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MULTI-ENERGY OPTIMIZATION PROCESS: BIODIESEL PRODUCTION THROUGH ULTRASOUND AND MICROWAVES

机译:多能量优化过程:通过超声波和微波产生生物柴油

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The an ever increasing demand for fuels and new energy sources is forcing a growing need for new, innovative concepts of alternative and renewable energy sources. To meet this demand and become competitive with fossil fuels, industry must increase production of renewable energy while decreasing energy and costs of producing them. One such source of renewable energy, which has been changing rapidly in North America, is biodiesel. A novel processing approach developed at The Pennsylvania State University leverages high intensity, focused ultrasound and microwave heating to improve the material and energy efficiencies of the production of biodiesel. Technical approaches towards technology scale-up will be discussed along with the validation studies at industrial scales.
机译:对燃料和新能源的需求不断增长,迫使越来越多的替代和可再生能源的创新概念。为了满足这种需求并与化石燃料竞争,行业必须增加可再生能源的产量,同时降低生产它们的能源和成本。一种可再生能源来源在北美迅速变化,是生物柴油。在宾夕法尼亚州立大学开发的一种新型加工方法利用高强度,聚焦超声波和微波加热,以改善生物柴油生产的材料和能量效率。将讨论技术扩展的技术措施以及工业规模的验证研究。

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