Ricardo Simpson – författare

Access the Latest Advances in Food Quality Optimization and Safety AssuranceThermal processing has undergone a remarkable amount of research throughout the past decade, indicating that the process not only remains viable, but that it is also expanding around the world.An organized exploration of new developments in academic and current food industry practices, Engineering Aspects of Thermal Food Processing presents groundbreaking advances in the physical and engineering aspects of thermal food processing, paying particular attention to modeling, simulation, optimization, online control, and automation.Divided into Four Cohesive SectionsUnder the editorial guidance of a leading thermal processing authority, the book first covers the fundamentals and new processes in the thermal processing industry, including new packaging materials like retortable pouches. The second section moves on to mathematical modeling and simulation, which also addresses emerging preservation technology such as ohmic heating.The third section of the book is devoted to optimization, recognizing that mathematical optimization is the key ingredient for computing optimal operating policies and building advanced decision support systems. This section discusses processes like thermal sterilization, microwave processing, and in-line aseptic processing as well as an analysis of plant production productivity. The final section examines online control and automation describing a practical and efficient strategy for on-line correction of thermal process deviations during retort sterilization of canned foods. Concluding with expert analysis and discussion of the manufacturers’ businesses in today’s competitive marketplace, Engineering Aspects of Thermal Food Processing explores the entire processing line from model

1. 1. Thermal Processing Principles 1. 1. 1. ThermalProcessing A generation ago the title of this book would have contained such terms as canning, bottling, sterilization and heat preservation; however, with the passage of time it has become necessary to use a more general title. The term thermal processing is used here in a general sense and relates to the determination of heating conditions required to produce microbiologically safe products of acce- able eating quality. It conveys the essential point that this book is concerned with the heating and cooling of packaged food products. The only attempt to produce a generic title has been due to Bitting (1937), who used the term appertizing, after the process developed and commercialized by Nicholas Appert (1810) to describe the canning and bottling process. Despite the need for a generic term, rather surprisingly, this has never been used to any great extent in the technical press. The phrase packaged foods is also used in a general sense, and we shall be concerned with a variety of packaging materials, not just tin-plate, aluminum and glass, but also rigid and semi-rigid plastic materials formed into the shape of cans, pouches and bottles. The products known originally as canned or bottled products are now referred to as heat-preserved foods or thermally processed foods. Thermal Processing is part of a much wider ?eld–that of industrial sterilization–whichincludesmedicalandpharmaceutical applications. Thosec- cerned with these subjects will ?nd much of the information in this book will apply directly to their technologies.

Access the Latest Advances in Food Quality Optimization and Safety AssuranceThermal processing has undergone a remarkable amount of research throughout the past decade, indicating that the process not only remains viable, but that it is also expanding around the world.An organized exploration of new developments in academic and current food industr

Access the Latest Advances in Food Quality Optimization and Safety AssuranceThermal processing has undergone a remarkable amount of research throughout the past decade, indicating that the process not only remains viable, but that it is also expanding around the world.An organized exploration of new developments in academic and current food industry practices, Engineering Aspects of Thermal Food Processing presents groundbreaking advances in the physical and engineering aspects of thermal food processing, paying particular attention to modeling, simulation, optimization, online control, and automation.Divided into Four Cohesive SectionsUnder the editorial guidance of a leading thermal processing authority, the book first covers the fundamentals and new processes in the thermal processing industry, including new packaging materials like retortable pouches. The second section moves on to mathematical modeling and simulation, which also addresses emerging preservation technology such as ohmic heating.The third section of the book is devoted to optimization, recognizing that mathematical optimization is the key ingredient for computing optimal operating policies and building advanced decision support systems. This section discusses processes like thermal sterilization, microwave processing, and in-line aseptic processing as well as an analysis of plant production productivity. The final section examines online control and automation describing a practical and efficient strategy for on-line correction of thermal process deviations during retort sterilization of canned foods. Concluding with expert analysis and discussion of the manufacturers’ businesses in today’s competitive marketplace, Engineering Aspects of Thermal Food Processing explores the entire processing line from model

