生物球设计由填充蛋壳羽毛复合材料制成:材料性质、形状特征和液压特性

Ruslim Budianto, Agus Prasetya, Mudjijana
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引用次数: 2

摘要

鸡毛是鸡肉食品加工的主要废弃物,但在复合材料中具有很好的应用潜力。鸡毛中所含疏水性角蛋白引起材料刚度增加,鸡毛毛羽和羽毛纤维均含有疏水性角蛋白。复合材料作为生物滤料有望有效改善化粪池的水质。以鸡毛纤维添加量为10%、15%、20%、25%为变量,研究了鸡毛纤维添加量对聚酯复合材料密度、冲击强度和抗弯强度的影响。经力学试验优选出的最佳组合作为生物滤料(生物球)应用。研究了生物球特性,为污水处理设计提供了一些参数,如介质孔隙度、比表面积、床上介质密度、球形因子和生物量蓄积量。在生物球壁间隙宽度为2mm、3mm和4mm的生物球介质中所研究的参数为变量。鸡毛纤维复合材料作为生物球材料,提供了密度为1124克/厘米3的轻质材料。添加鸡毛纤维可提高材料强度,制成的生物球最大抗弯强度为44.291 MPa,最大冲击强度为5781 kJ/ cm2。已铸造直径5厘米的生物球,分为三种类型;生物球2号(壁距2mm)、生物球3号(壁距3mm)和生物球4号(壁距4mm)。生物球的比表面积为260 ~ 369 cm 2 /cm 3,孔隙率为0.78 ~ 0.83。基于球形因子计算,生物球比圆形更接近于平行板。整体形状不圆润,球形因子值在0.23-0.358之间。生物球2具有最高的生物量容量。试验结果表明,生物球2的生物量积累量可达7.0 kg/ m3,反冲洗时间估计为20小时一次。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DESAIN BIOBALL BERBAHAN KOMPOSIT BULU AYAM-RESIN POLYESTER: SIFAT MATERIAL, KARAKTERISTIK BENTUK DAN KARAKTERISTIK HIDRAULIK
Chicken Feather is main waste product of chicken processing as food, however it has a good potential for used in composite material. Material stiffness increase caused by hydrophobic Keratin which is contained in chicken feather both feather quill and feather fiber. Composite material as biofilter media potentially used to improve effectively of septic tank.   The study was conducted to determine the effect of chicken feather fiber adding on density, impact strength and flexural strength of polyester composite, with addition of 10%, 15%, 20%, and 25% of feather fiber as variable. The best composition by mechanical test applied as biofilter material (bioball). Bioball characteristic was investigated to give some parameters used in wastewater treatment design, such as porosity of media, specific surface area, and density of bed media, spherical factor and biomass accumulation capacity. The parameters investigated in each bioball media with wide of bioball’s wall gap are 2 mm, 3 mm and 4 mm as variable.        Chicken feather fiber composite has been used as bioball material provided light material 1,124 gr/cm 3 in density. Increase in material strength was obtained by adding chicken feather fiber, bioball have been made has 44.291 MPa in maximum flexural strength and 5,781 kJ/cm 2 in maximum impact strength. Bioball which has casted 5 cm in diameter, divided into three of types; bioball 2 (wall space 2 mm), bioball 3 (wall space 3 mm) and bioball 4 (wall space 4 mm). Bioball have been made has 260-369 cm 2 /cm 3 of specific surface are and 0.78-0.83 of porosity. Based on spherical factor calculation bioball was more similar to parallel plate than rounded shape. Overall the shape was not rounded with spherical factor value between 0.23-0.358. Bioball 2 has the highest biomass capacity. Based on the test, biomass accumulation capacity of bioball 2 was up to 7.0 kg/m 3 with estimation of backwashing time is every 20 hours.
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