Biomass Pellets from Oil Palm Empty Fruit Bunches (OP-EFB)

R. Aditya
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Abstract

Oil Palm growths in Indonesia are getting higher every year. Oil palm plantationproduced various waste, including oil palm empty fruit bunches (OP-EFB). 95 % Indonesia energy demand still provided by the fossil fuel and only 5 % provided by renewable energy, which provide opportunity of OP-EFB biomass pellets to be utilized as alternative resource. The research of biomass still low, especially research of OP-EFB biomass pellets. Therefore, the research objectives were to determine the production process of OP-EFB and to define the most effective binder and binder ratio for the biomass pellets. This research experiments  consist of shredding, chopping, drying, grinding, and sieving as raw material pretreatment. Also, varying the binder and binder concentration of the mixture between raw materials was the part of this thesis research. The binders used in this thesis research are PVAC paste and tapioca based paste with 4 variations of concentration. The analyses of the biomass pellets characteristic are density,compressive strength, proximate analysis (moisture, ash, volatile matter, and fixed carbon), calorific value, combustion rate, and gas chromatographic & mass spectroscopy (GCMS). The result shows that OP-EFB biomass pellets are qualified to be considered as biomass pellets. The most effective OP-EFB biomass pellets is biomass pellets with 10% tapioca binder concentration.
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油棕空果串生物质颗粒(OP-EFB)
印尼的油棕产量每年都在增长。油棕种植园产生各种废物,包括油棕空果束(OP-EFB)。印度尼西亚95%的能源需求仍然由化石燃料提供,只有5%由可再生能源提供,这为OP-EFB生物质颗粒提供了作为替代资源利用的机会。对生物质的研究仍然很少,特别是对OP-EFB生物质颗粒的研究。因此,研究目标是确定OP-EFB的生产工艺,并确定生物质颗粒最有效的粘结剂和粘结剂比例。本研究实验包括粉碎、剁碎、干燥、粉碎、筛分作为原料的预处理。同时,对不同原料间混合料的粘结剂和粘结剂浓度的变化也是本文研究的一部分。本论文研究的粘结剂为聚氯乙烯浆料和木薯淀粉浆料,其浓度有4种变化。对生物质颗粒特性的分析包括密度、抗压强度、近似分析(水分、灰分、挥发物和固定碳)、热值、燃烧速率以及气相色谱和质谱(GCMS)。结果表明,OP-EFB生物质颗粒符合生物质颗粒的标准。最有效的OP-EFB生物质颗粒是木薯淀粉黏合剂浓度为10%的生物质颗粒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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