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The by-products from marine biofuels as a feed source for the aquaculture industry: a novel example of the biorefinery approach

机译:海洋生物燃料的副产物作为水产养殖业的饲料来源:生物精炼方法的一个新例子

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Through increased interest in the use of macroalgae for biofuel production, the concept of a biorefinery approach has been developed to improve its economic viability. This paper looks at the use of seaweed residue after enzymatic saccharification of the seaweeds Saccharina latissima, Alaria esculenta and Ulva lactuca as a novel feed component for the aquaculture industry. Chemical composition analysis was used to evaluate the impact of enzymatic treatment on the nutritional aspect of seaweed residue. During saccharification, the relative ash and carbohydrate content was reduced, but total nitrogen, total carbon and lipid content increased in all three species. In addition, the saccharification of S. latissima and A. esculenta resulted in the elimination of polyphenols, further enhancing the nutritional value of the residue. The residue supported the survival and growth of bivalve spat and commercially valuable sea urchins over the course of 3-week preliminary trials.
机译:通过对使用大型藻类生产生物燃料的兴趣日益浓厚,人们开发了一种生物精炼方法的概念以改善其经济可行性。本文探讨了在酶促糖化海藻Saccharina latissima,Alaria esculenta和Ulva lactuca后将海藻残渣用作水产养殖业的新型饲料成分。化学成分分析用于评估酶处理对海藻残留物营养成分的影响。在糖化过程中,所有三个物种的相对灰分和碳水化合物含量都降低了,但总氮,总碳和脂质含量却增加了。此外,S。latissima和esculenta的糖化导致多酚的消除,进一步提高了残留物的营养价值。在三周的初步试验过程中,残留物支持了双壳类和国际上有价值的海胆的存活和生长。

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