Food and beverage technology Books

Book SynopsisImportance of Starch Characterization.- Morphological characterization of starches.- Characterization methods of Amylose and Amylopectin.- Molecular Structure Characterization of Starch.- Starch Paste Properties.- Rheological Characterization.- X-Ray Diffraction Analysis for Starch.- Starch Digestibility Protocols.- Physically Modified Starch.- Chemically Modified Starch.- Enzymatically Modified Starch.

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Book Synopsis Exploring mushroom diversity: systematics and chemical insights.- Basic mushroom extracts.- Fungal polysaccharides: purification and characterization.- Extraction strategy for enhancing solubility of mushroom polysaccharide extracts: From insoluble fractions to bioactive compounds.- Mushroom Phenolic Compounds: Identification, Quantification and Biological Properties.- Extraction and measurement of ergosterol in mushroom and mushroom substrate.- Identification of aromas and VOC in solid state fermented foods.- Multimycotoxin analysis in grains by UHPLC-MS/MS.- Analysis of mineral elements contents in fungi.- Fungal characterization and identification: genomic and transcriptomic approaches.- Study of the anti-inflammatory potential of mushrooms.- Evaluating prebiotic potential.- Antimicrobial compounds in mushrooms and methods to evaluate them.- Functional flours from Agaricus bisporus stem waste.- Mushroom and their co-products as flavor enhancers in salt-reduced food.- Edible mushroom-based films and coatings: properties, development and applications.- Mushroom-based edible films and coatings with nanointegration.- Fungal-based foods beyond mushrooms: traditional practices and modern innovations.- Filamentous fungi for the valorization of plant-based foods and by-products: Protocols and Applications.- Rhizopus oligosporus and the evolution of tempeh from tradition to modern uses.- Production of neurosporaxanthin-rich extract from Fusarium fujikuroi with potential uses as food or feed additive.

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Book SynopsisThe nutritional and medicinal value of metals, such as zinc, calcium, and iron, has been known in traditional medicine for a long time. Other metals, such as silver and gold, may also have therapeutic and health benefits. Ancient medicines have long incorporated their use in the treatment of diseases, and they have also more recently been explored for treatment in allopathic medicine, birthing the concept of metallonutraceuticals. The challenge of using metals in the human body is to find forms that are safe and effective.Handbook of Metallonutraceuticals presents basic concepts related to the nutritional and therapeutic use of metals, product development strategies, and some ideas ready to be applied for condition-specific metallonutraceuticals. The book begins with an overview of the nutraceuticals field and the need for metallonutraceuticals. It considers the roles of various metals in metabolism, reviews the ethnopharmacology and ethnomedicine of metals, and coverTable of ContentsConcept, Definition, and Need for Metallonutraceuticals. Roles of Metals in Metabolism. Ethnopharmacology and Ethnomedicine of Metals. Characterization of Metallonutraceuticals. Characterization Bioavailability and Drug Interactions of Metallonutraceuticals. Therapeutic Applications of Nanometals. Metallonanotherapeutics for Neurodegenerative Diseases. Nanometals and Complexes in Cancer Diagnosis and Therapy. Application of Metals in Traditional Chinese Medicine. Metalloenzymes: Relevance in Biological Systems and Potential Applications. Application of Nanosilver in Nutraceuticals. Regulatory Pathways and Intellectual Property Rights for Metallonutraceuticals. Gold Nanoparticles: A Promising Nanometallic Drug Delivery System with Many Therapeutic Applications. Index.

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Book SynopsisPreface.- Contributors and Reviewers.- Abbreviations Used in the Book.- Part I. Principles of Using Data in Microbial Control.- 1. Utility of Microbial Testing for Safety and Quality.- 2. Validation of Control Measures.- 3. Verification of Process Control.- 4. Verification of Environmental Control.- 5. Corrective Actions to Re-Establish Control.- 6. Microbiological Testing in Customer-Supplier Relations.- Part II. Applications of Principles to Product Categories.- 7. Applications and Use of Criteria and Other Tests.- 8. Meat Products.- 9 Poultry Products.- 10. Fish and Seafood Products.- 11. Feeds and Pet Food.- 12. Vegetablesand Vegetable Products.- 13. Fruits and Fruit Products.- 14. Spice, Dry Soups and Asian Flavorings.- Cereals and Cereal Products.- 16. Nuts, Oilseeds, Dried Legumes and Coffee.- 17. Cocoa, Chocolate and Confectionary.- 18. Oil- and Fat-based Foods.- 19. Sugar, Syrups and Honey.- 20. Non-Alcoholic Beverages.- 21. Water.- 22. Eggs and Egg Products.- 23. Milk and DaiTrade Review"Microorganisms in Foods 8 is a virtual gold mine for all who wish to make themselves familiar with current approaches and policy of microbial food safety, or to update their knowledge on the subject...The ICMSF has established itself as a leading source of independent and impartial scientific advice to international standard setting bodies and national governments and industry. [Microorganisms in Foods 8] is a noble piece of work, which adds to this reputation."-Niels Skovgaard, International Journal of Food Microbiology"A...reference book that I believe should be in every food processor's library."-Ron Wasik, President of RJW Consulting Canada, Ltd.Table of ContentsPreface.- Contributors and Reviewers.- Abbreviations Used in the Book.- Part I. Principles of Using Data in Microbial Control.- 1. Utility of Microbial Testing for Safety and Quality.- 2. Validation of Control Measures.- 3. Verification of Process Control.- 4. Verification of Environmental Control.- 5. Corrective Actions to Re-Establish Control.- 6. Microbiological Testing in Customer-Supplier Relations.- Part II. Applications of Principles to Product Categories.- 7. Applications and Use of Criteria and Other Tests.- 8. Meat Products.- 9 Poultry Products.- 10. Fish and Seafood Products.- 11. Feeds and Pet Food.- 12. Vegetables and Vegetable Products.- 13. Fruits and Fruit Products.- 14. Spice, Dry Soups and Asian Flavorings.- Cereals and Cereal Products.- 16. Nuts, Oilseeds, Dried Legumes and Coffee.- 17. Cocoa, Chocolate and Confectionary.- 18. Oil- and Fat-based Foods.- 19. Sugar, Syrups and Honey.- 20. Non-Alcoholic Beverages.- 21. Water.- 22. Eggs and Egg Products.- 23. Milk and Dairy Products.- 24. Shelf-Table Heat Treated Foods.- 25. Dry Foods for Infants and Young Children.- 26. Combination Foods.- Appendix 1. Sampling Considerations and Statistical Aspects of Sampling Plans.- Appendix 2. Calculations for Chapter 2.- Appendix 3. ISO Methods Referenced in Tables.- Appendix 4. Objectives and Accomplishments of the ICMSF.- Appendix 5. ICMSF Participants.- Appendix 6. ICMSF Publications.- Appendix 7. Sponsors of ICMSF Activities.

