PRODUKSI BIOETANOL DARI BUAH BEBERAPA JENIS MANGROVE DI PAPUA

W. P. Aman, G. N. Cepeda, M. K. Roreng, Susilowati
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Abstract

Mangrove plant has played important role in Papua, both to support the health of ecosystem and the livelihood of its community. As of now, there is only limited knowledge on the utilization of mangroves in Papua. Several varieties in Papua are known to contain carbohydrate and cellulose that can be used to produce food or bioethanol. This study aimed to examine the production of bioethanol using dry grinding and wet grinding methods. The varieties of mangroves used in this research were Rhizophora mucronata Lmk ., Rhizophora stylosa Griff., and Bruguiera gymnorrizha. The content of bioethanol as well as the shape and dimension of these varieties were measured in this study. The shape of the mangroves fruit was cylindrical. The mass averages of these mangroves were 180.80 g, 40.39 g and 37.62 g, respectively. The length of the mangrove fruits were 72.33 cm, 41.00 cm and 23.33 cm respectively. The result of the research showed that the best method to produce bioethanol from mangrove fruit was the dry grinding method which resulting in average bioethanol content 6% v/m. Rhizophora stylosa Griff produced the highest bioethanol content, 9.26% v/m, using the dry grinding method and 7.14% with the wet grinding method. Keywords:mangrove fruits, bioethanol, dry grinding,wet grinding [A1] Tanda titik [A2] Tanda titik
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巴布亚的一些红树林水果产生生物乙醇
在巴布亚,红树林植物在支持生态系统健康和社区生计方面发挥了重要作用。到目前为止,对巴布亚红树林的利用只有有限的了解。已知巴布亚的几个品种含有碳水化合物和纤维素,可用于生产食物或生物乙醇。本研究旨在考察干式研磨和湿式研磨生产生物乙醇的方法。本研究选用的红树品种有:毛根红树、茎尖红树。和Bruguiera gymnorrizha。本研究测定了这些品种的生物乙醇含量以及形状和尺寸。红树果实的形状呈圆柱形。这些红树的平均质量分别为180.80 g、40.39 g和37.62 g。红树果实长度分别为72.33 cm、41.00 cm和23.33 cm。研究结果表明,以红树果实为原料生产生物乙醇的最佳方法为干磨法,平均生物乙醇含量为6% v/m。干磨法和湿磨法的生物乙醇含量最高,分别为9.26%和7.14%。关键词:红树林果实,生物乙醇,干磨,湿磨[A1] Tanda titik [A2] Tanda titik
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