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Gesamtkatalog

Catalogue complet

Microbial Pigments

Applications in Food and Beverage Industry

Sustainability in the Coffee Production Chain covers sustainable practices at every stage in the creation of coffee, from plant to cup. The book begins with coverage of sustainable coffee farming, with topics including regenerative agroforestry systems and the potential of different coffee plant species to adapt to the impacts of climate change. Innovative uses of coffee by-products, emission reduction, and recyclable packaging are also key areas of coverage. With sustainability considered at every step of coffee’s journey from field to mug, this book is an important resource for coffee researchers and industry professionals dedicated to fostering a sustainable future for coffee production.

Sustainability in the Coffee Production Chain

Sustainable Food Systems and the Circular Economy

Integrating Statistical and Management Methods of Quality, Fourth Edition

A First Course in Quality Engineering

Fashion and Postmodernism

Torn

Quality Management in Engineering: Scientific Processes and Methods for the Automotive Industry, Second Edition, builds upon the first edition's strong foundation in quality management while addressing two critical industry advancements: supplier quality management and perceived quality frameworks. It offers a comprehensive exploration of methodologies designed to meet modern challenges, ensuring both functional excellence and aesthetic appeal in product development. Enhanced with automotive case studies featuring electric vehicle and autonomous driving technologies, this edition provides practical, science-based approaches for implementing robust quality systems throughout the product lifecycle.This new edition includes expanded coverage of supplier quality management, reflecting the evolution of suppliers from parts producers to design, software, and assembly partners. Case studies involving EV battery manufacturers and autonomous driving technologies illustrate these advancements. Additionally, the book introduces a science-based Perceived Quality (PQ) framework, addressing customers' growing expectations for products that combine reliability, functionality, and aesthetic appeal. This framework includes methodologies for design analysis, prototype evaluation, and craftsmanship, supported by visual examples from global automotive models.Written for engineering professionals, quality managers, and academics, the new edition is tailored to meet the needs of both Original Equipment Manufacturers (OEMs) and suppliers. Industry practitioners will benefit from practical tools such as Quality Function Deployment (QFD) and Fault Tree Analysis (FTA), while academics will find real-world applications of theoretical principles. Whether you're working in the automotive industry or studying its best practices, this edition provides invaluable insights into modern quality management.

A Scientific and Systematic Approach for the Automotive Industry

Quality Management in Engineering

This book presents a cohesive collection of cutting-edge research focused on advanced decision-support methodologies for complex and ambiguous operational contexts. This volume systematically assembles ten pivotal studies employing uncertain decision-making, multi-criteria decision analysis (MCDA), and tailored optimization models to address substantive challenges in supply chain management, sustainable operations, and strategic planning.The contributions span a rigorous methodological spectrum, including fuzzy PDCA cycles for green performance evaluation, hybrid MCDM frameworks for lean tool selection, and robust optimization for resilient network design. Applications are drawn from critical domains such as healthcare logistics during epidemic response, sustainable supply chain configuration, and large-scale project trade-off analysis under resource constraints. Each chapter demonstrates the translation of theoretical computational models into applied solutions for decision-making under volatility, incomplete information, and multi-objective pressures.This volume will serve as a significant reference for academics and graduate researchers in management science, operations research, and industrial engineering. It provides a structured examination of how contemporary soft computing and operational research techniques can be leveraged to enhance analytical rigor and strategic outcomes in the face of pervasive environmental uncertainty.The chapters in this book were published in International Journal of Management Science and Engineering Management.

Innovation Decision-Making Under Uncertain Environment

Nutrition isn't rocket science; it's harder. There are new diet fads, bold claims about superfoods and articles promising the secrets to lasting weight-loss and longevity. The more 'expert' advice we hear about diet, the less clarity we have about what to eat. In Food Intelligence, award-winning health journalist, Julia Belluz, and internationally renowned nutrition and metabolism scientist, Kevin Hall, cut through the myths about nutrition in a comprehensive book on food and diet, revealing the latest science and research on: · How protein, fat, carbs and vitamins impact our bodies · The wonders of metabolism · Blood sugar trackers and precision nutrition · How the food environment around us shapes our eating habits · Ultra-processed and hyper palatable foods Humane and deeply reported, this journey into the science of what we eat will equip you with the food intelligence you need to better understand what's on your dinner plate, how it got there, and why you eat it.

A comprehensive book on food, diet, metabolism and healthy eating

Food Intelligence

This timely volume explores the relationship between environmental responsibility and pharmaceutical innovation, providing insights into how sustainable methods are already changing pharmaceutical research, as well as discussing their impact on medical science and healthcare in the future. Highlighting a range of cutting-edge topics such as green chemistry, waste reduction, energy efficiency and the development of eco-friendly pharmaceuticals, the book provides a comprehensive overview of how the pharmaceutical industry is being revolutionized by sustainable practices. Readers will also learn about biocatalysis, renewable feedstocks and environmentally benign solvents, spotlighting their roles in reducing the environmental footprint of drug production. Featuring case studies which offer practical insights and lessons learned, the book addresses the multidisciplinary nature of environmental sustainability by bridging the gaps between pharmaceutical science, environmental science, engineering and policymaking. This will be a valuable resource for researchers, students and professionals alike.