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Book SynopsisOils and fats are almost ubiquitous in food processing, whether naturally occurring in foods or added as ingredients that bring functional benefits. Whilst levels of fat intake must be controlled in order to avoid obesity and other health problems, it remains the fact that fats (along with proteins and carbohydrates) are one of the three macronutrients and therefore an essential part of a healthy diet. The ability to process oils and fats to make them acceptable as part of our food supplies is a key component in our overall knowledge of them. Without this ability, the food that we consume would be totally different, and much of the flexibility available to us as a result of the application of processing techniques would be lost. Obviously we need to know how to process fatty oils, but we also need to know how best to use them once they have been processed. This second edition of Edible Oil Processingpresents a valuable overview of the technology and applicTrade Review“For people involved with edible oils, either directly or indirectly, this book is a most valuable source of up?-to?-date facts and views. It is therefore highly recommended.” (European Journal of Lipid Science & Technology, 1 July 2014) "This book will be an excellent addition to a lipid scientist's library as well as plant personnel, and food scientists. Members of academia will find this book useful in preparing graduate courses in food scienceand engineering." (G.R. List, Food Research International, 2013)Table of ContentsList of Contributors xiii List of Abbreviations xv Introduction xvii 1 Composition and Properties of Edible Oils 1Frank D. Gunstone 1.1 Introduction 1 1.2 Components of natural fats 3 1.2.1 Fatty acids and glycerol esters 4 1.2.2 Phospholipids 7 1.2.3 Sterols 7 1.2.4 Tocols and other phenolic compounds 9 1.2.5 Chlorophyll 12 1.2.6 Hydrocarbons 13 1.2.6.1 Alkanes 13 1.2.6.2 Squalene 13 1.2.6.3 Carotenes 14 1.2.6.4 Polycyclic aromatic hydrocarbons 15 1.2.6.5 Contaminants and specifications 16 1.3 Fatty acid composition 16 1.4 Physical properties 19 1.4.1 Polymorphism, crystal structure and melting point 19 1.4.2 Density 21 1.4.3 Viscosity 22 1.4.4 Refractive index 22 1.4.5 Solubility of gases in oils 22 1.4.6 Other physical properties 24 1.5 Chemical properties 25 1.5.1 Hydrogenation 25 1.5.2 Oxidation 25 1.5.3 Autoxidation 26 1.5.4 Photooxidation 27 1.5.5 Decomposition of hydroperoxides to short-chain compounds 28 1.5.6 Antioxidants 28 1.5.6.1 Primary antioxidants 28 1.5.6.2 Secondary antioxidants 29 1.5.7 Stereomutation 31 1.5.8 Double-bond migration and cyclisation 31 1.5.9 Hydrolysis 31 1.5.10 Ester formation 32 1.5.11 Methanolysis 32 1.5.12 Glycerolysis 32 1.5.13 Interesterification 33 1.6 Effect of processing on food oil components 33 References 34 2 Bulk Movement of Edible Oils 41Wolf Hamm 2.1 Oil production and exports 41 2.2 Cargo damage 45 2.3 Quality of oils shipped 47 2.3.1 Palm oil 47 2.3.2 Soybean oil and other seed oils 47 2.3.3 Shipment of oils intended for production of FAMEs 48 2.4 Codex Alimentarius 48 2.5 Oil shipments: systems and regulations 49 2.5.1 The parcel tanker 49 2.5.2 Parcel tanker categories: IMO classification 50 2.5.3 Trade regulation: the role of the FOSFA and NIOP 50 2.6 Shore storage 52 2.7 Movement and storage costs 53 2.8 Refinery location 53 Acknowledgement 53 References 54 3 Production of Oils 55Philippe van Doosselaere 3.1 Introduction 55 3.2 Seed handling and storage 56 3.2.1 Seed arrival 56 3.2.1.1 Seed weighing 56 3.2.1.2 Sampling 57 3.2.2 Seed reception and precleaning 57 3.2.3 Storage 58 3.3 Preparation of oilseeds 60 3.3.1 Reason for and purpose of preparation 60 3.3.2 Milling defect 61 3.4 Preparation of soybean 61 3.4.1 Cleaning and weighing 62 3.4.2 Cracking 64 3.4.3 Cooking–conditioning 65 3.4.4 Flaking 65 3.4.5 Expander 66 3.4.6 Soybean dehulling 68 3.4.6.1 Traditional process 68 3.4.6.2 Hot dehulling process 69 3.5 Preparation and pressing of rapeseed (canola) 69 3.5.1 Preparation 70 3.5.2 Cooking 71 3.5.3 Mechanical pressing 71 3.5.4 Press oil clarification 75 3.5.5 Press cake treatment 76 3.6 Preparation and pressing of sunflower seed 77 3.7 Full pressing 78 3.7.1 Cold pressing 79 3.7.2 Double pressing 80 3.7.3 Cake treatment 80 3.8 Oil from other seeds 81 3.8.1 Cottonseed 81 3.8.2 Corn germ 82 3.8.3 Coconut or copra oil 83 3.8.4 Linseed (flaxseed) 83 3.8.5 Safflower 84 3.8.6 Peanut (groundnut) 85 3.8.7 Rice bran 86 3.8.8 Sesame seed 87 3.9 Olive oil production 87 3.9.1 Pressing 89 3.9.2 Centrifugation 90 3.9.3 Olive pomace extraction 90 3.10 Palm oil production 91 3.10.1 Before reaching the mill 92 3.10.2 Sterilisation 93 3.10.3 Threshing 93 3.10.4 Pressing 94 3.10.5 Crude oil clarification 94 3.10.6 Oil drying 94 3.10.7 Fibre–fruit separation 95 3.10.8 Nut conditioning 95 3.10.9 Nut cracking installation 95 3.10.10 Kernel separation 95 3.10.11 Uses of secondary palm fruit products 95 3.10.11.1 Palm kernel meal 95 3.10.11.2 Fibres and shell 96 4 Solvent Extraction 97Timothy G. Kemper 4.1 Introduction 97 4.2 Solvent extractor 99 4.2.1 Contact time 100 4.2.2 Particle thickness 101 4.2.3 Extractor temperature 102 4.2.4 Miscella flux rate 103 4.2.5 Number of miscella stages 105 4.2.6 Solvent retention 107 4.3 Meal desolventiser toaster 107 4.3.1 Predesolventising trays 108 4.3.2 Countercurrent trays 111 4.3.3 Sparge tray 111 4.4 Meal dryer cooler 114 4.4.1 Steam-drying trays 114 4.4.2 Air-drying trays 114 4.4.3 Air-cooling trays 116 4.5 Miscella distillation system 117 4.6 Solvent recovery system 119 4.7 Heat recovery 123 References 125 5 Edible Oil Refining: Current and Future Technologies 127Wim De Greyt 5.1 Introduction 127 5.2 Next-generation chemical refining with nanoneutralisation 128 5.3 Enzymatic degumming: a missing link in the physical refining of soft oils? 131 5.4 Bleaching: from single-stage colour removal to multistage adsorptive purification 136 5.5 Deodorisation: much more than just a process for the removal of off-flavours 141 5.6 Short-path distillation and supercritical processing: refining technologies for the future? 148 References 150 6 Oil Modification Processes 153Marc Kellens and Gijs Calliauw 6.1 Introduction 153 6.2 Hydrogenation 154 6.2.1 Historical perspective 154 6.2.2 Principle 155 6.2.3 Process parameters 157 6.2.3.1 Hydrogen pressure 157 6.2.3.2 Temperature 157 6.2.3.3 Catalyst 157 6.2.4 Process design 159 6.2.5 Future for hydrogenation technology 163 6.2.5.1 Smarter combinations of the conventional technology 163 6.2.5.2 Alternative catalysts 163 6.2.5.3 Advanced process technology 164 6.2.5.4 Summary 166 6.3 Interesterification 166 6.3.1 Historical perspective 166 6.3.2 Principle 167 6.3.3 Process parameters 169 6.3.3.1 Oil quality 169 6.3.3.2 Catalyst 169 6.3.3.3 Oil losses 170 6.3.4 Process design 171 6.3.4.1 Processed product quality 173 6.3.5 Future for interesterification technology 174 6.4 Dry fractionation 175 6.4.1 Historical perspective 176 6.4.2 Principle 177 6.4.3 Process parameters 180 6.4.3.1 Cooling speed 180 6.4.3.2 Agitation 183 6.4.4 Process design 183 6.4.4.1 Crystalliser design 183 6.4.4.2 Filter design 184 6.4.4.3 Plant design 185 6.4.5 Future for fractionation technology 188 6.4.5.1 Optimised crystalliser designs 188 6.4.5.2 High-pressure filtrations 189 6.4.5.3 Continuous fractional crystallisation 190 6.4.5.4 Alternative multistage processes for specialty fats production 191 6.4.6 Summary 195 References 195 7 Enzyme Processing 197David Cowan 7.1 Introduction 197 7.1.1 Objectives of enzyme processing 198 7.2 Enzyme applications before oil refining 199 7.2.1 Enzyme-assisted pressing 199 7.2.2 Enzymatic degumming 200 7.2.3 Enzymatic degumming process (phospholipase A1) 202 7.2.4 Other phospholipases 205 7.2.5 Oil recovery from gums 205 7.2.6 Oil remediation 206 7.3 Applications within edible oil modification 208 7.3.1 Industrial-scale enzymatic interesterification 209 7.3.2 Factors influencing enzyme working life 211 7.3.3 Formulating with interesterified oils and fats 215 7.3.4 Enzyme reactions for speciality fats 216 7.3.5 Production of fats high in omega-3 fatty acids 217 7.4 Improving processing sustainability through enzyme usage 219 References 221 8 Application of Edible Oils 223Arjen Bot and Eckhard Fl¨oter 8.1 Introduction 223 8.2 Physical chemistry of triacylglycerides 225 8.3 Fat crystal networks 228 8.4 Design of functional TAG compositions 229 8.5 Application in fat-continuous emulsions (spreads) 234 8.6 Application in water-continuous emulsions 237 8.6.1 Mayonnaise and dressings 237 8.6.2 Nondairy (fat) creams and spreads 238 8.6.3 Ice cream 239 8.7 Application in other fat-continuous products 241 8.7.1 Baking fats 241 8.7.2 Chocolate 242 8.8 Conclusion 245 References 246 9 Quality and Food Safety Assurance and Control 251Mar Verhoeff and Gerrit van Duijn 9.1 Introduction 251 9.2 Analytical methods for measuring oil and fat composition 252 9.3 Quality analyses 252 9.3.1 Free fatty acids 252 9.3.2 Peroxides 254 9.3.3 Phosphorus 254 9.3.4 Moisture and dirt 255 9.3.5 Colour 256 9.3.6 Metals 256 9.3.7 Deterioration of Bleachability Index 256 9.3.8 Tocopherols 257 9.4 Supply chain contaminants 257 9.4.1 Polycyclic aromatic hydrocarbons 257 9.4.2 Pesticide residues 258 9.4.3 Hydrocarbons of mineral origin 259 9.4.4 Mycotoxins 260 9.4.5 Other contaminants 261 9.5 Quality and food safety assurance 261 9.5.1 Crude oil analyses 261 9.5.2 Crude oil risk matrix 262 9.5.3 Process validation contaminant removal 263 9.5.4 Oil processing link tables 263 9.5.5 Food safety control points 264 References 266 10 Oil Processing Design Basics 267Gerrit van Duijn and Gerrit den Dekker 10.1 Introduction 267 10.2 Refining and modification process routes for most common oil types 268 10.2.1 Process step definitions 268 10.2.1.1 Degumming or water degumming (degummed) 268 10.2.1.2 Deep degumming (ddg) 268 10.2.1.3 Neutralisation (n) 269 10.2.1.4 One-step bleaching (osb) 269 10.2.1.5 Two-step bleaching (tsb) 269 10.2.1.6 Deodorisation (d) 269 10.2.1.7 Deodorisation/stripping (ds) 269 10.2.1.8 Hydrogenation (h) 269 10.2.1.9 Interesterification (ie) 270 10.2.1.10 Dewaxing/winterisation (wi) 270 10.2.1.11 Dry fractionation (df) 270 10.2.1.12 Soapstock splitting (ss) 270 10.2.2 Process routes for straight refined oils and fats 270 10.2.3 Process routes pre- and post-hydrogenation 272 10.2.4 Process routes pre- and post-IEC 273 10.2.5 Process routes pre- and post-IEE 274 10.2.6 Process routes in dry fractionation and dewaxing 274 10.3 Oil processing block diagram design 274 10.3.1 Standard oil processing block diagrams 274 10.3.2 Batch and continuous processes 275 10.3.2.1 Batch processes 276 10.3.2.2 Continuous processes 276 10.3.3 Refining of straight oils and fats 277 10.3.3.1 Chemical refining 277 10.3.3.2 Physical refining 278 10.3.4 Refining combined with hydrogenation 279 10.3.5 Refining combined with interesterification 279 10.3.6 Refining and dewaxing 281 10.3.7 Refining and fractionation 281 10.3.8 Production of trans-free hard fats 281 10.4 Effective equipment capacity 283 10.4.1 Example: calculation of effective times for 5- and 7-days-a-week operations 285 10.4.1.1 5 days a week 285 10.4.1.2 7 days a week 285 10.5 Tank park design rules 285 10.5.1 Storage capacity 285 10.5.2 Degradation during storage 286 10.5.2.1 Hydrolysis 287 10.5.2.2 Oxidation 287 10.5.2.3 Intermixing with other oils 288 10.5.2.4 Contamination by chemicals or impurities 288 10.5.3 Tank design rules 288 10.5.3.1 Tank shape and material of construction 288 10.5.3.2 Tank heating 290 10.5.3.3 Tank insulation 290 10.5.3.4 Avoiding air contact 290 10.5.4 Piping design rules 291 10.5.4.1 Materials 291 10.5.4.2 Insulation and heating 291 10.5.4.3 Layout 291 10.6 Design estimates for utilities consumptions and effluent production 291 10.6.1 Introduction 291 10.6.2 Utilities 292 10.6.2.1 Heating 292 10.6.2.2 Open steam and vacuum 294 10.6.2.3 Electrical energy 294 10.6.2.4 Cooling water 295 10.6.2.5 Gases 295 10.6.3 Effluent 296 10.6.3.1 Liquid effluent 296 10.6.3.2 Solid waste 296 10.6.3.3 Exhaust gases 298 10.6.4 Utility consumption and effluent data per process 298 10.6.4.1 Storage 298 10.6.4.2 Refining processes 299 10.6.4.3 Modification processes 301 10.7 Occupational safety by design 301 10.7.1 Introduction 301 10.7.2 General hazards 303 10.7.3 Main occupational hazards of oil refining 304 10.7.3.1 Neutralisation and soapsplitting 304 10.7.3.2 Autoignition of spent bleaching earth 305 10.7.3.3 Deodoriser safety 306 10.7.4 Main occupational hazards of oil modification 306 10.7.4.1 Hydrogenation safety hazards 306 10.7.4.2 Safety of IEC 308 10.7.5 Main occupational hazards of oil storage and handling 308 10.7.5.1 Access to tanks and processing vessels 308 10.7.5.2 Top access to tank cars 309 References 310 Further Reading 311 Index 313

