Nome da Atividade
Grain processing technologies (Tecnologia de industrialização de grãos)
CÓDIGO
0220063
Carga Horária
68 horas
Tipo de Atividade
DISCIPLINA
Periodicidade
Semestral
Modalidade
PRESENCIAL
Unidade responsável
CARGA HORÁRIA TEÓRICA
4
CRÉDITOS
4
FREQUÊNCIA APROVAÇÃO
75%
Ementa
Consumer trends in food consumption. Overview of grain production, consumption and industrial technologies. Industrialization of pulse foods. Fermentation. Wheat processing. Baking and dough rheology, cakes, pastries, muffins and bagels. Cookies, biscuits and crackers. Extrusion processing for pasta and expanded extrudates production. Corn processing. Oat processing. Emerging technologies for improving nutritional properties of grains and derivatives. Fortification of grain-based foods. Oilseeds processing. Soy concentrates and isolates. Coffee processing and quality. Rice processing.
Objectives
Objetivo Geral:
Consumer trends in food consumption. Overview of grain production, consumption and industrial technologies. Industrialization of pulse foods. Fermentation. Wheat processing. Baking and dough rheology, cakes, pastries, muffins and bagels. Cookies, biscuits and crackers. Extrusion processing for pasta and expanded extrudates production. Corn processing. Oat processing. Emerging technologies for improving nutritional properties of grains and derivatives. Fortification of grain-based foods. Oilseeds processing. Soy concentrates and isolates. Coffee processing and quality. Rice processing.Conteúdo Programático
Consumer trends in food consumption
Overview of grain production, consumption and industrial technologies around the world
Industrialization of pulse foods – green beans, dry beans, canned beans, sprouted beans and fermented pulses
Innovative technologies of pulses processing – quick-cook dehydrated pulses, pulse roasting, dielectric heating, pulsed electric field treatment, high-pressure processing, irradiation
Fermentation: origins and applications, historical background, factors affecting fermentation, food safety and nutritional implications, flours/porridges/beverages examples, soy based fermented foods
Wheat processing – grain quality, semolina quality, wheat milling, mill products and their uses, wheat segregation, flour treatments and additives, food safety
Baking and dough rheology, cakes, pastries, muffins and bagels
Cookies, biscuits and crackers – processing and factors that affect quality parameters and consumer’s acceptability
Extrusion processing for pasta and expanded extrudates production – extrusion parameters and their effects on end-product quality, pasta quality, expanded extrudates quality, research achievements and trends
Corn processing – QPM maize, dry-milling, wet-milling, corn flakes production and processing parameters
Oat processing – major uses in food industry, processing and quality requirements
Emerging technologies for improving nutritional properties of grains and derivatives
Fortification of grain-based foods – criteria for food fortification, methods for cereal fortification, compounds used as a source of minerals and vitamins, future prospects
Oilseeds processing – oil extraction and refining, utilization of co- or by-products, oxidative quality of soybean oil, rice and maize oil quality, food uses of refined oils
Soy concentrates and isolates – functional properties, nutritional properties and food applications
Coffee processing and quality
Rice processing – conventional and advanced processing, parboiling, Chinese food uses of rice, quality traits, instant cooking rice, pigmented rice, aromatic rice quality
Exams
Overview of grain production, consumption and industrial technologies around the world
Industrialization of pulse foods – green beans, dry beans, canned beans, sprouted beans and fermented pulses
Innovative technologies of pulses processing – quick-cook dehydrated pulses, pulse roasting, dielectric heating, pulsed electric field treatment, high-pressure processing, irradiation
Fermentation: origins and applications, historical background, factors affecting fermentation, food safety and nutritional implications, flours/porridges/beverages examples, soy based fermented foods
Wheat processing – grain quality, semolina quality, wheat milling, mill products and their uses, wheat segregation, flour treatments and additives, food safety
Baking and dough rheology, cakes, pastries, muffins and bagels
Cookies, biscuits and crackers – processing and factors that affect quality parameters and consumer’s acceptability
Extrusion processing for pasta and expanded extrudates production – extrusion parameters and their effects on end-product quality, pasta quality, expanded extrudates quality, research achievements and trends
Corn processing – QPM maize, dry-milling, wet-milling, corn flakes production and processing parameters
Oat processing – major uses in food industry, processing and quality requirements
Emerging technologies for improving nutritional properties of grains and derivatives
Fortification of grain-based foods – criteria for food fortification, methods for cereal fortification, compounds used as a source of minerals and vitamins, future prospects
Oilseeds processing – oil extraction and refining, utilization of co- or by-products, oxidative quality of soybean oil, rice and maize oil quality, food uses of refined oils
Soy concentrates and isolates – functional properties, nutritional properties and food applications
Coffee processing and quality
Rice processing – conventional and advanced processing, parboiling, Chinese food uses of rice, quality traits, instant cooking rice, pigmented rice, aromatic rice quality
Exams
Bibliografia
Bibliografia Básica:
- Colin Wrigley, Harold Corke, Charles Walker. Encyclopedia of grain science. Elsevier, Academic Press. 2004. 1392 p.
- Colin Wrigley, Ian Batey, Diane Miskelly. Cereal grains: Assessing and maintaining the quality. Elsevier. 2017. 832 p.
- Jim Smith, Edward Charter. Functional food products development. Blackwell Publishinf Ltd. 2010. 307 p.