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Life-Cycle Assessment of Energy-Based Impacts of a Biobased Process for Producing 1,3-Propanediol

机译:生物化方法生产1,3-丙二醇的能源循环评估

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Life Cycle Assessment (LCA) is applied to biobased 1,3-propanediol (PDO) production. The cradle-to-factory gate system includes growing of corn, corn milling, converting cornstarch to glucose and fermentative production of PDO using a genetically modified biocatalyst. The LCA is of a preliminary biobased process design and is used to identify system improvement targets and benchmark life-cycle environmental performance. The analysis indicates that approximately 70% of nonrenewable energy is used in producing PDO from glucose. Of this, the largest part is used in purifying PDO. Biobased PDO is predicted to have significantly lower cradle-to-factory gate nonrenewable energy and climate change potential than PDO derived from ethylene oxide. PDO converted to polytrimethylene terephthalate (PTT) is predicted to outperform Nylon 6 in these same categories and also have lower NO_x emissions.
机译:将生命周期评估(LCA)应用于生物基于1,3-丙二醇(PDO)生产。摇篮到工厂门系统包括玉米,玉米碾磨,转化玉米淀粉与使用遗传改性的生物催化剂的PDO发酵生产的葡萄糖和发酵生产。 LCA是初步生物化的过程设计,用于识别系统改进目标和基准生命周期环境性能。分析表明,大约70%的不可再生能量用于从葡萄糖产生PDO。其中,最大的部分用于净化PDO。预计生物化PDO将显着降低摇篮到工厂的栅极不可再生能量和气候变化潜力而不是来自环氧乙烷的PDO。将PDO转化为聚二甲基对苯二甲酸乙二醇酯(PTT),预计以这些相同的类别以尼龙6优于尼龙6,并且还具有较低的NO_X排放。

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