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Table of Contents1 Traditional chocolate making.- 2 Cocoa bean production and transport.- 3 Sugar.- 4 Milk.- 5 Cleaning, roasting and winnowing.- 6 Cocoa mass, cocoa butter, cocoa powder.- 7 Particle size reduction.- 8 Chemistry of flavour development in chocolate.- 9 Conching.- 10 Chocolate flow properties.- 11 Chocolate temper.- 12 Pumps and tempering.- 13 Enrobers, moulding equipment, coolers and panning.- 14 Vegetable fats.- 15 Recipes.- 16 Instrumentation.- 17 Microbiology of chocolate.- 18 Packaging.- 19 Non—conventional machines and processes.- 20 Chocolate marketing and other aspects of the confectionery industry worldwide.- 21 Future trends.- Useful conversion factors.- Useful physical constants.

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Book SynopsisModelling tends to be product specifi- new product development tends to be by experimental designs and good fortune. Of course, in order to develop products and maximise the extruder potential in terms of energy, product quality and output, an overall understanding of the material flow mechanism, barrel fill length and rheology is essential.Table of Contents1 Operational characteristics of the co-rotating twin-screw extruder.- 1.1 Types of extruders.- 1.1.1 Single screw.- 1.1.2 Co-kneaders.- 1.1.3 Counter rotating.- 1.1.4 Co-rotating.- 1.2 Process characteristics of the t.s.e..- 1.2.1 Feeding.- 1.2.2 Screw design.- 1.2.3 Screw speed.- 1.2.4 Screw configurations.- 1.2.5 Die design.- 1.2.6 Barrel temperature and heat transfer.- 1.2.7 Scale-up.- 1.2.8 Process flow charts.- 1.3 Ancillary processes.- 1.3.1 Preconditioning.- 1.3.2 Devolatilisation.- 1.4 Raw materials.- 1.5 Practical operation of the t.s.e.—start up, shut down and control.- 1.6 Glossary.- References.- 2 Raw materials for extrusion cooking processes.- 2.1 Introduction.- 2.2 Structure-forming raw materials.- 2.2.1 Structure-forming raw materials based on starch.- 2.2.2 Protein-rich raw materials.- 2.3 Raw materials acting as fillers in the extrudates.- 2.3.1 Proteins.- 2.3.2 Starches.- 2.3.3 Fibrous materials.- 2.4 Raw materials as plasticisers and lubricants.- 2.4.1 Water.- 2.4.2 Oils and fats.- 2.4.3 Emulsifiers.- 2.5 Raw materials acting as nucleants for gas bubble formation.- 2.6 Raw materials acting as flavours.- 2.6.1 Salt.- 2.6.2 Sugar.- References.- 3 Breakfast and cereal extrusion technology.- 3.1 Introduction.- 3.2 What is a breakfast cereal?.- 3.3 A closer look at the products.- 3.4 Breakfast cereal processes.- 3.5 Principles of cooking.- 3.6 Overview of cooking processes.- 3.6.1 Boiling water cookers.- 3.6.2 Steam cookers.- 3.6.3 Adiabatic extrusion.- 3.6.4 High shear cooking extrusion.- 3.6.5 Low shear, high pressure cookers.- 3.6.6 Low shear, low pressure cookers.- 3.6.7 Continuous steam pre-cooking.- 3.7 Breakfast cereal processes: traditional and extrusion methods.- 3.7.1 Flaked cereals.- 3.7.2 Extrusion puffed breakfast cereals.- 3.7.3 Oven puffed cereals.- 3.7.4 Gun puffed cereals.- 3.7.5 Shredded products.- 3.7.6 Pre-cooked hot cereals.- 3.8 Conclusion.- References.- 4 Snack food extrusion.- 4.1 Introduction.- 4.2 Ingredients.- 4.2.1 Cereals.- 4.2.2 Root crops.- 4.2.3 Process aids.- 4.3 Equipment review.- 4.3.1 Mixing equipment.- 4.3.2 Feeders.- 4.3.3 Conditioning cylinders.- 4.3.4 Extruders.- 4.3.5 Dryers.- 4.3.6 Fryers.- 4.3.7 Coaters.- 4.4 Direct expanded products.- 4.4.1 Process description.- 4.4.2 Fried collets.- 4.4.3 Baked collets.- 4.5 Co-extruded snacks.- 4.5.1 Process description.- 4.5.2 Formulation.- 4.5.3 Miscellaneous.- 4.6 Indirect expanded products.- 4.6.1 Pellets.- 4.6.2 Fabricated chips.- 4.7 Die and cutter design.- 4.7.1 Die plates.- 4.7.2 Die holes.- 4.7.3 Effect of expansion forces.- 4.7.4 Effect of viscoelastic forces.- References.- 5 Petfood and fishfood extrusion.- 5.1 Introduction.- 5.2 Raw material characteristics and selection.- 5.2.1 Protein sources.- 5.2.2 Starch sources.- 5.2.3 Fat, fibre and ash consideration.- 5.2.4 Minor ingredients.- 5.2.5 Typical formulations.- 5.2.6 Raw material preparation.- 5.3 Selection of hardware.- 5.3.1 Feeding devices.- 5.3.2 Preconditioning considerations.- 5.3.3 Extruder barrel selection.- 5.3.4 Die/knife design.- 5.3.5 Ancillary process equipment.- 5.4 Processing variables.- 5.4.1 Preconditioning.- 5.4.2 Extrusion.- 5.4.3 Process control.- 5.5 Final product specifications.- 5.5.1 Quality control.- 5.5.2 Troubleshooting techniques.- 5.6 Evaluation of operational costs.- 5.7 Conclusion.- References.- 6 Confectionery extrusion.- 6.1 Introduction.- 6.2 Processing.- 6.2.1 Pre-extrusion processes.- 6.2.2 Cooker extruder profiling.- 6.2.3 Addition and subtraction of materials.- 6.2.4 Shaping and forming at the die.- 6.2.5 Post-extrusion processes.- 6.3 Flavours and other special ingredients for confectionery extrusion.- 6.4 Liquorice.- 6.5 Toffees, caramels and fudges.- 6.6 Boiled sweets.- 6.7 Sugar crust liqueurs.- 6.8 Pressed tablets.- 6.9 Creams, pastes and lozenges.- 6.10 Gums.- 6.11 Jellies.- 6.12 Cocoa and crumb.- 6.13 Chocolate.- 6.14 Reaction chamber products.- 6.15 Aerated confections.- 6.16 Chewing gum.- 6.17 Frozen confectionery.- 6.18 Croutons.- 6.19 Three-dimensional confections.- 6.20 Confections by half products.- 6.21 Other areas.- 6.22 Conclusion.- Acknowledgements.- References.- 7 Extrusion of brewers’ hops.- 7.1 Introduction.- 7.2 Application of extrusion technology to the production of bitterness in beer.- 7.2.1 Background.- 7.3 Development of extrusion technology in hop processing.- 7.4 Process chemistry—choice of alkaline salt.- 7.5 Composition and quality of extruded hops.- 7.6 Experimental brewing studies with extruded hops.- 7.7 Process development to commercial scale production.- 7.8 Conclusion.- References.

