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首页> 外文会议>Environmentally Conscious Manufacturing VI; Proceedings of SPIE-The International Society for Optical Engineering; vol.6385 >Modeling organic product and residue stream flows on a constituent basis
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Modeling organic product and residue stream flows on a constituent basis

机译：基于组成部分对有机产品和残渣流进行建模

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摘要

As manufacturing industries become more cognizant of the ecological effects that their firms have on the surrounding environment, their waste streams are increasingly becoming viewed not as materials in need of disposal, but rather as resources that can be reused, recycled, or reprocessed into valuable products. Within the food processing sector are many examples of biological and organic processing residues. Alternative disposal methods for these manufacturing waste streams are increasingly being investigated. Direct shipping, blending, extrusion, pelleting, and drying are commonly used to produce finished human foods, animal feeds, industrial products, and components ready for further manufacture. Computer modeling and simulation can aid in these value-added endeavors. This paper discusses a strategy that can be used when constructing computer models for bio-organic processing streams. Not only do macro-scale process flows need to be considered, but individual constituents, on a micro-scale, are also essential in order to develop appropriate models. The development heuristics and hierarchies discussed here can be applied to various liquid, sludge, or solid materials when simulating processing and reprocessing avenues for specific manufacturing process streams. Thus this methodology is applicable to food processing operations, but many other industrial and manufacturing firms could also benefit from instituting the principles described here.
机译：随着制造业越来越意识到企业对周围环境的生态影响，越来越多的废物流不再被视为需要处理的材料，而是可以重复利用，回收或再加工为有价值产品的资源。 。在食品加工领域，有许多生物和有机加工残留物的例子。这些制造废物流的替代性处置方法正在被越来越多的研究。直接运输，混合，挤出，制粒和干燥通常用于生产成品人类食品，动物饲料，工业产品以及准备进一步生产的组件。计算机建模和仿真可以帮助实现这些增值努力。本文讨论了一种在构建生物有机加工流计算机模型时可以使用的策略。为了开发适当的模型，不仅需要考虑宏观流程，而且微观上的各个组成部分也必不可少。当针对特定制造工艺流模拟加工和再加工途径时，此处讨论的开发启发式方法和层次结构可以应用于各种液体，污泥或固体材料。因此，该方法学适用于食品加工操作，但是许多其他工业和制造公司也可以从此处描述的原理中受益。

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