Access the Latest Advances in Food Quality Optimization and Safety AssuranceThermal processing has undergone a remarkable amount of research throughout the past decade, indicating that the process not only remains viable, but that it is also expanding around the world.An organized exploration of new developments in academic and current food industr

The International Conference on Food Engineering is held every four years and draws global participation. ICEF 10 will be held in April 2008 in Chile with the theme of food engineering at interfaces. This will not be a typical proceedings with uneven contributions. Papers will be solicited from each plenary speaker plus two or three invited speakers from each topic and the goal is to publish a book that conveys the interdisciplinary spirit of the meeting as well as covers the topics in depth, creating a strong reference work. The idea is to explore how food engineers have to be prepared in years ahead not only to perform in their normal activities but also to engage in new challenges and opportunities that will make the profession more attractive, responsive, and able to create a larger impact. These challenges and opportunities are within the profession and at interfaces with other areas. A major role of engineers is to incorporate new knowledge into the profession and respond to practical needs. The goal is to explore how food engineers are integrating developments in the basic sciences of physics and chemistry, nutrition, informatics, material sciences, genomics (and other -omics), quality and safety, consumer behavior and gastronomy. Interfaces with the environment, the business sector, regulations and export markets are also important to consider.

The International Conference on Food Engineering is held every four years and draws global participation. ICEF 10 will be held in April 2008 in Chile with the theme of food engineering at interfaces. This will not be a typical proceedings with uneven contributions. Papers will be solicited from each plenary speaker plus two or three invited speakers from each topic and the goal is to publish a book that conveys the interdisciplinary spirit of the meeting as well as covers the topics in depth, creating a strong reference work. The idea is to explore how food engineers have to be prepared in years ahead not only to perform in their normal activities but also to engage in new challenges and opportunities that will make the profession more attractive, responsive, and able to create a larger impact. These challenges and opportunities are within the profession and at interfaces with other areas. A major role of engineers is to incorporate new knowledge into the profession and respond to practical needs. The goal is to explore how food engineers are integrating developments in the basic sciences of physics and chemistry, nutrition, informatics, material sciences, genomics (and other -omics), quality and safety, consumer behavior and gastronomy. Interfaces with the environment, the business sector, regulations and export markets are also important to consider.

The International Conference on Food Engineering is held every four years and draws global participation. ICEF 10 will be held in April 2008 in Chile with the theme of food engineering at interfaces. This will not be a typical proceedings with uneven contributions. Papers will be solicited from each plenary speaker plus two or three invited speakers from each topic and the goal is to publish a book that conveys the interdisciplinary spirit of the meeting as well as covers the topics in depth, creating a strong reference work. The idea is to explore how food engineers have to be prepared in years ahead not only to perform in their normal activities but also to engage in new challenges and opportunities that will make the profession more attractive, responsive, and able to create a larger impact. These challenges and opportunities are within the profession and at interfaces with other areas. A major role of engineers is to incorporate new knowledge into the profession and respond to practical needs. The goal is to explore how food engineers are integrating developments in the basic sciences of physics and chemistry, nutrition, informatics, material sciences, genomics (and other -omics), quality and safety, consumer behavior and gastronomy. Interfaces with the environment, the business sector, regulations and export markets are also important to consider.

The goal of this textbook is to provide first-year engineering students with a firm grounding in the fundamentals of chemical and bioprocess engineering. However, instead of being a general overview of the two topics, Fundamentals of Chemical and Bioprocess Engineering will identify and focus on specific areas in which attaining a solid competency is desired. This strategy is the direct result of studies showing that broad-based courses at the freshman level often leave students grappling with a lot of material, which results in a low rate of retention. Specifically, strong emphasis will be placed on the topic of material balances, with the intent that students exiting a course based upon this textbook will be significantly higher on Bloom’s Taxonomy (knowledge, comprehension, application, analysis and synthesis, evaluation, creation) relating to material balances. In addition, this book also provides students with a highly developed ability toanalyze problems from the material balances perspective, which leaves them with important skills for the future. The textbook consists of numerous exercises and their solutions. Problems are classified by their level of difficulty. Each chapter has references and selected web pages to vividly illustrate each example. In addition, to engage students and increase their comprehension and rate of retention, many examples involve real-world situations.