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Book Synopsis1. Water Quality and Aquaculture: Preliminary considerations.- 1.1. Introduction.- 1.2. The Role of Pond Aquaculture.- 1.3. Water Quality Restraints.- 1.4. Water Quality Management.- 1.5. Water Quality Measurement.- 1.6. Prospectus.- 3. Water Quality Requirements.- 2.1. Introduction.- 2.2. Food Webs and Aquaculture Production.- 2.3. Aquaculture Production in Pond Culture Systems.- 2.4. Phytoplankton Communities.- 2.5. Carbon in Aquaculture Ponds.- 2.6. Nitrogen in Aquaculture Ponds.- 2.7. Phosphorus in Aquaculture Ponds.- 2.8. Fate of Nutrients and Organic Matter.- 2.9. Dissolved Oxygen in Aquaculture Ponds.- 3. Water Quality Requirements.- 3.1. Introduction.- 3.2. Aquatic Toxicology.- 3.3. Water Temperature.- 3.4. Salinity.- 3.5. pH.- 3.6. Total Alkalinity.- 3.7. Total Hardness and Calcium.- 3.8. Dissolved Oxygen.- 3.9. Carbon Dioxide.- 3.10. Dissolved Gas Supersaturation.- 3.11. Ammonia.- 3.12. Nitrite.- 3.13. Nitrate.- 3.14. Hydrogen Sulfide.- 3.15. Copper and Other Heavy Metals.- 3Table of ContentsPreface. Selected Atomic Weights. Customary Metric Conversion Factors. 1. Water Quality and Aquaculture: Preliminary Considerations. 2. Ecology of Aquaculture Ponds. 3. Water Quality Requirements. 4. Water Use. 5. Liming. 6. Fertilization. 7. Aeration. 8. Water Circulation. 9. Turbidity and Appearance of Water. 10. Aquatic Weed Control. 11. Off-Flavors and Harmful Algae. 12. Pollution. 13. Chemical, Physical, and Biological Treatments. 14. Waste Management. 15. Measurement of Water Quality. 16. Sustainability and Environmental Issues. References. Index.

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Book SynopsisIntroduction.-The Food Safety Management Team.-The Food SafetyManagement Program.- Systems.- Education and Training.- Facilities and Capabilities.- Execution and Verification.- Gap Analysis.- Influence and Resources.- Partnerships with Public Health Officials.- Index.Table of ContentsIntroduction.- The Food Safety Management Team.- The Food Safety Management Program.- Systems.- Education and Training.- Facilities and Capabilities.- Execution and Verification.- Gap Analysis.- Influence and Resources.- Partnerships with Public Health Officials.- Index.

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Book SynopsisIntroduction.-Growing Olives for Oil.-Technical Aspects.-Lipid metabolism in olive: biosynthesis of triacylglycerols and aroma components.-Genetics and Molecular Biology of Olives.- Chromatographic Methodologies: Compounds for Olive Oil Traceability Issues.-Chromatographic Methodologies: Compounds For Olive Oil Color Issues.-Chromatographic Methodologies: Compounds for Olive Oil Odor Issues.-Analytical methodologies: Phenolic compounds related to olive oil taste issues.-Infrared, Raman and fluorescence spectroscopies: Methodologies and applications.-Nuclear Magnetic Resonance: Methodologies and Applications.-Olive Oil Characterization and Traceability.-Olive Oil Oxidation.-Sensory quality: Methodologies and Applications.-Olive oil consumer research: Methods and key learnings.-Olive Oil Authentication.-Role of Lipids in Human Nutrition.-Olive Oil as a Functional Food: Nutritional and Health Benefits.-Olive Oil Refining Process.- Tables of olive oil chemical data. Table of ContentsIntroduction.- Growing Olives for Oil.- Technical Aspects.- Lipid metabolism in olive: biosynthesis of triacylglycerols and aroma components.- Genetics and Molecular Biology of Olives.- Chromatographic Methodologies: Compounds for Olive Oil Traceability Issues.- Chromatographic Methodologies: Compounds For Olive Oil Color Issues.- Chromatographic Methodologies: Compounds for Olive Oil Odor Issues.- Analytical methodologies: Phenolic compounds related to olive oil taste issues.- Infrared, Raman and fluorescence spectroscopies: Methodologies and applications.- Nuclear Magnetic Resonance: Methodologies and Applications.- Olive Oil Characterization and Traceability.- Olive Oil Oxidation.- Sensory quality: Methodologies and Applications.- Olive oil consumer research: Methods and key learnings.- Olive Oil Authentication.- Role of Lipids in Human Nutrition.- Olive Oil as a Functional Food: Nutritional and Health Benefits.- Olive Oil Refining Process.- Tables of olive oil chemical data.

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Book SynopsisThrough a Candy Store Window.-All Candy Expo.-Art or Science A Brief History of Candy.-Candy Companies Big and Small.-Sugar History and Production.-The Demon Sugar.-The Sweet Tooth.-Soft Ball to Hard Crack.-Breakaway Glass A Soft Solid.-Cotton Candy.-Rock Candy.-Candy Doctors.-LifeSavers or Jolly Ranchers.-Candy Canes the Science Experiment.-Sponge Candy or Fairy Foam.-Dum Dum Lollipops.-Cut Rock.-Sugar-Free Candy.-Pixy Styx and Fun Dip.-Pez.-Fizzies.-NECCO Wafers and Conversation Hearts.-Wint-O-Green Mints.-Peppermint Patties.-Junior Mints.-Candy Corn.-Maple Sugar Candies a Natural Treat?.-Caramel Controlled Scorching of Milk?.-A Caramel Family.-Caramel Cold Flow.-Tootsie Roll Pops.-Cajeta.-The Fudge Factor.-English Toffee.-Gummies and Jellies.-The Starch Mogul.-Swedish Fish and Starch Jelly Candies.-Dots and Orange Slices.-Gummy Jigglers.-Black Chuckles.-Fruit Snacks.-Sour Patch Candy.-Where to the Jelly Beans in the Easter Basket Come From?.-Jelly Bean Flavor Development.-PaTable of ContentsThrough a Candy Store Window.- All Candy Expo.- Art or Science – A Brief History of Candy.- Candy Companies Big and Small.- Sugar History and Production.- The Demon Sugar.- The Sweet Tooth.- Soft Ball to Hard Crack.- Breakaway Glass – A Soft Solid.- Cotton Candy.- Rock Candy.- Candy Doctors.- LifeSavers or Jolly Ranchers.- Candy Canes – the Science Experiment.- Sponge Candy or Fairy Foam.- Dum Dum Lollipops.- Cut Rock.- Sugar-Free Candy.- Pixy Styx and Fun Dip.- Pez.- Fizzies.- NECCO Wafers and Conversation Hearts.- Wint-O-Green Mints.- Peppermint Patties.- Junior Mints.- Candy Corn.- Maple Sugar Candies – a Natural Treat?.- Caramel – Controlled Scorching of Milk?.- A Caramel Family.- Caramel Cold Flow.- Tootsie Roll Pops.- Cajeta.- The Fudge Factor.- English Toffee.- Gummies and Jellies.- The Starch Mogul.- Swedish Fish and Starch Jelly Candies.- Dots and Orange Slices.- Gummy Jigglers.- Black Chuckles.- Fruit Snacks.- Sour Patch Candy.- Where to the Jelly Beans in the Easter Basket Come From?.- Jelly Bean Flavor Development.- Panning Patience.- Everlasting Gobstoppers and Atomic Fireballs.- Runts and Nerds.- Is Licorice Good For You?.- Licorice Varieties.- The Marsh Mallow.- Nougat.- Starburst.- A Whopper of a Story – Malted Milk Balls.- Retro Candy: Bit-O-Honey and Mary Jane.- Gum Wads.- Gumballs.- Gum and the Bedpost.- Medicinal Gum.- The Vending Machine.- Snickers Bars.- Baby Ruth.- Sometimes You Feel Like a Nut.- Turtles or Cow Pies?.- Candies: Dead or Alive.- Super-sized Candies.- Goo Goo Cluster.- Candy Land.

