The Interaction of Food Industry and Environment addresses all levels of interaction, paying particular attention to avenues for responsible operational excellence in food production and processing. Written at a scientific level, this book explores many topics relating to the food industry and environment, including environmental management systems, environmental performance evaluation, the correlation between food industry, sustainable diets and environment, environmental regulation on the profitability of sustainable water use in the food industry, lifecycle assessment, green supply chain network design and sustainability, the valorization of food processing waste via biorefineries, food-energy-environment trilemma, wastewater treatment, and much more. Readers will also find valuable information on energy production from food processing waste, packaging and food sustainability, the concept of virtual water in the food industry, water reconditioning and reuse in the food industry, and control of odors in the food industry. This book is a welcomed resource for food scientists and technologists, environmentalists, food and environmental engineers and academics.

The world population is expected to increase exponentially within the next decade, which means that the food demand will increase and so will waste production. There is a need for effective food waste management as wasted food leads to overutilization of water and fossil fuels and increasing greenhouse gas emissions from the degradation of food. Global Initiatives for Waste Reduction and Cutting Food Loss explores methods for reducing waste and cutting food loss in order to help the environment and support local communities, as well as solve issues including that of land space. Covering topics that include food degradation, enzymes, and microorganisms, this publication is designed for policymakers, environmentalists, engineers, government officials, researchers, scientists, academicians, and students.

Winner of the Outstanding Manuscript Award from Phi Alpha Theta, this work explains how nationhood emerges by viewing countries as cultural artifacts, a product of "invented traditions." In the case of France, scholars sharply disagree, not only over the nature of French national identity but also over the extent to which diverse and sometimes hostile provincial communities became integrated into the nation. In When Champagne Became French: Wine and the Making of a National Identity, Kolleen M. Guy offers a new perspective on this debate by looking at one of the central elements in French national culture -- luxury wine -- and the rural communities that profited from its production.

Focusing on the development of the champagne industry between 1820 and 1920, Guy explores the role of private interests in the creation of national culture and in the nation-building process. Drawing on concepts from social and cultural history, she shows how champagne helped fuel the revolution in consumption as social groups searched for new ways to develop cohesion and to establish status. By the end of the nineteenth century, Guy concludes, the champagne-producing provinces in the department of Marne had developed a rhetoric of French identity that promoted its own marketing success as national. This ability to mask local interests as national concerns convinced government officials of the need, at both national and international levels, to protect champagne as a French patrimony.

There are various innovations and new technologies being produced in the energy, transportation, and building industries to combat climate change and improve environmental performance, but another way to combat this is examining the world's food resources. Currently, there are global challenges associated with livestock and meat consumption, giving way to resource scarcity and the inability to sustain animal agriculture. Environmental, Health, and Business Opportunities in the New Meat Alternatives Market is a pivotal reference source that provides vital research on the development of plant-based foods and nutritional outcomes. Through analyzing innovative and disruptive trends in the food industry, it presents opportunities utilizing meat alternatives to create a more engaged consumer, a stronger economy, and a better environment. Highlighting topics such as meat consumption, nutrition, health, and gender perspectives, this book is ideally designed for policymakers, economists, health professionals, nutritionists, technology developers, academicians, and graduate-level students.

The increasing demand for food as well as changes in consumption habits have led to the greater availability and variety of food with a longer shelf life. However, these items, when not properly preserved, can lead to severe food-borne illnesses that can be fatal. Thus, countless studies are now geared towards the processing, distributing, and safe storage of foods. Novel Technologies and Systems for Food Preservation is an essential reference source that discusses novel and emerging cooling and heating technologies, processes, and systems for food preservation, as well as improvements for control and monitoring systems that aim to foster energy efficiency, equipment safety, and performance. Additionally, it looks at concepts that may be useful for the development of new policies and legislation concerning food preservation. Featuring research on topics such as energy efficiency, food quality, and legislation policies, this book is ideally designed for government officials, policymakers, food and service industry professionals, food safety inspectors, researchers, academicians, and students.

The growing food industry is currently employing a large number of microbial products. Microbial products are of biological origin and are considered safe as compared to synthetic and chemical formulations. Microbial products are used in the processing or manufacturing of a variety of food products. These days, fermented foods have become very common. Enzymes, pigments, and organic acids of microbial origin are common in the food industry. Demand for microbial products and metabolites are continuously increasing, and microbial products are an area of commercial interest for the food biotechnology and microbial biotechnology industries. This book covers microbial enzymes along with their utilization in the food industry. Important enzymes including amylase, inulinase, pullulanase, protease, aspartase, naringinase, cellulose, xylanase, pectinase, and asparaginase have been discussed, along with their potent applications in the food industry. Also, microbial polysaccharides, organic acids, and pigments of microbial origin have been discussed. This book will provide important insight regarding microbial enzymes and additives for the food industry now and in the future. This text will be helpful for graduate, post graduate students, researchers, and industry professionals, extensively engaged in the area of food science and technology, food biotechnology, and industrial biotechnology.

2019 James Beard Foundation Book Award winner: Reference, History, and Scholarship A century and a half ago, when the food industry was first taking root, few consumers trusted packaged foods. Americans had just begun to shift away from eating foods that they grew themselves or purchased from neighbors. With the advent of canning, consumers were introduced to foods produced by unknown hands and packed in corrodible metal that seemed to defy the laws of nature by resisting decay.   Since that unpromising beginning, the American food supply has undergone a revolution, moving away from a system based on fresh, locally grown goods to one dominated by packaged foods. How did this come to be? How did we learn to trust that food preserved within an opaque can was safe and desirable to eat? Anna Zeide reveals the answers through the story of the canning industry, taking us on a journey to understand how food industry leaders leveraged the powers of science, marketing, and politics to win over a reluctant public, even as consumers resisted at every turn.

Traditional farming systems have dominated the agricultural sector for the past few centuries. However, the past few years have proven that new, non-traditional farming methods, such as passive and non-passive solar drying, are essential in the wake of diminishing food production globally. Optimizing the Use of Farm Waste and Non-Farm Waste to Increase Productivity and Food Security: Emerging Research and Opportunities is a crucial reference source that provides vital research on the application of enhanced productivity, flexibility, competitiveness, and sustainability within an individual farming enterprise to promote food security. While highlighting topics such as biogas production, food distribution network, and aquaculture diversification, this publication explores utilizing farm waste in a circular approach to optimize material utilization in a farming system to realize a zero-waste scenario and the methods individual farms can practice to operate sufficiently to become successful and contribute to the attainment of national food security. This book is ideally designed for policymakers, farmers, researchers, agriculture engineers, environmental engineers, and development specialists seeking current research on non-farm waste contributions as sources of raw materials.

When John Cadbury came to Birmingham in 1824, he sold tea, coffee and drinking chocolate in a small shop on Bull Street. Drinking chocolate was considered a healthy alternative to alcohol, something Cadbury, a Quaker, was keen to encourage. In 1879, the Cadburys moved to Bournville and created their 'factory in a garden' - an unprecedented move. It is now ironic that today's Bournville is surrounded by that urban sprawl the Cadburys were so keen to get away from. This book looks at some of the social impact this company has had since its inception, both on the chocolate and cocoa business in general and on the community at large, both within and without the firm of Cadbury. In 2024, Cadbury's will be celebrating 200 years of the first store opening. This is the story of how the company began, how it grew, and how they diversified in order to survive.