German Institute of Food Technologies The division has its own research projects planned for 2013. The quality of food is determined by their structure. Therefore, an optimization of food structures leads an improvement of long-term quality of food. Based on test on structure generation and the interdependency with the quality of food the DIL tries to increase the shelf-life of products. When the Bio-Economy division was founded in 2012, it was accompanied by an extensive realignment and expansion of the research platforms. As a result, meat technology was removed from the Process Technology business division, the biotechnology focus was placed on enzyme and raw material
Food rheology consumers. Because foods are structurally complex, often a mixture of fluid and solids with varying properties within a single mass, the study of food rheology is more complicated than study in fields such as the rheology of polymers. However, food rheology is something we experience every day with our perception of food texture (see below) and basic concepts of food rheology well apply to polymers physics, oil flow etc. For this reason, examples of food rheology are didactically useful to explain the dynamics of other materials we are less familiar with. Ketchup is commonly used an example of Bingham fluid