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Book SynopsisThe Ice Cream Industry.-Composition and Formulations.-Mix Ingredients.- Flavoring and Coloring Materials.-Mix Processing and Properties.- Calculation of Ice Cream Mixes.- Freezing and Refrigeration.- Soft-Frozen Dairy Desserts.-Novelty Products and Ice Cream Cakes.-Packaging, Hardening and Shipping.-Ice Cream Structure.- Shelf-Life.- Cleaning and Sanitizing for Microbiological Quality and Safety.-Analyzing Frozen Desserts.-Formulations for Specialty Products.- Index.Trade Review“This book has taught me a great deal about the importance to the ice cream industry of a lot of the water-related science I have been involved with, and about the importance to the quality of ice cream of complex surface and colloid science.” (John Finney, Crystallography Reviews, Vol. 21 (3), 2015)Table of ContentsThe Ice Cream Industry.- Composition and Formulations.- Mix Ingredients.- Flavoring and Coloring Materials.- Mix Processing and Properties.- Calculation of Ice Cream Mixes.- Freezing and Refrigeration.- Soft-Frozen Dairy Desserts.- Novelty Products and Ice Cream Cakes.- Packaging, Hardening and Shipping.- Ice Cream Structure.- Shelf-Life.- Cleaning and Sanitizing for Microbiological Quality and Safety.- Analyzing Frozen Desserts.- Formulations for Specialty Products.- Index.

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Book SynopsisHistory of Sensory Analysis.- Psychological Considerations in Sensory Analysis.- Physiology of Sensory Perception.- Dairy Products Evaluation Competitions.- Fluid Milk and Cream Products.- Butter.- Creamed Cottage Cheese.- Yogurt.- Cheddar and Cheddar-Type Cheese.- Ice Cream and Related Products.- Concentrated and Dried Milk Products.- Pasteurized Process Cheese.- Sour Cream and Related Products.- Swiss Cheese and Related Products.- Mozzarella.- Latin American Cheeses.- Modern Sensory Practices.Table of ContentsHistory of Sensory Analysis.- Psychological Considerations in Sensory Analysis.- Physiology of Sensory Perception.- Dairy Products Evaluation Competitions.- Fluid Milk and Cream Products.- Butter.- Creamed Cottage Cheese.- Yogurt.- Cheddar and Cheddar-Type Cheese.- Ice Cream and Related Products.- Concentrated and Dried Milk Products.- Pasteurized Process Cheese.- Sour Cream and Related Products.- Swiss Cheese and Related Products.- Mozzarella.- Latin American Cheeses.- Modern Sensory Practices.

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Book SynopsisIntroduction.-The Food Safety Management Team.-The Food SafetyManagement Program.- Systems.- Education and Training.- Facilities and Capabilities.- Execution and Verification.- Gap Analysis.- Influence and Resources.- Partnerships with Public Health Officials.- Index.Table of ContentsIntroduction.- The Food Safety Management Team.- The Food Safety Management Program.- Systems.- Education and Training.- Facilities and Capabilities.- Execution and Verification.- Gap Analysis.- Influence and Resources.- Partnerships with Public Health Officials.- Index.

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Book SynopsisDespite the fact that thousands of employees have been trained in food safety around the world, millions have been spent globally on food safety research, and countless inspections and tests have been performed at home and abroad, food safety remains a significant public health challenge.Table of ContentsChapter 1: 48 Million Verses OneChapter 2: Getting Your Foot in the Door for Food SafetyChapter 3: Enclothed Food Safety?Chapter 4: Does What You See Influence What You Do?Chapter 5: Priming the Pump for Enhanced Food SafetyChapter 6: Influence Values to Change AttitudesChapter 7: Broken Windows and Food SafetyChapter 8: Learning from the Right Way or Wrong Way?Chapter 9: Make Food Safety the Social NormChapter 10: Shining a Light on Food SafetyChapter 11: What Nouns, Verbs, & Voting Can Teach Us About Food SafetyChapter 12: Birds of a Feather Might Influence Food Safety for BetterChapter 13: Keep Food Safety in Mind by Making It RhymeChapter 14: Making Scents of Food SafetyChapter 15: Font Style & Food SafetyChapter 16: Can SOPs Actually Hinder Food Safety?Chapter 17: Which One is Better, Written or Verbal?Chapter 18: Three Degrees of Food SafetyChapter 19: Food Safety @ the Speed of Thought Chapter 20: Do Text Based Warning Labels Work?Chapter 21: Enhancing Food Safety by MelodyChapter 22: Can the Words We Use Influence Risk Perception?Chapter 23: Don’t Be a Food Safety BystanderChapter 24: To Checklist or Not to Checklist?Chapter 25: The Most Powerful Word in Food SafetyChapter 26: Food Safety in Mind through Building DesignChapter 27: Does How You Make a Food Safety Request Matter?Chapter 28: Is the Sum of Food Safety Efforts Greater Than In Parts?Chapter 29: Making Food Safety FunChapter 30: Role Modeling Food Safety

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Book SynopsisIntroduction.- Fundamentals of Magnitudes, Units Systems, and Their Applications in Process Engineering.- Fundamentals of Process Control, Communication, and Instrumentation.- Learning from Nature and its Applications in Chemical and Bioprocess Engineering.- Challenging and Solving Problems with Basic Tools, Testing Student's Attitude.- A Glimpse of Thermodynamics and Transport Phenomena.- Fundamentals of Material Balances (Non-reactive Systems).- Fundamentals of Material Balances (Reactive Systems).- Fundamentals of Mathematical Modeling, Simulation, and Process Control.- Scale Up in Chemical and Bioprocess Engineering.- Optimization and Chemical/Bioprocess Optimization.- Basic Economic Principles and a Glimpse on How to Take a Decision Among Alternatives.Trade ReviewWithout any strategy at all I was trying to solve very simple material balance problems, and was constantly failing. After reading and conscientiously following the procedures proposed by Drs. Simpson and Sastry, the material balance exercises were never again a problem. I am very thankful for this book. —Paulina Galaz, Bachelor of Biochemistry, Universidad Católica de Chile.Material balance problems can easily get complicated if you do not follow proper procedure. The method proposed in this book allowed me to correctly define the necessary steps and then solve complex problems, which could not have been solved without the application of such procedures. —Clio Peirano, Chemical Engineering, Universidad Técnica Federico Santa María.During my first year of Chemical Engineering, material balance problems were a nightmare. Fortunately, I read and carefully study the proposed methods by Drs. Simpson and Sastry. Now I can proudly say that material balance is my strength. —Natalia Valencia, Chemical Engineering, Universidad Técnica Federico Santa María. Table of ContentsIntroduction.- Fundamentals of Magnitudes, Units Systems, and Their Applications in Process Engineering.- Fundamentals of Process Control, Communication, and Instrumentation.- Learning from Nature and its Applications in Chemical and Bioprocess Engineering.- Challenging and Solving Problems with Basic Tools, Testing Student's Attitude.- A Glimpse of Thermodynamics and Transport Phenomena.- Fundamentals of Material Balances (Non-reactive Systems).- Fundamentals of Material Balances (Reactive Systems).- Fundamentals of Mathematical Modeling, Simulation, and Process Control.- Scale Up in Chemical and Bioprocess Engineering.- Optimization and Chemical/Bioprocess Optimization.- Basic Economic Principles and a Glimpse on How to Take a Decision Among Alternatives.

