The book presents techniques in the make and supply of grains, natural products, vegetables, and flavors. It points of interest the physiology, structure, organization, and attributes of grains and products. The content spreads postharvest technology through preparing, taking care of, drying and processing to capacity, bundling, and appropriation. Moreover, it analyzes cooling and preservation procedures used to keep up the quality and the abatement deterioration and shrinking of agricultural items. This book tends to factors that are associated with keeping up the nature of grains, beats, oilseeds, foods grown from the ground after harvest. This book consolidates data on postharvest administration, standards associated with readiness of different items and also strategy engaged with home scale and additionally mechanical handling of oats, beats, oilseeds, products of the soil. General phrasings utilized as a part of the sustenance science and technology are additionally incorporated into this book. This will build the per capita accessibility of products of the soil. One object of this book is to compose the scatted data and to manage the current advancement of postharvest administration and preparing advances, for example, forms, operations, outlines different angles, for example, drying, parboiling, processing, by-items usage and inventive item improvement from agricultural crude material.

This enlarged and fully-revised edition of a comprehensive text and reference book examines the principles, process, operation, design, and other aspects of drying, parboiling, storage, milling, and by-products of common cereals, pulses and oilseeds. Different types of machinery used in rice and other grain milling have been examined in detail and special emphasis has been placed on specifications, design, and testing procedures of modern grain dryers, husk fired furnaces, and data on physiothermal and physiochemical properties of cereal grains.

Drying of pharmaceutical products, drying of biotechnologicl products, drying of peat and biofuels, druing of fibrous materials, drying ofpulp and paper, of wood and wood products, drying in mineral proces sing, modeling, measurements, and efficeiencies of infrared eryers for paper drying, drying of coal, drying of coated webs, drying of polymersupeheated stema drying, dryer feeder systems, dryer emision control systems, cost estimation methods for dryers, energy aspects in drying safeth aspects of industrial dryers, humidity measurements, control of industrial dryers.

World health authorities recommend people maximize their protein intake through vegetable sources (such as pulses), and reduce protein intake from animal sources. Increasing vegetable protein intake has been shown to be positively associated with the reduction of both cardiovascular-disease-related mortality and all-cause mortality. Pulse consumption has been shown to improve satiety and metabolism of glucose and lipids, due to their high protein and fiber content, which makes their consumption ideal for preventing and managing obesity. In recent years, there has been increasing demand for pulses and pulse-based products in developed countries. Several large-scale collaborative research projects on pulse products have been initiated by government agencies. Similarly, established multinational food companies have developed pulse product units. Pulses: Processing and Product Development fulfills the need for a comprehensive book on processing and products of pulses. The book addresses a specific pulse with each chapter to meet a wide range of audiences from undergraduate students to consumers.

This book covers various method of extending the postharvest life of fruits and vegetables viz, storage, packaging, canning, chemical & low temperatures preservation, irradiation, fermentation & waste management.

This textbook highlights the engineering fundamentals and processing aspects of agricultural produce and covers important aspects of agro-processing and food engineering in one place. The chapters cover material handling, drying, size reduction process, mixing and forming, cleaning and separation, storage, and processing of cereals, pulses, oilseeds, fruit and vegetables, and their products. The book’s contents are systematically designed to provide a balanced overview of agro-processing techniques from the basic concepts to the case study, handling of the materials, and different unit operations. The systematic and simple elaboration of scientific aspects will make it unique and help to develop skills in the field. Many illustrations in form of diagrams/charts/pictures provide a clear understanding. Solved numerical problems, which are given in the chapters, will provide students clarity in conceptualizing the basics. The book covers the syllabus related to agro-processing and food engineering at the undergraduate and postgraduate level in various universities, agricultural universities, allied institutes, and colleges across the globe. It will be extremely beneficial to students as it covers the most important and relevant topics, which are hardly covered in any other single compilation and published textbooks. It would be a good textbook for universities, agricultural universities, institutes, and colleges running courses in agriculture, horticulture, postharvest technology, process and food engineering, food engineering, food engineering and technology, food technology, food science, and food and nutrition.

Agronomic crops have been used to provide foods, beverages, fodders, fuels, medicines and industrial raw materials since the dawn of human civilization. Today, agronomic crops are being cultivated by employing scientific methods instead of traditional methods. However, in the current era of climate change, agronomic crops are subjected to various environmental stresses, which results in substantial yield loss. To meet the food demands of the ever-increasing global population, new technologies and management practices are being adopted to boost yield and maintain productivity under both normal and adverse conditions. Scientists are now exploring a variety of approaches to the sustainable production of agronomic crops, including varietal development, soil management, nutrient and water management, pest management, etc. Researchers have also made remarkable progress in developing stress tolerance in crops through different approaches. However, achieving optimal production to meet the increasing food demand is an open challenge. Although there have been numerous publications on the above-mentioned problems, and despite the extensive research being conducted on them, there is hardly any comprehensive book available. In response, this book offers a timely resource, addressing all aspects of production technologies, management practices and stress tolerance in agronomic crops in a single volume.

Food shapes a standout amongst the most basic parts imperative to human living, and with expanding mindfulness about issues of wellbeing, cleanliness and sanitation, shoppers have at long last woken upto the issue of food cleanliness. The fundamental worry of a customer lies in food security, quality and validness. Food control strategies have turn out to be greatly fundamental in nowadays and age, where flare-ups of food-borne infections are normal. These methods ought not just accentuation after keeping up clean food in all regards, they should be quick, solid and practical. This book portrays in detail a portion of the food cleanliness methods utilized mechanically and also in homes. It concentrates on various units, instruments and frameworks utilized for quality and cleanliness control of food, food stiffs and food handling condition, with accentuation additionally being given to the approval systems of official associations required 'in food administration. Food cleanliness preparing is fundamental for any individual who handles food as a major aspect of their work and in that capacity is a critical component of many courses. This book has been doled out keeping in minds the requirements of the individuals who handle food in a scope of occupations and it is trusted that this book is of tremendous use to them. We hope therefore that this book will not only reach those who are now responsible for product quality and safety in food companies, and for the design, building and installation of food plants, but particularly also to those who will assume such responsibility in the future.

Authentic and authoritative, this presentation shares a comprehensive overview of the extensive research undertaken by the Agro Economic Research Centers (AERCs) and the concerns confronting Indian agriculture. Established across the states in India to provide policy feedback to the Ministry of Agriculture, the AERCs generated many important research initiatives and debates over five decades. This second volume focuses on the problems confronted at the regional level by each of the participating states.