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EUROBIOREF: A STEP FORWARD TO NEXT GENERATION BIOREFINERIES

机译:EUROBIOREF:迈向下一代生物多样性的一步

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The FP7 EuroBioRef project (2010-2014; www.eurobioref.org) dealt with the entire process ofrntransformation of biomass, from non-edible crops production to final commercial products. It involved 29 partnersrn(industry, SMEs, academics) from 15 countries in a collaborative network, including crop production, biomass pretreatment,rnfermentation, enzymatic, catalytic & thermochemical processes, assessed by a LCA and an economicrnevaluation of the whole development chain. The project generated a lot of results, including new energy & newrnchemicals production strategies. As results among others, large test fields were set for willow, crambe, giant reed andrnsafflower, efficient biotech technologies were developed to yield platform molecules from glycerol and biomassrnhydrolysates, a pilot plant in Norway able to operate more than 50 kg/h of dry lignocellulosic materials wasrnconstructed (Full-scale unit planned for 2017), 33 patents were filed, value chains corresponding to differentrnscenarios of biorefineries were designed, assessed and demonstrated. The present paper gives some details on thernmain results we achieved towards the establishment an implementation of next generation biorefineries.
机译:FP7 EuroBioRef项目(2010-2014; www.eurobioref.org)涉及从非食用农作物生产到最终商业产品生物质转化的整个过程。它由来自15个国家的29个合作伙伴(行业,中小型企业,学者)组成了一个协作网络,包括由LCA评估的作物生产,生物质预处理,发酵,酶促,催化和热化学过程,以及整个发展链的经济评估。该项目产生了很多成果,包括新能源和新化学品的生产策略。作为结果之一,为柳树,蛤ram,巨型芦苇和红花设置了大型试验场,开发了有效的生物技术,以从甘油和生物质水解产物中产生平台分子,这是挪威的一家试验性工厂,能够操作每小时超过50 kg的干燥木质纤维素。建造了原材料(计划于2017年建立大规模单位),申请了33项专利,设计,评估和论证了与生物炼油厂不同场景相对应的价值链。本文详细介绍了我们在建立下一代生物精炼厂的实施方面所取得的主要成果。

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