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Book SynopsisAn investigation of science, politics and our food production system, this text exposes the bogus science, political interference and flawed policies that threaten our food supply. The author tells the story of BSE, revealing how top scientists have been muzzled and how the epidemic continues. Then, against a backdrop of burning cows, Andrew Rowell exposes how trade and macro-economic policies overruled good science in the foot and mouth catastrophe. He also opens the black box of the so-called GM revolution to expose the myth behind the marketing. In tracing how critics are silenced in the bottom-line climate of commercialized science and privatized knowledge, Rowell tells the true story of the widely publicized Pusztai GM potato scandal of the late 1990s and the ongoing Mexican maize GM contamination affair. Finally, the book offers radical solutions to make science work in the public interest and provide food that really is safe to eat.Trade Review'A brilliant expos of the dangerously cosy relations between the regulators and the regulated.' The Ecologist It's so readable as to be unputdownable.' GM Watch 'An eye-opening book.' Scientific and Medical Network Research 'Rowell's title could hardly have been more ironic. his survey of the state of our eating will have choking on your steak and chips.' The Scotsman '...anyone interested in the sources and the safety of their food will find it engrossing and disturbing.' BBC Wildlife 'Don't Worry, It's Safe To Eat is as relevatory as it is common senseical and the perfect antidote to government and industry toxic spin. It will open the eyes of the sleepy and give those who are awake a clear insight into the food industry meltdown and how it could be reversed.' GM Watch 'The book is very detailed in parts... A good, informative read.' The Social Crediter 'As a book intended to spark an honest debate about food safety and the future of science, it certainly deserves admiration.' Landwards 'Considerable detail' FUTURE SURVEY, Feb 2004 'a compelling read' The New AgriculturalistTable of ContentsIntroduction * Safe to Eat * Treated with Derision * Silent Spread * Hot Potato * The 'Star Chamber' * Stars in their Eyes * Immoral Maize * Science for Sale * Whitehall Whitewash * Towards Safe Food and Public Interest Science * Notes * Index

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Book SynopsisFruit Oils: Chemistry and Functionality presents a comprehensive overview of recent advances in the chemistry and functionality of lipid bioactive phytochemicals found in fruit oils. The chapters in this text examine the composition, physicochemical characteristics and organoleptic attributes of each of the major fruit oils. The nutritional quality, oxidative stability, and potential food and non-foodapplications of these oils are also extensively covered. The potential health benefits of the bioactive lipids found in these fruit oils are also a focus of this text. For each oil presented, the levels of omega-9, omega-6 and omega-3 fatty acids are specified, indicating the level of health-promoting traits exhibited in each. The oils and fats extracted from fruits generally differ from one another both in terms of their major and minor bioactive constituents. The methods used to extract oils and fats as well as the processing techniques such as refining, bleaching and deodorization affect their major and minor constituents. In addition, different post-processing treatments of fruit oils and fats may alert or degrade important bioactive constituents. Treatments such as heating, frying, cooking and storage and major constituents such as sterols and tocols are extensively covered in this text. Although there have been reference works published on the composition and biological properties of lipids from oilseeds, there is currently no book focused on the composition and functionality of fruit oils. Fruit Oils: Chemistry and Functionality aims to fill this gap for researchers, presenting a detailed overview of the chemical makeup and functionality of all the important fruit oils. Table of ContentsIntroduction to fruit oils: chemistry and functionalityOlive (Olea europaea) Oil Palm (Elaeis guineensis) oilCranberry (Vaccinium macrocarpon) oilArgan (Argania spinosa L.) oilSea Buckthorn (Hippophaë rhamnoides) oilAvocado (Persea americana) oilGoldenberry (Physalis peruviana) oilCactus (O. ficus-indica) pear oilPumpkin (Cucurbita pepo) oilCoriander (Coriandrum sativum) oilHazelnut (Corylus avellana) oilAlmond (Prunus dulcis) oilPistachio (Pistacia vera) oilWalnut (Juglans regia) oilChestnut (Castanea sativa) oilPassion (Passiflora edulis) oilGac (Momordica cochinchinensis) oilPomegranate (Punica granatum) oilGrape (Vitis vinifera) oilApple (Malus pumila) oilWatermelon (Citrullus lanatus) oilAmla (Phyllanthus emblica) oilBuriti (Mauritia flexuosa) oilBael (Aegle marmelos )oilSandalwood (Santalum album) oilCoconut (Cocos nucifera) oilCitrus oilsKiwifruit (Actinidia deliciosa) oilGuava (Psidium guajava) oilDate palm (Phoenix dactylifera) oilApricot (Prunus armeniaca) oilMangongo/manketti (Schinziophyton rautanenii) oilPapaya (Carica papaya) oilCelastrus paniculatus oilSemecarpus anacardium oilkachnar (Bauhinia purpurea) oilButtercup tree [Madhuca longifolia (Koenig)] oil