1. 1. Thermal Processing Principles 1. 1. 1. ThermalProcessing A generation ago the title of this book would have contained such terms as canning, bottling, sterilization and heat preservation; however, with the passage of time it has become necessary to use a more general title. The term thermal processing is used here in a general sense and relates to the determination of heating conditions required to produce microbiologically safe products of acce- able eating quality. It conveys the essential point that this book is concerned with the heating and cooling of packaged food products. The only attempt to produce a generic title has been due to Bitting (1937), who used the term appertizing, after the process developed and commercialized by Nicholas Appert (1810) to describe the canning and bottling process. Despite the need for a generic term, rather surprisingly, this has never been used to any great extent in the technical press. The phrase packaged foods is also used in a general sense, and we shall be concerned with a variety of packaging materials, not just tin-plate, aluminum and glass, but also rigid and semi-rigid plastic materials formed into the shape of cans, pouches and bottles. The products known originally as canned or bottled products are now referred to as heat-preserved foods or thermally processed foods. Thermal Processing is part of a much wider ?eld–that of industrial sterilization–whichincludesmedicalandpharmaceutical applications. Thosec- cerned with these subjects will ?nd much of the information in this book will apply directly to their technologies.

The goal of this textbook is to provide first-year engineering students with a firm grounding in the fundamentals of chemical and bioprocess engineering. However, instead of being a general overview of the two topics, Fundamentals of Chemical and Bioprocess Engineering will identify and focus on specific areas in which attaining a solid competency is desired. This strategy is the direct result of studies showing that broad-based courses at the freshman level often leave students grappling with a lot of material, which results in a low rate of retention. Specifically, strong emphasis will be placed on the topic of material balances, with the intent that students exiting a course based upon this textbook will be significantly higher on Bloom’s Taxonomy (knowledge, comprehension, application, analysis and synthesis, evaluation, creation) relating to material balances. In addition, this book also provides students with a highly developed ability toanalyze problems from the material balances perspective, which leaves them with important skills for the future. The textbook consists of numerous exercises and their solutions. Problems are classified by their level of difficulty. Each chapter has references and selected web pages to vividly illustrate each example. In addition, to engage students and increase their comprehension and rate of retention, many examples involve real-world situations.

This book is based on some of the invited presentations at the XIII Ibero American Congress on Food Engineering (CIBIA XIII) which was held in Medellín, Colombia, in March 2022 under the leadership of Professor Oscar A. Vega-Castro. Invited presentations were delivered by renowned food engineers worldwide and covered the latest on classic and novel topics driving food process engineering. The selected topics are centered on how food process engineering is addressing new challenges related to various topics of relevance to the food engineering community and beyond. It is relevant to mention that other topics from distinguished colleagues that even though did not attend were added to contribute to the quality of the overall book as well as to expand its thoroughness. It is worth to mention that all the chapters were rigorously peer reviewed as well as copyedited by a professional copyeditor, in other words, this book are not proceedings This book will be included  in the Springer Food  Engineering  Book Series with more than 70 titles, the largest food engineering  series worldwide.As mentioned before “Selected Topics in Food Process Engineering” is a very appealing blend of the novel approaches to manufacture the foods of the future as well as update classic topics truly relevant to the profession. This integration of what is new to what is known resulted in quite a unique blend of state-of-the art topics either on classic topics or novel ones. Some of the topics included in this book follows,Food engineering contributions to health, environment, and wellnessThe role of food engineering during pandemicsModeling of selected food processesClean technologies for the processing and preservation of foodsAlternative thermal and nonthermal processesNanotechnology in food processingStarch digestionExtraction processes in the food industryFood factory of the future3D Food Printing This text serves as an inspirational tool for future research in food engineering and beyond as it promotes the well-being of the population in terms of adequate food supply by bridging engineering knowledge, the food chain and the fourth industrial revolution. The Editors are confident this book will be a valuable addition to the body of knowledge in food engineering and allied sciences.

