How biotechnology can be applied in food production Москва 15 апреля 2010 Jan Stam Бизнес Директор Пищевые ферменты Moscow April 15 2010 Jan Stam Director Food enzymes Biotechnology – timeline 1750 BC 1830 1833 1919 1941 1943 1961 1977 1984 Av Ge Th Th Th Th er Pr ne f t fir e e a e o e H Da t y Th ot c st tic w f s u g t e s i ein o rs d y o n n e e o r a n r e m r g i n l t ” l s d com Su th ly m ar d “ sa e en h a “ t e o nd n ic ian bi m m m ge siz eng zy re ot er co er icr ne st r m i e s i a dis e n cia ian d o e a t g c h e m i e bio c sa te ric hn um er co lb sb a i e s s ed te ult ol ve log ng re iot a t u re o r h n ur g nd ial at re i b ec i i s n w s g a y a o d ee t er r hn c o l e is lat D o be t f sto wt er rin NA olo ng fir ed g er i h en a g od ine st gy i p a i s es sf ro re fo th er use en t i r e r u e st zy in se d t h “ tra e by us m d f e ed irs ns a t f by or t im m a e ing Biotechnology In food production and processing for ages! For ten thousand years fermentation, a form of biotechnology, has been used to produce wine, beer and bread. Selective breeding of essential foods such as rice, corn and wheat have created thousands of local varieties with improved yield compared to their wild ancestors. Ancient biotechnology: Adjusting but with poor results Wheat that is best for bread is different from wheat that is best for pasta. This was accomplished through conventional breeding over many years using traditional methods. However, often unpredictable and inefficient, resulting in undesirable traits passed along with desirable ones. Modern biotechnology: Precise and controlled Today, through modern biotechnology and genetic engineering, scientists can move one gene from one organism to another and prevent the undesirable traits. This enables food producers to obtain improvements in a much more precise, controlled and predictable manner Biotechnology gives us the enormous potential Food producers can use new biotechnology and benefit from a world of difference. Current applications of biotechnology in food production gives the benefit of longer shelf life, nutritional food quality, better use of raw materials, softness, optimised processing etc. Biotechnology gives us the enormous potential A few typical examples of one of the products of biotechnology: Enzymes Enzymes in beer & spirits production Enzymes in Baking & Milling Enzymes in Fruit Juice Production Enzymes in milk processing Later today : Mr. Brian Brix. “Expanding the Universe of Probiotic” Enzymes in beer & spirits production Solutions to improve “brew house” efficiency • • • • • Increased throughput “more beer”/hour Utilization of Barley , partly replacing Malt Utilization of other starch sources. Energy reduction Better Carbon food print.. Solutions to improve efficiency in spirits production • Replace malt by exogenous enzymes. (lower cost) • Increase dry matter content. Less water= less energy to heat. • Unique Low temperature (< 60 C) process. Energy reduction Enzymes in Baking & Milling Technical Benefits: • • • • To generate bread ingredients in situ based on flour constituents To add more stability/safety in the industrial production of bread To overcome raw material variations To generate a more stable and palatable product (anti-staling) Economical benefits: • More cost effective and local wheat can be used H&N • To modify cereal component to obtain: • Increased Soluble Fiber Content • Consumer acceptable products with H&N value Enzymes in Fruit Juice Production Optimal use of Raw Material. More juice out of fruit. • The best use of the fruit, is with a 80% participation in overall cost, the most important single parameter in cost optimization. • All other optimizations contribute only relatively little to overall cost savings • 1% higher juice yield means 167 tons more concentrate at 100’000 tons of apples processed per year. • Use of pectinases helps to get more juice out of fruit Enzymes in milk processing Novel solution to reduce fouling which occurs during heating of milk when producing UHT milk • Cost reduction: • Fouling creates too much pressure in system, resulting in need for regular cleaning • Cost reduction: • Cleaning takes time, up to 2 hours, and takes significant amounts of cleaning compounds • Due to reduced downtime up to 15% higher capacity will be released Additional beneficiary properties: • Reduced burned taste • Stabilizes milk emulsions • Up to 80% reduction in free cholesterol Imagine with us - better business We encourage our customers to imagine with us how they can build a better business Tastier, healthier, safer food More consistent quality Production efficiencies Cost savings Higher yields Greener products Removal of unwanted substances Benefit from the industry’s largest ongoing investment in food research – Put the power of imagination to work for your business! 12 Imagine with us. Better Business The End Спасибо за Bаше внимание вопросы или замечания? Thanks for your attention. Any questions or remarks ? We’re the enzymes provider that knows most about food As the enzymes provider that knows most about food, we understand the interaction between enzymes and food systems. This enables us, better than any of our competitors, to help our customers to reduce costs, increase yield and provide tastier, healthier and safer food. 13
© Copyright 2024 Paperzz