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Book SynopsisThis updated text collects all the introductory aspects of beer brewing science into one place for undergraduate brewing science courses. This expansive and detailed work is written in conversational style, walking students through all the brewing basics from the origin and history of beer to the brewing process to post-brew packaging and quality control and assurance. As an introductory text, this book assumes the reader has no prior knowledge of brewing science and only limited experience with chemistry, biology and physics. The text provides students with all the necessary details of brewing science using a multidisciplinary approach, with a thorough and well-defined program of in-chapter and end-of-chapter problems. As students solve these problems, they will learn how scientists think about beer and brewing and develop a critical thinking approach to addressing concerns in brewing science. As a truly comprehensive introduction to brewing science, Brewing Science: A Multidisciplinary Approach, Second Edition walks students through the entire spectrum of the brewing process. The different styles of beer, the molecular makeup and physical parameters, and how those are modified to provide different flavors are listed. All aspects of the brewery process, from the different setup styles to sterility to the presentation of the final product, are outlined in full. All the important brewing steps and techniques are covered in meticulous detail, including malting, mashing, boiling, fermenting and conditioning. Bringing the brewing process full circle, this text covers packaging aspects for the final product as well, focusing on everything from packaging technology to quality control. Students are also pointed to the future, with coverage of emerging flavor profiles, styles and brewing methods. Each chapter in this textbook includes a sample of related laboratory exercises designed to develop a student’s capability to critically think about brewing science. These exercises assume that the student has limited or no previous experience in the laboratory. The tasks outlined explore key topics in each chapter based on typical analyses that may be performed in the brewery. Such exposure to the laboratory portion of a course of study will significantly aid those students interested in a career in brewing science.Table of ContentsChapter 1 – Introduction to Brewing Science 1.1 Science and the Brewer 1.1.1 The Scientific Method 1.2 What is Beer? 1.3 Some Common Conventions 1.3.1 Volume 1.3.2 Temperature 1.3.3 Weight 1.4 Yes Virginia, Beer contains Alcohol 1.5 A Short History of Beer in the World 1.5.1 The Very Early Years (pre-historic to Romans) 1.5.2 Beer in Europe before 1500 1.5.3 Colonization and the New World 1.5.4 Beer in Post-1700 Europe 1.5.5 Beer in the Far East 1.6 Beer in the United States 1.6.1 Beer unites the nation 1.6.2 Expansion across the west 1.6.3 Temperance and Prohibition 1.6.4 Prohibition in the US 1.6.5 Post-prohibition 1.6.6 Returning to the home 1.7 The Current Market for Beer Laboratory Exercises Familiarization with laboratory measurements Exploring the Internet Chapter 2 – Beer Styles 2.1 Judging Beer 2.1.1 Beer Styles 2.1.2 Conforming to a Style 2.2 Parameters that Classify a Beer Style 2.2.1 Physical Parameters 2.3 Common Beer Styles 2.3.1 Lagers 2.3.1.1 European Lagers 2.3.1.2 English Lagers 2.3.1.3 American Lagers 2.3.1.4 Other Lagers 2.3.2 Ales 2.3.2.1 European Ales 2.3.2.2 English, Scottish and Irish Ales 2.3.2.3 American Ales 2.3.3 Hybrids (talk about Calif. Common, etc…) 2.4 Historical Beer Styles 2.5 How to Sample and Taste Beer 2.5.1 Beer Glasses 2.5.2 Serving Temperature 2.5.3 Sampling and Tasting Laboratory Exercises Density measurements SRM Determination Chapter 3 – Molecules and Other Matters 3.1 The Atom 3.1.1 Compounds 3.2 Laws that Govern Atoms, Molecules, and Ionic Compounds 3.3 The World of Carbon-Containing Molecules 3.3.1 Basic Functional Groups in Brewing 3.3.2 Amino acid polymers 3.3.3 Drawing Organic Molecules 3.3.4 Naming Organic Molecules 3.4 Reactions of Organic Molecules 3.4.1 Oxidation and Reduction 3.4.2 Condensation Reactions 3.4.3 Isomerization Reactions 3.4.4 Radical Reactions 3.4.5 Maillard Reactions Laboratory Exercises Building models in 3-D Chapter 4 – Overview of the Brewing Process 4.1 Overview of the Process 4.1.1 Agriculture 4.1.2 Malting 4.1.3 Milling 4.1.4 Mashing 4.1.5 Lautering and Sparging 4.1.6 Boiling 4.1.7 Fermentation 4.1.8 Maturation 4.1.9 Filtration 4.1.10 Packaging 4.2 Cleaning and Sterilizing 4.3 Inputs and Outputs 4.3.1 Water 4.3.2 Grains and Malts 4.3.3 Hops 4.3.4 Yeast 4.3.5 Finished product Laboratory Exercises Sketch the overview Research on Barley Chapter 5 – Malting and Water 5.1 Biology of Barley 5.1.1 The Barley Corn 5.1.2 Barley and the Farmer 5.1.3 Barley Diseases and Pests 5.1.4 Sorting and Grading 5.2 Malting Barley 5.2.1 Germination of Barley 5.2.2 Equipment used in Malting 5.2.3 Problems Arising from Malting 5.3 Maillard Reactions 5.4 Water – the most important ingredient 5.4.1 Types of water 5.4.1.1 Aquifers 5.4.1.2 Brewery Water 5.4.2 What’s in the water? 5.4.2.1 Cations in water 5.4.2.2 Anions in water 5.4.2.3 Reactions in water 5.4.3 pH 5.4.3.1 Residual Alkalinity Laboratory Exercises Germination of barley Chapter 6 – Milling and Mashing 6.1 Milling 6.1.1 Purpose of milling 6.1.2 Equipment used in milling 6.2 Purpose of mashing 6.3 Equipment used in Mashing 6.3.1 Cereal Cookers 6.3.2 Mash Mixer and Mash Kettles 6.3.3 Mash Tun 6.3.4 Processes in Mashing 6.4 Enzymes and what they are 6.5 Chemistry while Resting 6.5.1 Starch 6.5.1 Phytase 6.5.2 Glucanase 6.5.3 Proteases and peptidases 6.5.4 Alpha-amylase 6.5.5 Beta-amylase 6.5.6 Mashout 6.6 Efficiency of Extraction 6.6.1 Efficiency Calculations 6.6.2 Mash pH 6.6.3 Mash Thickness Laboratory Exercises The Effect of Temperature and pH on Mashing Efficiency Chapter 7 – Lautering and Sparging 7.1 Introduction 7.2 Fluid physics: Static case 7.2.1 Pressure 7.2.2 Pascal’s Law 7.3 Fluid Physics: Dynamic case 7.3.1 Conservation of mass: the continuity equation 7.3.2: Bernoulli’s principle and laminar flow 7.3.3 Pressure and Hydraulic Head 7.3.4 Head and Pump Dynamics. 7.3.5 Darcy’s Law and laminar flow in porous media 7.4 Equipment used in Sparging and Lautering 7.4.1 Batch Sparging 7.4.2 Fly Sparging 7.4.3 Mash Filter 7.5 When do we stop sparging? Laboratory Exercises Exploring Darcy’s law Chapter 8 – Boiling 8.1 Why Boil the Wort? 8.2 The Equipment of the Boil 8.2.1 Metals and Heating 8.2.2 Corrosion 8.2.3 Methods for Heating 8.2.4 Direct Fire Vessels 8.2.5 Calandria 8.2.6 Other Heating Systems 8.3 Heat and Temperature 8.3.1 Types of Energy 8.4 Heat Capacity and Heat Transfer 8.4.1 Phase Transition – Boiling 8.4.2 Power 8.5 Hops in the Boil 8.5.1 The hop flower revisited 8.5.2 Hop Oil Constituents 8.5.3 Modified Hop Oils Laboratory Exercises Hop Tea and Identifying Flavors Determination of Percent Hop Acids in Hops. Determination of Wort Viscosity during Boil. Chapter 9 – Cooling and Fermenting 9.0 Setting the Stage 9.1 Wort Chilling 9.1.1 Heat Exchangers 9.1.2 Multiple stage heat exchangers 9.2 Equipment used in Fermentation 9.2.1 Refrigeration 9.2.1.1 Introductory Thermodynamics. State variables and processes. 9.2.1.2 Internal energy and the first law of thermodynamics 9.2.1.3 Thermodynamic Processes 9.2.1.4 Reversible and irreversible processes in thermodynamics 9.2.1.5 The most efficient cycle: The Carnot cycle. 9.2.1.6 Type of refrigerants. 9.2.1.7 Mechanical implementation of refrigeration. Glycol circulation. 9.2.2 Fermenters, CCV, round squares. 9.2.2.1 Aeration and pressure effects 9.3 Yeast 9.3.1 Yeast Morphology 9.3.2 Yeast Metabolism 9.3.2.1 Aerobic Conditions 9.3.2.2 Anaerobic Conditions 9.3.2.3 Effects on metabolism 9.3.3 Products of Yeast Laboratory Exercises The Effect of Sugars on Fermentation Chapter 10 – Maturation and Carbonation 10.1 The purpose of maturation 10.1.1 Secondary fermentation 10.1.2 Warm maturation 10.1.3 Cold maturation 10.1.4 Other adjustments 10.2 Equipment Used in Maturation 10.2.1 Horizontal versus Vertical 10.2.2 Cask Conditioning 10.3 Carbonation 10.3.1 The principles of carbonation 10.3.2 Equipment used to Carbonate 10.3.2.1 Inline methods 10.3.2.2 Online methods 10.3.3 Issues with Carbonation Laboratory Exercises Diacetyl Determination in Beer Adjusting the Color Chapter 11 – Clarification and Filtration 11.1 Introduction 11.2 Colloids and Colloidal Stability 11.2.1 What is a colloid? 11.2.2 Formation in beer 11.2.3 Turbidity Measurements 11.2.4 Shelf-life 11.3 Clarification 11.3.1 During Boiling 11.3.2 During Fermentation 11.3.3 During Maturation 11.4 Filtration 11.4.1 Principles of filtration 11.4.2 Filtration equipment 11.4.2.1 The Sheet Filter 11.4.2.2 The Lenticular Filter 11.4.2.3 Powder Filters (Candle, Leaf, and Plate&Frame Filters) 11.4.2.4 Crossflow Filters 11.4.3 Issues with Filtration 11.4.3.1 Product Safety Hazards 11.4.3.2 Product Quality Hazards 11.4.3.3 Operator Safety Hazards Chapter 12 – Packaging 12.1 Introduction 12.2 Carbonation and Other Gases 12.2.1 Pressure Loss in Transferring Liquids 12.2.2 Temperature Increases during production 12.2.3 Other Gases used in “carbonation” 12.3 Packaging 12.3.1 Small Pack 12.3.1.1 Bottles 12.3.1.2 Cans 12.3.1.3 Plastic 12.3.2 Large Pack 12.4 Pasteurization 12.4.1 Tunnel Pasteurization 12.4.2 Flash Pasteurization 12.4.3 Other methods of Pasteurization Laboratory Exercises Thermal Expansion of Water Chapter 13 – Quality Assurance and Quality Control 13.1 What is Quality? 13.1.1 Quality for the Consumer 13.1.2 Quality for the Brewery 13.1.3 What Quality is not 13.2 Quality Control 13.2.1 Methods in Quality Control 13.3 Quality Assurance 13.3.1 Good Brewery Practice 13.3.2 Addressing production using PDCA 13.4 Addressing Product Safety 13.4.1 FSMA 13.4.2 HACCP 13.5 Sensory Analyses 13.5.1 Types of sensory evaluations 13.6 Safety in the Brewery Laboratory Exercises Turbidity in Beer Appendix A – Math for the Brewer A.0 Introduction A.1 Designing your brew A.1.1 Volume. A.1.2 Designing the Grain Bill A.1.3 Hops A.1.4 Percent alcohol by volume (ABV) A.1.5 Color and SRM A.2 Misc - Strike water temperature Appendix B – R134a Refrigerant Data B.0 Introduction B.1 Saturated, organized by Temperature B.2 Saturated, organized by pressure B.3 Superheated Vapor Appendix C – Sensory Statistical Data C.0 Introduction C.1 Difference Testing Statistics

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Book SynopsisIntroduction to meat processing industry.- Structure, composition, nutritive value and biochemistry of post-mortem muscle.- Quality requirements of meat for processing.- Processed meat products.- Herbs, spices and condiments for processed meat products.- Introduction to functional meat products.- Design and development of meat-based functional foods.- Reduced and low fat meat products.- Probiotic meat products.- Low salt meat products.- Nitrite reduction or replacement in processed meat products.- Natural antioxidants and antimicrobials in processed meat products.- Application of enzymes in processed meat products.- Cultured meat.- Reduction of carcinogenic N-nitroso compounds and polycylic aromatic hydrocarbons (PAHs) in processed meat products.- Nanotechnology in meat processing industry.- Current techniques and technologies of meat quality evaluation.- Innovation in sensory assessment of processed meat products.- Authentication of processed meat products.- Market, regulatory and consumer challenges of functional meat products.- Advances in production of low fat meat products.- 3D printing in the development of meat based products.- Valorization of meat waste and by-products.- Environmental issue of meat.

