Pages: 15

Food packaging is a requisite part of the food industry, which is meant to preserve all types of foods. Prognosticating which element consumers are ready to pay extra for has become unambiguous in recent times. The demands for natural quality food, enhanced safety, less processed, longer shelf life and ready to eat food are matters of main importance. The rising awareness of food-borne illness and environmental conservation has driven the food industry to apply more innovative and effective solutions for food packaging. In the food industry, a burgeoning concern is utilization of appropriate packaging materials viz, nano-materials, microencapsulation technique, edible coatings, biodegradable coatings and films with better thermal and mechanical characteristics to thwart contamination and spoilage of food items. Active packaging retains the nutritive profile of packaged foods. The uncertainties over risks, which few of these novel materials might pose to consumer and environmental safety, are also summarized here. This chapter delineates advancements made towards strategies for food packaging.

Pages: 16

A variety of factors can cause contaminants in food during the processing of food. Nevertheless, determining the source of an adulterant throughout food processing is difficult, regardless of whether they emerge from raw materials, methods of food processing, or the material used in food packaging. Food safety and human health are inextricably linked. As a result, this it is critical to employ scientific and pragmatic procedures to avert and minimize contamination during food processing. This chapter discusses contaminants including raw materials manufacturing, the process of producing food items, and methods of eliminating or minimizing their impact on the overall food chain. Additionally, it explains how HACCP (Hazard Analysis and Critical Control Points) implementation in the food industry necessitates an understanding of risks and their controls.

Pages: 12

This chapter covers various aspects of green practices specifically in the hospitality industry. It covers the literature from various sources that talks about not only green but sustainable practices which are being continuously adopted by the hospitality sector. It also includes that how these practices are benefiting the industry in terms of profits and customers are also aware of such upcoming trends in the restaurants. Furthermore, it also covers various pros and cons associated with the adoption of green sustainable practices in the hospitality industry.

Pages: 14

The food industry is undergoing a dynamic process of transformation in its continual development in order to meet the requirements and solve the great problems represented by a constantly growing global population and food claimants in both quantity and quality. In this sense, it is necessary to evaluate the technological trends and advances that will change the landscape of the food processing industry, highlighting the latest requirements for equipment functionality. It’s especially important to assess the impact of sustainable green biotechnology-based technologies on today’s food industry and to do that by examining the mega-consumption trends that always influence the industry’s prospect, which range from local sourcing to being on food, to increasing organic food products and clean labels. Although these factors may have seemed unique to food manufacturing, they have significant effects on the way components are made. This study presents an overview of the food industry in-depth, focusing on the use of developing technologies in improving food preservation, bioactive chemical extraction, bioengineering tools, and other biobased methods for the food industry’s development.

Pages: 20

Food processing, through the reduction of waste and the prevention of spoilage, contributes significantly to the solution of food security concerns. Considering not just the types and quantities of nutrients that are required for optimal health, but also the proportion of a particular vitamin that is actually available for use by our bodies, has become increasingly significant in recent years, according to the latest research. The notions of “bioactivity,” “bioavailability,” and “accessibility” are all addressed in depth in this chapter. Food component quality and preservation are investigated in order to determine what factors influence the quality and preservation of food components. This means that non-thermal technologies can have an impact on a wide range of dietary components, including protein and carbohydrate, as well as vitamins and minerals, among others. Non-thermal technologies can have an impact on polyphenolics and glucosides, as well as fragrance compounds and enzyme activity, although their functional qualities are unaffected by these changes. Many non-thermal processing technologies are available for preserving the bioavailability of food components while simultaneously improving their functional and technical properties, while also increasing the amount of agricultural inputs that may be recovered. Process conditions for each component must be checked and optimized on a continuous basis to ensure that they meet specifications. After all, these technologies have already been put to the test in a real-world corporate context, and the results have been overwhelmingly positive. In this regard, additional research is required. Modern food manufacturing methods have made significant advancements in the inclusion of components, the fortification of foods, and the overall pattern of human eating habits.

Pages: 16

Besides meeting the food demands of an ever-expanding world population, the food processing sector has contributed to the boost in the local economy with regard to the manufacturing process and global economy in the context of food logistics plus export-import. However, on similar lines with other industrial sectors, this one is also no exception in being largely responsible for the exhaustion of existing fossil fuels and addition of CO2 into the atmosphere. Considering this and the important roles which the food industry plays, the focus is now being shifted towards the installation and adoption of various energy efficient devices and strategies respectively. The present chapter is an attempt in having a glance at the vast potential of the food processing sector at the national and international level; energy consumption patterns existing in it; different energy saving alternatives and a whole array of challenges lying ahead while traversing this path of becoming energy effective in order to develop a comprehensive understanding and an improvised plan thereof. This type of work is expected to help the farmers and allied sectors to streamline the process of setting up a food processing industry, generating employment opportunities and reaping economic benefits in addition to the sustainable use of exhaustible energy resources.

Pages: 14

Due to continuous growth of the world population there is need for sustainable food production so that we can provide nutritious and healthy food to the global population. Therefore, extensive research effort is required to ensure global food security and food safety through improvement in the nutritional quality of the food products and in the crop production. Moreover, change in climatic conditions are causing a serious threat to global food security and the ecosystem through altering soil characteristics, microorganism functions, and various plant physiological processes, via reducing the plant growth and productivity. In this context, food science and technology exhibit an important role in securing sustainable food and nutrition security. For example, various food processing techniques are used to increase the shelf life of food products in order to make them safe and improve the food sustainability and also to decline the food waste. This chapter emphasizes the current scenario of global food security and various causes of food waste. The effect of abiotic stresses on crop productivity and methods to improve food security is also discussed in this chapter.

Pages: 12

Food holds society together to a large extent, and what we eat impacts in many areas of our lives. Food safety continues to be a key concern in the global food chain. In developing countries, food safety systems, quality and policies associated with it are experiencing a significant shift toward high-value goods. It has been seen in past that food safety has been questioned. Hence, the demand for safe, high quality food for consumption has risen drastically in the last one decade. Appropriate regulations are required to facilitate this change, which will include a thorough grasp of consumer preferences. As a result, the goal of this study was to identify and understand the key obstacles that the food industry and facilities encounter in implementing preventative measures. Data will be obtained from secondary sources, and the technique will be qualitative. To have a better understanding of this idea, an extensive examination of many publications, websites, and investigations was conducted. The findings might be utilized to create better policies, quality management parameters that benefit policymakers, customers and the country as a whole.

Pages: 24

Recent advances in science and technology have transformed the food industry completely. Nanotechnology has completely revolutionized the food industry by making the use of nanoparticles-based nanomaterials for the betterment of human life as it offers complete food solutions from food manufacturing, processing to packaging. This chapter summarizes the potential use of nanoparticles in food processing and food packaging industry in order to provide safer, nutritious, flavoured, pathogen free food with enhanced shelf life to consumers. Various types of nanomaterial based latest food packaging techniques viz. biobased packaging, improved packaging, active packaging and nanobiosensors based smart packaging methods are also discussed. A brief insight of safety issues concerned with nanoprocessed foods in relation to health of consumers and environmental safety is also made.