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Product Development with Biopolymers Made from Brewers' Spent Grain (BSG) and Carboxymethylcellulose (CMC), Using 3D Food Printer

机译:产品开发与啤酒厂花谷物(BSG)和羧甲基纤维素(CMC)制成的生物聚合物,使用3D食品打印机

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摘要

The combined use of recycling, reuse and biopolymers from various sources can be contributing factors for the reduction on environmental impact raised from the production, use and disposal of plastics. The Brewers' Spent Grain (BSG) is a by-product from beer production. In this context, the use of BSG to produce biomaterials can be an alternative for the destination of these residues from small and medium generators. So, the main aim of this work was to develop a product with a BSG and CMC developed and characterized material, using a 3D printer. The material was developed, and physical proprieties was determined, followed by a 3D print of prototypes. The main results already achieved show that the materials prepared with BSG and CMC have high mechanical resistance and water resistance is enough to use in disposable cups. Next, the 3D printer helps in the process of product development.
机译:来自各种来源的再循环,再利用和生物聚合物的结合使用可能是减少从生产,使用和处置的环境影响的减少的因素。 啤酒厂的谷物(BSG)是啤酒生产的副产品。 在这种情况下,使用BSG以产生生物材料可以是来自中小发电机的这些残基的目的地的替代方案。 因此,这项工作的主要目的是使用3D打印机开发具有BSG和CMC开发和特征材料的产品。 该材料是开发的,测定了物理专题,然后确定了原型的3D印刷品。 已经实现的主要结果表明,用BSG和CMC制备的材料具有高机械性,耐水性足以用于一次性杯子。 接下来,3D打印机有助于产品开发过程。

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