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Biorefineries for Sustainable Food-Fuel-Fibre Production: Towards a Circular Economy

机译:生物炼油厂实现可持续的粮食-燃料-纤维生产:迈向循环经济

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摘要

Agriculture and related industries form the backbone of many Asian economies. Not only do they provide food, but they are increasingly proving to be a reliable local source of energy and materials. Biofuels from palm oil and sugarcane are prominent examples where the palm and sugar mills serve as biorefineries – providing food, fuels as well as materials. Nevertheless, there are also associated environmental impacts which need to be considered along with economic considerations. A life cycle approach is useful for both environmental as well as economic assessment. In particular eco-efficiency, a tool combining both environmental and economic aspects is very useful to analyze biorefinery configurations and look at the trade-offs between the environmental and economic aspects. The increase of value-added products from the biorefineries may lead to increased economic benefits but also increased environmental emissions. Indicators such as eco-efficiency show the relative advantages of the enhanced biorefinery system as compared to conventional food or biofuel production systems. Thus, they provide important information to decision-makers both for industry and policy.
机译:农业和相关产业构成许多亚洲经济体的骨干。它们不仅提供食物,而且越来越多地证明它们是当地可靠的能源和材料来源。棕榈油和甘蔗生产的生物燃料就是其中的主要例子,其中棕榈糖厂和糖厂充当生物精炼厂,提供食物,燃料和材料。然而,还有一些相关的环境影响需要与经济因素一起考虑。生命周期方法对于环境和经济评估都是有用的。特别是在生态效率方面,结合了环境和经济方面的工具对于分析生物精炼厂的配置以及研究环境和经济方面之间的权衡非常有用。来自生物精炼厂的增值产品的增加可能导致增加的经济利益,但同时也增加环境排放。与传统食品或生物燃料生产系统相比,诸如生态效率等指标显示了增强型生物精炼系统的相对优势。因此,它们为行业和政策决策者提供了重要的信息。

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