Current Issues and Future Directions

Environmental Sustainability and Green Technology in Pharmaceutical Research

Cybersecurity strategies for food and agriculture critical infrastructure operations Securing What Feeds Us: Cybersecurity in Food and Agriculture is the first book dedicated to cybersecurity threats facing the food and agriculture sector. Written by Kristin King, founder of AnzenSage, with over two decades spanning IT, OT/ICS, and cybersecurity, this book addresses insider sabotage, ransomware attacks on supply chains, and nation-state threats targeting production operations across farming, processing, transportation, and retail. Cyber incidents in food and agriculture carry consequences that extend beyond data loss to food safety, public health, environmental impact, and supply continuity. The book covers cyber-physical systems security across the full food supply chain, from ag-tech and animal feed to distribution networks and retail operations. It connects food system vulnerabilities to interdependent critical infrastructure including water, energy, and logistics. Readers gain practical resilience strategies, real-world incident accounts from industry practitioners, and actionable steps for maintaining food safety and production continuity during cyber events - along with a deeper understanding of how the global food supply chain actually functions and where it is most vulnerable. Readers will also find: <ul> <li>Coverage of OT and ICS security challenges specific to food processing plants and agricultural production environments</li> <li>Strategies for maintaining food safety, employee protection, and production continuity when cyber incidents disrupt operations</li> <li>Analysis of how cyberattacks on food systems cascade across water, energy, and logistics infrastructure</li> <li>Insights drawn from real practitioner experience and conversations across food and agriculture operations</li> <li>Frameworks for building cyber resilience tailored to the unique operational realities of the food sector</li> </ul> Written for anyone seeking to understand how our modern food supply works and what keeps it secure. Designed for food and agriculture professionals-farmers, processing plant managers, supply chain operators, and executives-it delivers sector-specific cybersecurity strategies grounded in operational realities. Cybersecurity practitioners serving the food sector will also gain critical context for protecting OT/ICS environments across farming, processing, and distribution operations.

Cybersecurity in Food and Agriculture

Securing What Feeds Us

Pulse proteins are reshaping the future of food. Once regarded simply as macronutrients, they are now recognised as dynamic components that define flavour, texture, functionality and nutritional value. Pulse Proteins: Food Product Formulation follows the complete lifecycle of pulse proteins in the food industry, from botanical sources through state¿of¿the¿art extraction and isolation, targeted modification and rigorous characterisation, to their diverse food applications. It showcases techniques and sustainable practices used to obtain pure, high¿quality pulse protein fractions, and examines the real¿world processing hurdles and innovation opportunities inherent in deploying pulses as credible alternatives to animal proteins.The book offers a comprehensive survey of major and emerging pulses, detailing their nutritional composition, bioactive compounds, nutraceutical potential and global production landscapes. It integrates advances in extraction, modification and functionality with insights into bioactivity and formulation, linking molecular properties to sensory performance and stability in finished products. For food scientists, researchers, product developers and sustainability leaders, this book provides the evidence base, technical depth and practical guidance needed to accelerate pulse¿based innovation and deliver better, more sustainable foods.

Food Product Formulation

Pulse Proteins

This book provides a comprehensive and scientifically rigorous exploration of dust explosion hazards, with a specific focus on both pharmaceutical and food industries. It systematically examines the fundamental and applied aspects of dust explosion safety, integrating key concepts from physical chemistry, engineering, and risk management fields.¿ Introduces the concept of dust explosions, defining their nature, causes, and most influencing factors.¿ Presents case studies as well as an in-depth review of significant accidents over the past 50 years in both pharma and food industries, highlighting lessons learned and the ongoing challenges in preventing such accidents.¿ Delves into the phenomenology of organic dust explosions, elucidating the physicochemical phenomena underlying the ignition and propagation of dust explosions.¿ Addresses the experimental methodologies used to characterize dust explosion hazards.¿ Explores risk mitigation strategies and protective measures tailored to the characteristics of the specific organic dusts and industrial equipment treated in the book.By synthesizing the latest knowledge and addressing both theoretical and practical aspects, this book serves as a resource for a wide range of readers, including safety professionals, engineers, researchers, and students. It will not only equip readers with the tools to assess and mitigate explosion risks but also aim to inspire ongoing research and innovation in this critical area of industrial safety.

Dust Explosions in the Pharmaceutical and Food Industries

This book explores how modern technologies-especially data analytics, machine learning (ML), and the Internet of Things (IoT)-are transforming supply chain and manufacturing operations. Bridging academic research and industrial practice, the book presents data as a strategic asset driving agility, efficiency, and resilience.Structured around four themes, it covers:-- Foundational analytics and optimization-- Predictive and prescriptive analytics for proactive decision-making-- Real-time IoT data for workflow monitoring and control-- Digital Twins and Natural Language Processing (NLP) for modeling and interactionChapters include mathematical modeling, case studies, and implementation frameworks, with coverage spanning stochastic forecasting, reinforcement learning, anomaly detection, and semantic parsing of logistics documentation.Key benefits include its emphasis on integrated intelligence-blending ML, IoT, and simulation for real-time, predictive insights. It also highlights scalability across industries, with tools adaptable to sectors like automotive, healthcare, and aerospace. Each chapter concludes with open problems and future directions, offering a roadmap for innovation in intelligent operations.

From Predictive Analytics to Natural Language Processing

Data-Driven Innovation in Supply Chains and Manufacturing

Microbial Pigments

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