|Title||Synergy between bio-based industry and the feed industry through biorefinery|
|Author(s)||Teekens, A.M.; Bruins, M.E.; Kasteren, J.M.N. van; Hendriks, W.H.; Sanders, J.P.M.|
|Source||Journal of the Science of Food and Agriculture (2016). - ISSN 0022-5142 - p. 2603 - 2612.|
FBR Food Technology
|Publication type||Refereed Article in a scientific journal|
|Keyword(s)||animal nutrition; bio-based builing blocks; economics; protein; rapeseed meal|
|Abstract||Processing biomass into multi-functional components can contribute to the increasing demand for raw materials for feed and bio-based non-food products. This contribution aims to demonstrate synergy between the bio-based industry and the feed industry through bioreﬁnery of currently used feed ingredients. Illustrating the bioreﬁnery concept, rapeseed was selected as a low priced feed ingredient based on market prices versus crude protein, crude fat and apparent ileal digestible lysine content. In addition it is already used a s an alternative protein source in diets and can b e cultivated in European climate zones. Furthermore, inclusion level of rapeseed meal in pig diet is limited because of its nutritionally ac tive factors. A conceptual process was developed to improve rapeseeds nutritional value and producing other bio-based building blocks simultaneously. Based on the correlation between market prices of feed ingredients and its protein and fat content, the value of reﬁned products was estimated. Finally, a sensitivity analysis, under two proﬁt scenario, shows that the process is economically feasible. This study demonstrates that using bioreﬁnery processes on feed ingredients can improve feed quality. In conjunction, it produces building blocks for a bio-based industry and creates synergy between bio-based and feed industry for more eﬃcient use of biomass.