Food Biotechnology and Food Process Engineering TEAGASC WORKSHOP July, 25, 2007 Dietrich Knorr [email protected]
Dec 23, 2015
Food Biotechnology and Food Process Engineering
TEAGASC WORKSHOPJuly, 25, 2007
Dietrich Knorr
Food Quality & Manufacturing
Value-added innovative food products will be manufactured fulfilling consumer requirements for superior product quality, convenience, availability
and affordabilityKey success factors• Improved innovation system: deliver real products faster;
– Impact on lifestyle changes: “providing what you need”
– From product to diet • Preference, Acceptance and Needs of the consumer
(pleasure, health, performance) at the heart of the SRA: Directs all steps in the food production process. Reverse engineering.
• Robustness of new technologies: applicable to various commodities. SMEs can use local biodiversity to produce and possibly export a diversity of niche products.
• Re(de)fine food technology curriculum at educationalinstituttions, including nutrition, integrating food properties and process, etc.
Food Biotechnology and Food Process Engineering
Goal 1. Producing tailor-made food products
Major research challenges1. To develop and apply novel processes for the implementation of the
PAN profiles through innovative product functions 2. To develop convenient, tailored personalised food products to meet
all consumer preferences, acceptance and needs.3. To identify bioactive food constituents from plant, animal and
microbial sources, and beneficial microorganisms and their mechanisms of action.
4. To develop environmentally friendly sustainable food processes, such as better utilization of side streams and innovations to avoid excessive packaging.
Food Biotechnology and Food Process Engineering
Goal 2. Improving process design and –control and packaging
Major research challenges1. To provide improved PAN functions through the redesign and
optimisation of food processing and packaging, in order to increase competitiveness and sustainability.
2. To introduce scaleable and flexible food manufacturing techniques and their intelligent in-line control.
3. Risk-benefit balanced innovative, sustainable, and safe food packaging for implementation into integrated food chain concepts.
Food Biotechnology and Food Process Engineering
Goal 3. Improving understanding of process-structure-property relationships
Major research challenge1. To understand relationships of food structures from molecular via nano to macro scale with respect to product and process design, and to develop new processing principles for improved PAN profiles.
Food Biotechnology and Food Process Engineering
Goal 4. Understanding consumer behaviour in relation to food quality and manufacturing
Major research challenge1. To integrate consumer-orientation in new product development, and to understand consumer responses to new products, processes and packaging technologies across different target groups.
Food Biotechnology and Food Process Engineering
EU – FW 7: Food Processing
• Assessment and improvement of existing food feed technologies• Network for facilitating the implementation of high tech processing at industrial scale• new solution for improving refrigeration technologies along the food chain• observing and understanding the microstructure of food• Innovative and safe packaging
Food Biotechnology and Food Process Engineering
RTD/E.3/JL 09/11/2006 1
Processing in TP5:Process-Oriented
2003Universitet LundHeat-generated food toxicants, identification, characterisation and risk minimisation
HEATOX(STREP)
StartCoordinatorTitleAcronym
(Type)
2006Bioma
AgroecologyNovel vegetal-based extracts additives for chemical-free food
NOCHEMFOOD(STREP)
2006SIK - Swedish
Institute for Food / Biotechnology
Nutritional and structural design of natural foods for health and vitality
HEALTHY STRUCTURING
(STREP)
2006Wageningen URDouble freshDOUBLE FRESH
(STREP)
2006Università di
BolognaInnovative non-thermal processing technologies to improve the quality and safety of ready-to-eat (RTE) meals
HighQ RTE(STREP)
2006Wageningen URNovel processing methods for the production and distribution of high-quality and safe foods
NOVELQ(IP)
2005Chalex
Research Recycling and upgrading wastes from food production for use within the food chain
GRUB'S UP(CA)
2005IFRReducing food processing wasteREPRO(STREP)
Food Biotechnology and Food Process Engineering
RTD/E.3/JL 09/11/2006 2
Processing in TP5:Commodity-Oriented (1)
2006Consiglio
Nazionale delleRicerche
Ready-to-eat food for breakfast and sport activity with high content of nutraceutics preventing disease and promoting public health
NUTRASNACKS(STREP)
2006Spread European
Safety GeieTraditional United Europe Food
TRUEFOOD(IP)
StartCoordinatorTitleAcronym
(Type)
under negotiation
TeagascImproving the safety of beef and beef products for the consumer in production and processing
PROSAFEBEEF(IP)
2004Danish Institute for
Fisheries Research
Health improving, safe seafood of high quality in a consumer driven fork-to-farm concept
SEAFOODPLUS(IP)
Food Biotechnology and Food Process Engineering
RTD/E.3/JL 09/11/2006 3
Processing in TP5:Commodity-Oriented (2)
StartCoordinatorTitleAcronym
(Type)
under negotiation
ENITIAA
Freshly baked breads with improvement of nutritional quality and low energy demanding for the benefit of the consumer and of the environment.
EU-FRESH BAKE(STREP)
under negotiation
ACTIAAValorisation of healthy lipidic micro-nutrients by optimising food processing of edible oils and fats
OPTIMOILS(STREP)
2006Warsaw University
of TechnologyTowards sustainable sugar industry in Europe
TOSSIE(SSA)
2005VTT BiotechnologyExploiting bioactivity of European cereal grains for improved nutrition and health benefits
HEALTHGRAIN(IP)
Food Biotechnology and Food Process Engineering
RTD/E.3/JL 09/11/2006 4
Processing in TP5:Traceability
StartCoordinatorTitleAcronym
(Type)
under negotiation
TecnoalimentiIntegrated system for a reliable traceability of food supply chains
TRACEBACK(IP)
2006TTZ
Bremerhaven
Developing and integrating novel technologies to improve safety, transparency and quality insurance of the chilled/frozen food supply chain
CHILL-ON(IP)
2005Central Science
Laboratory
Tracing Food Commodities in Europe
TRACE(IP)
Food Biotechnology and Food Process Engineering
RTD/E.3/JL 09/11/2006 5
Processing in TP5:Others
StartCoordinatorTitleAcronym
(Type)
under negotiation
CIAAEuropean Technology Platform for the Agro-Food Sector: Food for Life
FOOD4LIFE(SSA)
2006Lebensmittel-
versuchs-anstalt
Information Platform on International Standards for SMEs in the food sector
INPLISTA(SSA)
2005Valio LtdInnovations and Impact of Gut Health Foods: A Virtual Technology Platform
GUTIMPACT(SSA)
2005IFREuropean Food Information Resource Network
EUROFIR(NoE)
Food Biotechnology and Food Process Engineering
FOOD RELATED EU NETWORKS
GEFoST (GDL, DLG, DFG, FEI, GDch, VDI- GVC, DECHEMA etc.)
DFG- FEi Research Cluster
EFoST- FiSEC
EFCE (Section Food) – EFFoST
EFFoST – IFT (USA) nonthermal workshops
Food Biotechnology and Food Process Engineering
CHALLENGES FOR EMERGING TECHNOLOGIES
PROCESS INHOMOGENEITIES:
p, T distributions
EQUIPMENT DURABILITY / RELIABILITY / AVAILABILITY: p, T cycles
EQUIPMENT DESIGN: treatment cells / vessels; design, critical control points
MATRIX EFFECTS: aw, conductivity
INDICATOR ORGANISMS: maximum p resistance
KINETICS: allergens, toxins, nutrients, shell life stability
MECHANISMS: enzymes, spores, prions, allergens, viruses (inactivation, formation)
LEGAL ASPECTS: novel food legislation