Analisis Pupuk Organik Cair Limbah Industri Tahu Dan Air Cucian Beras

S. Sukmawati, Sufi Ainun Nisa, Ardi Pratama, Fadli Nur Fauzi
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Abstract

Domestic waste contains good organic matter for plant growth. One of the domestic wastes owned by each house is rice washing water. In addition, the tofu industry is also widely found in Indonesia, one of which is Cilacap City. The content of organic matter possessed by the two wastes is a source of plants. To reduce the environment, this waste can be used as raw material for making liquid organic fertilizer (POC). In addition to being environmentally friendly, the raw materials used are also easy to find. This study aims to analyze pH, temperature and levels of C-Organic in liquid organic fertilizer from tofu industrial waste and rice washing water. The manufacture of liquid fertilizer is carried out using the anaerobic method, which utilizes bacteria that are active without oxygen through a fermentation process for 14 days. To determine the effect of adding EM4 and molasses, compositional variations were carried out on samples of liquid fertilizer, namely KO, P1, P2, and P3 with molasses volume sequentially 0 grams, 5 grams, 5 grams, 10 grams. Meanwhile, the volume of EM4 added sequentially is 0%, 5%, 10% and 5%. Measurements of pH and temperature were carried out every 4 days, but measurements of C-Organic were carried out at the beginning and end of the mini-research. The final pH of POC was in accordance with quality standards with KO = 4.5 and P1, P2 and P3 = 4. The final temperature of KO samples was 29.5ᵒC, P1 29ᵒC, P2 and P3 28.5ᵒC. The highest organic-C content was owned by the knockout sample, which was 0.00297. All samples in this mini research are not included in liquid organic fertilizer (POC) but can be classified as nutrients for soil improvement.
豆腐、豆腐、有机肥料和大米水分析
生活垃圾中含有有利于植物生长的有机物。每户拥有的生活垃圾之一是淘米水。此外,豆腐产业在印尼也广泛存在,其中之一就是芝拉卡普市。这两种废物所含的有机物是植物的来源。为了减少环境污染,这些废物可以用作制造液体有机肥(POC)的原料。除了环保之外,所用的原材料也很容易找到。本研究旨在分析豆腐工业废料和淘米水中液态有机肥的pH值、温度和c -有机含量。液体肥料的生产是用厌氧法进行的,它利用了在没有氧气的情况下活跃的细菌,经过14天的发酵过程。为了确定添加EM4和糖蜜的效果,对液肥样品KO、P1、P2和P3进行了成分变化,糖蜜体积依次为0 g、5 g、5 g、10 g。同时,EM4的加入量依次为0%、5%、10%、5%。pH和温度的测量每4天进行一次,但c -有机的测量在小型研究的开始和结束时进行。POC的最终pH符合质量标准,KO = 4.5, P1, P2, P3 = 4。KO样品的最终温度为29.5℃,P1为29℃,P2和P3为28.5℃。敲除样品有机碳含量最高,为0.00297。本小型研究中所有样品均未纳入液态有机肥(POC),但可归类为土壤改良养分。
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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