References; 5; An Overview of Green Solvents in Sustainable Organic Synthesis; 1. Introduction; 2. Green solvents; 2.1 Water; 2.1.1 Oxidations; 2.1.2 Dehydrogenation; 2.1.3 Allylations; 2.1.4 Coupling reactions; 2.1.5 Heck reaction; 2.1.6 Wittig reaction
    ГРНТИ УДК
    47.09.57542.61
    31.0154

    Рубрики:
    Растворители
    Green chemistry
    Solvents
    Химия

    Аннотация: The book focuses on new applications of green solvents (water, ionic liquids, supercritical carbon dioxide, terpenes). Keywords: Green Chemistry, Pollution Control, Hazardous Waste, Environmental Pollution, Green Solvents, Ionic Liquids, Supercritical Carbon Dioxide, Terpenes, Chemical Synthesis, Lipase-catalyzed Reactions, Organic Synthesis, Esterification, Gas Separation Membranes, Environment-friendly Products, Low Energy Requirement Processes, Alternatives to Hazardous Substances, Spiroheterocycles in Water, Sustainable Organic Synthesis, Chemical Industry, Pharmaceutical Industry, Paint I.
    Книга посвящена новым областям применения экологически чистых растворителей (вода, ионные жидкости, сверхкритический диоксид углерода, терпены). Ключевые слова: Экологичная химия, Борьба с загрязнением, Опасные отходы, Загрязнение окружающей среды, Экологически чистые растворители, Ионные жидкости, сверхкритический диоксид углерода, Терпены, Химический синтез, Реакции, катализируемые липазой, Органический синтез, Этерификация, Газоразделительные мембраны, Экологически чистые продукты, Процессы с низким энергопотреблением, Альтернативы опасным веществам, Спирогетероциклы в Вода, Устойчивый органический синтез, Химическая промышленность, Фармацевтическая промышленность, Лакокрасочная промышленность.
    Доп. точки доступа:
    Inamuddin\editor.\
    Экз-ры полностью 01a5dfd00bea6e260762557854eed44a

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    Полнотекстовая коллекция книг EBSCO eBooks (Шифр в БД-источнике (EBSKO): on1103217927)

    Шифр в сводном ЭК: 01a5dfd00bea6e260762557854eed44a



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