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Bioresource utilization index - A way to quantify and compare resource efficiency in production

机译:Bioresource利用率指数 - 一种量化和比较生产中资源效率的方法

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摘要

The efficiency of renewable bioresources is becoming increasingly important. Along with the European Union's Green Deal and plans to decouple economic growth and prosperity from resource consumption, a new way of thinking must be adopted. Resource efficiency is no longer limited to electricity, heat or non-renewable resources. Previous studies have described the classification of the value of bioresources, which is usually formed as a pyramid depicting the values of the obtained products and the demand for their volume. The approach of the circular economy in the bioeconomy with its principles - reuse, recycle and regenerate - is also widely described in the scientific literature. Combining these two approaches, we created a bioresource utilization index, which would show the efficiency of bioresource use in an enterprise, along with the enterprise's contribution to the bioeconomy. In open interviews with representatives from multiple companies, we identified bioresource flows and mapped the factors that influence these flows in an enterprise. The proposed bioresource utilization index gives an insight into resource efficiency in a specific enterprise by quantifying the incoming raw material, the outgoing product, by-products, and waste. The elucidated factor nexus could be used as a map for easier detection of place for improvement.
机译:可再生能源的效率变得越来越重要。随着欧洲联盟的绿色交易和计划与资源消耗脱钩经济增长和繁荣,必须采用一种新的思维方式。资源效率不再限于电力,热量或不可再生资源。以前的研究已经描述了生物源的值的分类,其通常形成为金字塔,描绘了所得产品的值和对其体积的需求。在科学文献中,在科学文献中也广泛描述了生物经济循环经济的方法。结合这两种方法,我们创建了一个生物源利用率指数,它将在企业中展示生物源使用的效率,以及企业对生物经济的贡献。在与多家公司代表的公开访谈中,我们确定了Bioresource流量并映射了影响企业中这些流动的因素。所提出的Bioresource利用率指数通过量化传入的原料,传出产品,副产品和浪费,在特定企业中介绍了特定企业的资源效率。阐明的因子Nexus可以用作地图,以便更容易地检测改进的地方。

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