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Alternative Fuels: Energetic Use of Liquid By-products from Sugar and Soy Processing

机译:替代燃料:大量利用糖和大豆加工过程中产生的液体副产物

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摘要

For years now SAACKE GmbH in Bremen has been developing firing and burner systems that enable energetic use of residual substances while minimising emissions with the aim of optimising energy efficiency and creating closed production cycles in industry as far as possible. Here we discussed the energetic use of soy molasses from soy production show how it is possible to save resources and reduce emissions with appropriate firing systems. The SSB-LCL burner developed by SAACKE especially for the utilisation of low calorific liquids as biogenic fuels makes soy molasses or vinasse from sugar cane energetically useful with a very low heating value. The first reference plant with soy molasses is in operation in Brazil since 2007. At a water tube boiler there are two burners installed, each with a capacity of 12 tonnes/h soy molasses which is about 25 MWth for each. Based on this positive results we installed another plant in Serbia in the year 2012 in which we are using the newest development of the SSB-LCL technology: the staged air muffle. With this we lower the NO_x-formation significantly, so that the reached values are about 50 % less than before. With the installed capacity of 20 MWth the yearly emissions of CO_2 are reduced by about 30,000 tonnes/year compared to the before used natural gas as fuel.
机译:多年来,不来梅的SAACKE GmbH一直在开发燃烧和燃烧器系统,该系统可实现残留物质的高能效利用,同时将排放量降至最低,以期优化能源效率并在工业上尽可能地建立封闭的生产周期。在这里,我们讨论了从大豆生产中大量使用糖蜜的过程,显示了如何通过适当的燃烧系统来节省资源和减少排放。 SAACKE开发的SSB-LCL燃烧器专门用于将低热量的液体用作生物燃料,从而使甘蔗中的大豆糖蜜或酒糟能以非常低的发热量有效利用。自2007年以来,巴西第一家拥有大豆糖蜜的参考工厂开始运营。在一个水管锅炉中,安装了两个燃烧器,每个燃烧器的产能为12吨/小时大豆糖蜜,每个约25兆瓦时。基于这一积极成果,我们于2012年在塞尔维亚安装了另一家工厂,在该工厂中,我们使用了SSB-LCL技术的最新发展:分段式马弗炉。这样,我们可以显着降低NO_x的形成,因此达到的值比以前减少了约50%。与以前使用天然气作为燃料相比,凭借20兆瓦的装机容量,每年的CO_2排放量减少了约30,000吨/年。

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