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Book Synopsis1. Introduction and Background.- 2. Elements of Fundamentals of Oxidative Metabolism.- Biochemistry Aspects.- 3. Nutritionally Mediated Oxidative Stress.- 4. Molecular Mechanisms of Oxidative Stress-Induced Diseases.- 5. High Carbohydrates Intake and Type 2 Diabetes.- 6. High Animal-Based Proteins and Cancer.- 7. Excessive Consumption of Fats and Cardiovascular Disease.- Pharmacological Insights.- 8. The Role of Diets in Oxidative Stress-Induced Diseases.

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Book SynopsisContribution of genome editing technologies towards improved nutrition and sustainability of aquaculture systems.- Emerging aquaculture technologies for food and nutritional security.- Health and Nutritional Benefits of Fish as Human Food.- Aquaculture a way forward to combat climate change.- Global food insecurity - role of fishes to compensate food insecurity and nutritional demand.- Breeding technology for sustainable aquaculture and food security - current advancements and future prospects.- Sustainable aquaculture practices for mitigating environmental impacts and improving food security.- Intervening with fish genetics and breeding programs to end hunger and achieve food security and nutrition - A global perspective.- Role of Aquaculture Biotechnology in Food Security and Nutrition.- Aquaponics - a novel aquaculture technology for sustainable and nutritious food production.- Ecosystem services of aquatic biodiversity for food production and livelihoods.- Impact of global warming on fisheries.- Solar panel advancements in aquaculture and food production system.- Carbon Credits and Sustainable Aquaculture - Pathway to a Greener Future.- Environmental DNA (eDNA) metabarcoding - a molecular tool for seafood authentication and conservation of endangered species.- Pesticide biomagnification - a comprehensive exploration of environmental dynamics and human health implications.- Understanding the seasonal proximate composition of Himalayan snow trout Schizothorax labiatus for ensuring food security.- Strategic planning for biofloc technology in Tilapia culture - A pathway to sustainable food security.- Algal biotechnology for the production of food.- Sustainable aquaculture: enhancing food security with energy efficiency.- Functional feed additives in aquaculture to improve food security.- Microplastic an emerging threat to nutritional and food security.- Aquaculture Technologies and Practices - Balancing Innovation, Environment and Economy for Sustainability.- Climate change and freshwater ecosystem - Impacts and future prospective.- COVID-19 and global environmental change - A threat to food security and nutrition.- Pronouncing the Role of Fisheries and Aquaculture in Enhancing Food and Nutritional Security.- Fish Protein - A Nutritional Solution for Global Food Security.- Contributions of fisheries and aquaculture to food security in Africa.

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Book SynopsisIntroduction to Food and Dairy Process Engineering.- Principles of Food and Dairy Safety-Challenges and Opportunities.- Quality Assurance and Control in Food and Dairy Products.- Fluid Mechanics in Food and Dairy Processing.- Heat Transfer and Pasteurization Techniques.- Separation Technologies in Food and Dairy Process Engineering  Filtration and Centrifugation Methods.- Food and Dairy Fermentation Processes.- Food and Dairy Freezing and Cooling Techniques.- Mixing, Blending, and Emulsification in Processing.- Zero Hunger: Food and Dairy Packaging Preservation.- Advances in Food and Dairy Processing Technologies.- Food and Dairy By-Products Utilization-Successful Cases.- Enzymes and Biotechnology in Food Processing.- Recent Developments in Sensory Assessment and Consumer Preference Techniques.- Food and Dairy Product Shelf Life Extension.- Regulatory Compliance and Food Safety Standards.- Novel extraction technology in food processing.- Future Trends in Food and Dairy Process Engineering and Business-A Comprehensive Exploration.

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Book SynopsisFood quality assessment from a green approach.- Non-destructive / non-invasive method development, evaluation, and transfer.- Near-infrared spectroscopy (NIR).- Mid-infrared spectroscopy (MIR).- Raman spectroscopy.- Other spectroscopies: Terahertz spectroscopy, X-ray spectroscopy.- Thermal imaging.- Machine vision.- Multispectral & hyperspectral imaging (MSI & HSI).- Mass spectrometry imaging (MSI).- Microfluidic-based analytical devices (FADs).- Analysis of milk and dairy products.- Analysis of honey and related bee-based products.- Analysis of fats and vegetable oils.- Analysis of vegetable products.- Analysis of beverages.- Analysis of other food products: spices and culinary herbs.

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Book SynopsisA Brief Overview of Nutraceuticals.- Foundation of Nutraceuticals in Preventive Medicine.- Nutraceuticals in Metabolism and Xenobiotics.- Nutraceuticals in the Prevention of Cancer.- Nutraceuticals in Metabolic Syndrome and Diabetes.- Nutraceuticals in the Prevention of Chronic Renal Disease.- Treatment of Chronic Pancreatitis via Nutraceuticals.- Prevention of Chronic Obstructive Pulmonary Disease via Nutraceuticals.- Nutraceuticals in Inflammatory Autoimmune Diseases.- Nutraceuticals and Infertility.- Nutraceuticals and Suboptimal Health: The Relationship and Significance.- Effect of Excess Nutraceuticals on Human Health.

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Book SynopsisTheme 1:Advanced Technologies in Food Production and Processing.- 1.Nanotechnology and Biosensors in Food Processing, Packaging, and Safety.- 2.AI/ML applications in agriculture and food processing.- 3.The Convolutional Neural Networks Model of Algorithm is used to identify diseases in the leaves of sweet lemon plants-A Comprehensive Review.- 4.Application of Artificial Intelligence in Sexing of Hatching Eggs: Present Status, Challenges and Future Direction for Sustainable Egg Industry.- 5.Technological Advances in Smart and Sustainable Agri-culture: The Role of Internet of Things, Artificial Intelligence, Big Data Analysis, Machine Learning & Deep Learning.- 6.Internet of Things (IoT) and artificial intelligence (AI) in agriculture: applications for sustainable crop protection.- 7.Digital Twins & Industry 5.0 On Food Management.- 8.Robotics and Automation in food manufacturing.- 9.Exploring the Fusion - Applications and Challenges of Integrating Food Technology with Big Data and Industry 5.0.- 10.Utilizing Industry 5.0 Technologies to improve food production and promote sustainability in Agriculture.- 11.Industry 5.0 technologies for sustainable food production.- 12.Quantifying the Complexity of Agricultural Data for Regression and  Classification Problems.- 13.Cultivating with Precision: Mitigating Risks and Maximizing Yields.- 14.Leveraging Artificial Intelligence and Millet for Sustainable Agriculture: Advancing UN SDGs in the Era of Industry 5.0.- 15.Optimizing Nutrient Uptake: Nano-Fertilizers and Soil Amendments.- 16.IoT and digital twins for smart food supply chains.- Theme 2:Sustainability, Ethics, and Regulatory Aspects in Food Industry 5.0.- 17.Emerging trends shaping the sustainable future of food industry 5.0: Challenges and opportunities.- 18.Future Trends and Prospects of the Food Industry: Perspectives from Hospitality.- 19.Harvesting Ethics: Forging Responsible Paths in AI and ML for the Agri-Food Industry.- 20.Redefining the Agri-Food Landscape: The Role of Digital Agriculture and Precision Farming in Mitigating Climate Change Impacts on Agri-food Sector.- 21.Regulatory Framework for Industry 5.0 in Food Wastage in Hospitality Industry: Transmuting Intelligent Food System Uplifting Sustainability.- Theme 3:Economic and Industry Perspectives in Food Technology.- 22.Feeding the Future: Economic Implications of Food Tech Innovation.- 23. Future Trends and Prospects for diet in the Food Industry.- 24. Future trends and prospects in dairy industry.- 25.Leveraging Blockchain Technology for Enhanced Food Traceability and Transparency.- 26. Understanding the Economic Dynamics of the Food Tech Revolution.- 27. Blockchain Technology in Food Supply Chain Management: Enhancing Traceability, Safety, and Quality.

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Book SynopsisCitrus waste utilization.-  Valorization of citrus fruit waste and by-products through fermentation process.- Citrus peel waste management of Oranges.- Valorization of citrus food to improve food safety.- Extraction of bioactive compounds from citrus through novel Innovative techniques.- Synthesis of energy from citrus waste through the torrefaction method.- Biowaste from citrus reticulata peels as an effective antiepileptic.- Challenges and opportunities in the citrus waste valorization.- Citrus food waste is a valuable source of bioactive components and application in the food industry.- Valorization of citrus waste for the synthesis of value-added products.- Extraction of bioactive compounds from citrus waste through green technologies.- Citrus waste as a potential source of nutraceuticals.- Citrus peel waste management of Lemon.- Valorization of citrus processing waste towards sustainability.- From Peel to Pulp: Maximizing Citrus Byproducts.- Zesty Transformations: Culinary Adventures with Citrus Waste.- Citrus Waste in Agriculture: Fertilizers and Soil Amendments.- The Flavors of Sustainability: Citrus Waste in Distillation.- The Art of Preservation: Citrus Waste in Food Packaging.- Citrus Waste in Biotechnology: Biofuels and Beyond.

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