利用木薯淀粉加工后的木薯废料作为饲养非洲夜行虫(Eudrilus eugenae)的食物,以获得蚯蚓堆肥和蚯蚓生物量

T. Le, Duc Anh Hoang, Ha Nguyen, V. Trinh, Thi Hoa Tran, Thi Mai Anh Dang, T. Ha
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摘要

利用木薯废料饲养蚯蚓是减少木薯淀粉加工对环境污染的有效解决方案。本研究以木薯废料(包括木薯皮、木薯片和木薯土)作为饲养非洲夜行虫(eugenae)的食物来源,进行了三个实验:E1,在木薯废料被排出后,将蚯蚓放在粉碎的木薯废料中饲养;E2,在粉碎的木薯废料中饲养的蚯蚓,这些木薯废料在分解微生物制剂后与有机物一起孵育两周;在前两周,蚯蚓被放在已经自然自我分解的碎木薯废料中饲养。木薯废弃物自然分解4周作为对照。结果表明:试验得到的有机木薯腐殖质有机质、腐植酸和全氮含量均较对照增加;总有机质含量为10.4% ~ 15.7%,高于对照1.27 ~ 1.92倍(8.2%),腐植酸含量为0.6 0.8%,总氮含量为0.3%。试验3腐殖质质量最高(有机质含量15.7%,总氮含量0.3%,腐殖酸含量0.7%,黄腐酸含量0.5%)。试验3蚯蚓生物量最高(3.6kg),比试验1提高30.5%,比试验2提高19.4%。因此,提出试验3在木薯废弃物处理上的大规模应用。利用木薯渣饲养蚯蚓获得的有机腐殖质可作为生产蚯蚓堆肥的原料。蚯蚓生物量可作为家畜(如鸡、龟、鳗鱼、鱼等)富含蛋白质的食物或用作营养肥料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using cassava waste of the cassava starch processing as food for raising African Nightcrawler (Eudrilus eugeniae) to obtain vermicomposting and earthworm biomass
The raising earthworms by cassava waste is a useful solution to reduce environmental pollution caused by cassava starch processing. In this study, cassava waste (including cassava peel, cassava pieces and soil) was used as a food source for raising African Nightcrawler (Eudrilus eugeniae) with three experiments: E1, earthworms were raised in crushed cassava waste right after being discharged; E2, earthworms raised in crushed cassava waste that had been incubated with organic matter after decomposing microbiological preparation for the previous two weeks; E3, earthworms were raised in crushed cassava waste that had self-decomposed naturally for the previous two weeks. The cassava waste was decomposed naturally for 4 weeks for control. The results showed that the content of organic matter, humic acid and total nitrogen in organic cassava humus, obtaining from experiments, increased compared to the control; the total organic matter content reached from 10.4%-15.7%, higher than the control (8.2%) from 1.27-1.92 times, humic acid content reached 0.6 0.8% and total nitrogen reached 0.3%. Experiment 3 had the highest quality of humus (organic matter content 15.7%, total nitrogen 0.3%, humic acid 0.7% and fulvic acid 0.5%). The experiment 3 also had the highest earthworm biomass (3.6kg), increasing 30.5% compared to experiment 1 and 19.4% comparing to experiment 2. Therefore, experiment 3 was proposed for application in treatment of cassava waste at larger scale. The organic humus obtaining from raising earthworms by cassava waste can be used as raw material for vermicompost production. The earthworm biomass can be used as protein-rich food for domestic animals (such as chicken, tortoise, eel, fish, etc) or used as nutritious fertilizer.
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