叶和摩尔等废物对肉的质量的影响

I. Irfan, Dewi Yunita, Ismail Sulaiman, M. Sulaiman, Fathur Maulana
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摘要

[废叶比例和本地微生物种类对柏kashi品质的影响]。本研究的目的是得到叶废比例和本地微生物类型对柏kashi品质的组合处理。使用特定的MOL作为生物活化剂有望产生良好的bokashi。bokashi的制作是在印度尼西亚班达亚齐的Syiah Kuala University垃圾收集中心进行的。试验设计采用完全随机设计(CRD),包括叶片比例(D)和MOL类型(M) 2个因素,其中第1个因素为2个水平(50%和70%叶片),第2个因素为4个水平(水稻MOL、土壤MOL、草木MOL和叶废MOL)。根据微生物细胞总数、pH值、碳氮比、描述性试验(质地、香气和颜色)以及玉米的植物生长试验来衡量bokashi的质量。结果表明,所有的bokashi都符合SNI 19-7030- 2004的要求。以50%废叶比例与MOL型水稻的组合为最佳。该博kashi的微生物总数为4.1 × 108 CFU/g, pH值为7.4,C/N比为10.2,具有质地疏松、微湿、微土味、颜色偏黑的感官特征,株高为61 cm。与其他bokashi相比,该bokashi的主要优势是微生物总数最多,质地最好。
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PENGARUH PROPORSI LIMBAH DAUN DAN JENIS MOL TERHADAP MUTU BOKASI
[EFFECT OF LEAF WASTE PROPORTION AND TYPES OF LOCAL MIKROORGANISM ON THE QUALITY OF BOKASHI]. The purpose of this study was to get a combination of the treatment of the leaf waste proportion and local microorganism (MOL) type to the quality of bokashi. The use of specific MOL as a bioactivator is expected to produce a good bokashi. The production of bokashi was conducted at the Garbage Collection Center of Syiah Kuala University, Banda Aceh, Indonesia. The experimental design was a completely randomized design (CRD) with 2 factors including the proportion of leaves (D) and the type of MOL (M). The first factor consisted of two levels (50% and 70% leaf) and the second factor consisted of 4 levels (rice MOL, soil MOL, bokashi MOL, and leaf waste MOL). The quality of bokashi was measured based on the total cell counts of microbes, pH, C/N ratio, descriptive test (texture, aroma, and colour), and plant growth tests on corn. The results showed that all bokashi have complied with SNI 19-7030- 2004. The best bokasi was obtained from the combination between 50% leaf waste proportion and MOL type of rice. This bokashi had a total microbes of 4.1 x 108 CFU/g, pH value of 7.4, C/N ratio of 10.2, with organoleptic characteristics of loose texture and slightly moisture, slightly soil-scented, blackish color and the hight of test plant of 61 cm. The main advantage of this bokashi compared to others was in the highest number of microbes total and the best texture.
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