Thermal Processing Of Foods

The food industry has utilized automated control systems for over a quarter of a century. However, the past decade has seen an increase in the use of more sophisticated software-driven, on-line control systems, especially in thermal processing unit operations. As these software-driven control systems have become more complex, the need to validate their operation has become more important. In addition to validating new control systems, some food companies have undertaken the more difficult task of validating legacy control systems that have been operating for a number of years on retorts or aseptic systems.

Thermal Processing: Control and Automation presents an overview of various facets of thermal processing and packaging from industry, academic, and government representatives. The book contains information that will be valuable not only to a person interested in understanding the fundamental aspects of thermal processing (eg graduate students), but also to those involved in designing the processes (eg process specialists based in food manufacturing) and those who are involved in process filing with USDA or FDA. The book focuses on technical aspects, both from a thermal processing standpoint and from an automation and process control standpoint. Coverage includes established technologies such as retorting as well as emerging technologies such as continuous flow microwave processing. The book addresses both the theoretical and applied aspects of thermal processing, concluding with speculations on future trends and directions.

K. P. Sandeep is Professor of Food Engineering at North Carolina State University. Professor Sandeep has contributed to eight books, 44 peer-reviewed publications, and nearly 100 abstracts, posters, and presentations on aseptic processing and related topics.

Contributors.

Chapter 1 Introduction (K.P. Sandeep).

Chapter 2 Elements, Modes, Techniques, and Design of Process Control for Thermal Processes (David Bresnahan).

Chapter 3 Process Control of Retorts (Ray Carroll).

Chapter 4 On-Line Control Strategies to Correct Deviant Thermal Processes: Batch Sterilization of Low-Acid Foods (Ricardo Simpson, I. Figueroa, and Arthur A. Teixeira).

Chapter 5 Computer Software for On-Line Correction of Process Deviations in Batch Retorts (Arthur A. Teixeira and Murat O. Balaban).

Chapter 6 Optimization, Control, and Validation of Thermal Processes for Shelf-Stable Products (Franc¸ois Zuber, Antoine Cazier, and Jean Larousse).

Chapter 7 Instrumentation, Control, and Modeling of Continuous Flow Microwave Processing (Cristina Sabliov and Dorin Boldor).

Index.