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POTENTIAL 2030 TARGETS FOR PRODUCTION AND CONSUMPTION OF TRANSPORT BIOFUELS IN THE NETHERLANDS

机译:荷兰2030年生产和消费运输生物燃料的潜在目标

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In this study VITO was asked to perform a plausibility check of The Dutch Platform for Biobased RawMaterials (PGG) 60% biofuels target for 2030. The analysis of the evolution of the transport sector lead to insightsthat with policy supporting energy saving and electrification of transport, by 2030 energy demand in transport couldbe reduced by one third compared to the reference scenario. Nevertheless it is striking that, even in a pro-activescenario, about 90% of total energy in transport in 2030 will be consumed in more or less traditional technologies.Within these technologies, biofuels can play an important role. The local biomass potential in the Netherlands canonly supply part of the demand, the accessability, the presence of the international harbour of Rotterdam, and ampleexpertise in the Netherlands on biomass conversion are important foundations to build local biofuel activities. It wasconcluded that it would be ambituous, but possible to produce an amount of biofuels in the Netherlands, equivalent to60% of its in-land fuel consumption in 2030. However most of this production will be for export to other Europeancountries. The ambition for biofuel consumption in the dutch transport system will need to be geared to the policies inneighbour countries, although some higher target will be possible, e.g. through the support of high blends. It wassuggested that a 25% target for in-land biofuel consumption in 2030 would be very ambitious, but still plausible ifthoroughly supported by policy and RD&D in different fields.
机译:在这项研究中,VITO被要求对2030年60%生物燃料的荷兰生物基原料平台(PGG)进行合理性检查。对交通运输业发展的分析得出了一些见解,其中包括支持交通节能和电气化的政策,与参考情景相比,到2030年交通能源需求将减少三分之一。然而,令人惊讶的是,即使在积极主动的情况下,到2030年运输中约90%的能源将或多或少地被传统技术消耗掉。在这些技术中,生物燃料可以发挥重要作用。荷兰当地的生物质潜力只能满足部分需求,交通便利性,鹿特丹国际港口的存在以及荷兰在生物质转化方面的丰富经验是建立当地生物燃料活动的重要基础。得出的结论是,这将是雄心勃勃的,但有可能在荷兰生产一定数量的生物燃料,相当于2030年其内陆燃料消耗的60%。但是,这种生产的绝大部分将出口到其他欧洲国家。荷兰运输系统中生物燃料消耗的雄心将需要与邻国的政策相适应,尽管可能会有更高的目标,例如通过高度融合的支持。有人提出,到2030年将内陆生物燃料消费量的25%的目标设定得非常雄心勃勃,但如果得到不同领域的政策和研发与发展的充分支持,这一目标仍然是合理的。

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