Fish Canning Handbook Fish Canning Handbook Edited by Les Bratt Canning continues to be an extremely important form of food preservation commercially, and canned fish represents a source of relatively inexpensive, nutritious and healthy food which is stable at ambient temperatures, has long shelf life and in consequence is eminently suitable for worldwide distribution. It is vitally important that all canning operations are undertaken in keeping with the rigorous application of good manufacturing practices if the food is to be safe at the point of consumption. This demands that all personnel involved in the management and operation of cannery operations have a competent understanding of the technologies involved, including the basic requirements for container integrity and safe heat sterilisation. This book provides a source of up to date and detailed technical information for all those involved in the production of canned fish, from students thinking of entering the industry, to regulatory authorities with responsibility for official inspection, trading companies and retail organisations who purchase canned fish, as well as the manufacturers themselves. An exhaustive range of topics is covered in 15 chapters, including: the current global market; processing, packaging and storage operations; food safety and quality assurance; international legal requirements and laboratory analysis. Also available from Wiley-Blackwell Fishery Products: Quality, safety and authenticity Edited by H. Rehbein and J. Oehlenschläger ISBN 978-1-4051-4162-8 Handbook of Seafood Quality, Safety and Health Applications Edited by C. Alasalvar, F. Shahidi, K. Miyashita and U. Wanasundara ISBN 978-1-4051-8070-2 Fish Processing: Sustainability and new opportunities Edited by G. Hall ISBN 978-1-4051-9047-3

Canning is the most important factor in the fishery industry today, but information concerning the principles of canning fishery products has not been assembled, nor has a description of modern canning methods been previously available. This report is a reference handbook on problems in the commercial canning of fishery products. In addition to discussing the scientific principles on which canning is based, it outlines the various engineering problems faced by the canner, and gives a detailed description of the methods used today in the commercial canning of 48 varieties of fish and shellfish packed commercially in hermetically sealed containers. Information on spoilage and methods used in the examination of fishery products is of use to the laboratory worker. The discussion on fishery products as food is of benefit to producers, brokers, dealers, food technologists, home economists, consumers, and all others interested in foods and their use.

Excerpt from preface: This book is designed for both the scientific and the practical man. It attempts to give the chemist and biologist a general survey of the fishery industries, pointing out their relative importance, indicating their location, and describing the methods in common use. There has been no attempt to consider all the methods of the fisheries; if this were attempted, a lengthy treatise such as G. Brown Goode's "Fisheries and fishery industries of the United States" would result. By reading this book, the practical man may learn how chemistry and biology are correlated with the fishery industries. Simple language is used throughout. But few technical terms are included and care is taken to define those terms which may not be familiar to the layman. The author hopes that this book may fill the long felt need of the student of industrial biology, for a concise treatise on the fishery industries. These industries have been considered from a scientific viewpoint and, while it is impossible to go into great detail in describing the applications of chemistry, physics, and biology in the preparation and preservation of marine products, the applications are outlined and references to the original literature are given which should serve as a guide for study. In all cases, special consideration is given to American methods and processes. Obviously, it is impossible to treat of the technology of the marine products industries in all parts of the world; however, especially important foreign industries are described. A special effort is made to describe carefully the manufacture and refining of solar sea salt. It is hoped that the information presented will be of value not only to the student of industrial chemistry and the marine industries but also to the salt manufacturer. It is hoped that the book may call attention to the great need for chemical and biological research to solve the numerous problems of the fishery industries. Several of these problems are brought to the attention of the reader in the last chapter.

What makes "Home Canning Meat, Poultry, Fish and Vegetables" unique is that it simplifies the procedures that are used by the canning industry to process low-acid foods (meat, fish, vegetables). This knowledge enables readers to safely can their products at home. There is a thorough discussion of metal cans, can sealers and their operation, double seam defects, and more, all supported with many images and diagrams. Pressure canners and canning in glass jars is covered in detail. In addition, there is a large collection of recipes, both for glass jars and metal cans. This work is based on the U.S. government requirements as specified in the Code of Federal Regulations, with all relevant links listed. Home canned products do not fall under the jurisdiction of government agencies so the rules are not enforced. Therefore, home canned products account for the majority of food poisoning cases. The commercial production of low-acid foods (meat, fish, vegetables) is highly regulated by the Food and Drug Administration (FDA) and the United States Department of Agriculture (USDA), and rightly so, since people get sick and die from eating tainted food. After studying this book, a newcomer to the art of canning will be able to safely process foods at home in both glass and metal containers.