This book is based on some of the invited presentations at the XIII Ibero American Congress on Food Engineering (CIBIA XIII) which was held in Medellín, Colombia, in March 2022 under the leadership of Professor Oscar A. Vega-Castro. Invited presentations were delivered by renowned food engineers worldwide and covered the latest on classic and novel topics driving food process engineering. The selected topics are centered on how food process engineering is addressing new challenges related to various topics of relevance to the food engineering community and beyond. It is relevant to mention that other topics from distinguished colleagues that even though did not attend were added to contribute to the quality of the overall book as well as to expand its thoroughness. It is worth to mention that all the chapters were rigorously peer reviewed as well as copyedited by a professional copyeditor, in other words, this book are not proceedings This book will be included  in the Springer Food  Engineering  Book Series with more than 70 titles, the largest food engineering  series worldwide.As mentioned before “Selected Topics in Food Process Engineering” is a very appealing blend of the novel approaches to manufacture the foods of the future as well as update classic topics truly relevant to the profession. This integration of what is new to what is known resulted in quite a unique blend of state-of-the art topics either on classic topics or novel ones. Some of the topics included in this book follows,Food engineering contributions to health, environment, and wellnessThe role of food engineering during pandemicsModeling of selected food processesClean technologies for the processing and preservation of foodsAlternative thermal and nonthermal processesNanotechnology in food processingStarch digestionExtraction processes in the food industryFood factory of the future3D Food Printing This text serves as an inspirational tool for future research in food engineering and beyond as it promotes the well-being of the population in terms of adequate food supply by bridging engineering knowledge, the food chain and the fourth industrial revolution. The Editors are confident this book will be a valuable addition to the body of knowledge in food engineering and allied sciences.

This new edition discusses the physical and engineering aspects of the thermal processing of packaged foods and examines the methods which have been used to establish the time and temperature of processes suitable to achieve adequate sterilization or pasteurization of the packaged food.The third edition is totally renewed and updated, including new concepts and areas that are relevant for thermal food processing:This edition is formed by 22 chapters—arranged in five parts—that maintain great parts of the first and second editionsThe First part includes five chapters analyzing different topics associated to heat transfer mechanism during canning process, kinetic of microbial death, sterilization criteria and safety aspect of thermal processing.The second part, entitled Thermal Food Process Evaluation Techniques, includes six chapters and discusses the main process evaluation techniques.The third part includes six chapters treating subjects related with pressure in containers, simultaneous sterilization and thermal food processing equipment.The fourth part includes four chapters including computational fluid dynamics and multi-objective optimization.The fifth part, entitled Innovative Thermal Food Processing, includes a chapter focused on two innovative processes used for food sterilization such high pressure with thermal sterilization and ohmic heating.Thermal Processing of Packaged Foods, Third Edition is intended for a broad audience, from undergraduate to post graduate students, scientists, engineers and professionals working for the food industry.

This new edition discusses the physical and engineering aspects of the thermal processing of packaged foods and examines the methods which have been used to establish the time and temperature of processes suitable to achieve adequate sterilization or pasteurization of the packaged food.

The third edition is totally renewed and updated, including new concepts and areas that are relevant for thermal food processing:

This edition is formed by 22 chapters—arranged in five parts—that maintain great parts of the first and second editionsThe First part includes five chapters analyzing different topics associated to heat transfer mechanism during canning process, kinetic of microbial death, sterilization criteria and safety aspect of thermal processing.The second part, entitled Thermal Food Process Evaluation Techniques, includes six chapters and discusses the main process evaluation techniques.The third part includes six chapters treating subjects related with pressure in containers, simultaneous sterilization and thermal food processing equipment.The fourth part includes four chapters including computational fluid dynamics and multi-objective optimization.The fifth part, entitled Innovative Thermal Food Processing, includes a chapter focused on two innovative processes used for food sterilization such high pressure with thermal sterilization and ohmic heating.

Thermal Processing of Pa

ckaged Foods, Third Edition is intended for a broad audience, from undergraduate to post graduate students, scientists, engineers and professionals working for the food industry.