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首页> 外文期刊>Advances in Environmental Biology >Utilization of Household Organic Waster (Leachate Water) as a Source of Liquid Organic Fertilizer with the Addition of Bio activators (Case Study: Congko Village, Marioriwawo District, Soppeng Regency)
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Utilization of Household Organic Waster (Leachate Water) as a Source of Liquid Organic Fertilizer with the Addition of Bio activators (Case Study: Congko Village, Marioriwawo District, Soppeng Regency)

机译:利用家用有机溶剂(渗滤液)作为液体有机肥的来源,加入生物活化剂(案例研究:Congko Village,Marioriwawo区,Soppeng Regency)

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They are overcoming the problem of waste by changing or utilizing it as raw material for liquid organic fertilizer for the production of natural materials. Manage biological household-scale wastewater (leachate water) originating from households with an anaerobic process (without oxygen). This study aims to analyze the effect of leachate water with the addition of bio activators and analyze the content of liquid organic fertilizer based on quality standards according to the criteria of the Minister of Agriculture Regulation 2011. This research was conducted in September 2019 to December 2019, located in Congko Village, Marioriwawo District, Soppeng Regency. Testing liquid organic fertilizer; Makassar Laboratory Center, This type of research, is an experimental study that aims to determine the effect of adding bio activator types, variations in wastewater (rice washing water and old coconut water). Chemical observations (pH, C-Organic, C / N ratio, Nitrogen, Fe, Mn, Cu, Zn, E. coli). The results showed that the entire sample of a combination of liquid organic fertilizer produced using MOL activator (pineapple and cow urine with variations of wastewater (rice washing water and old coconut water) gave a more productive work in degrading garbage. The combination of liquid organic fertilizer from the sample tested B2A2 (MOL bio activator (cow urine) + old coconut water)) almost meets the standard but, the micronutrient element that is Cu has not approached the minimum quality standard according to the criteria of the Minister of Agriculture Regulation 2011.
机译:它们通过改变或利用它作为用于生产天然材料的液体有机肥的原料来克服废物问题。管理源自厌氧工艺的家庭的生物自治废水(渗滤液)(没有氧气)。本研究旨在根据2011年农业监管部长的标准,分析渗滤液水与添加生物活化剂的影响,并根据质量标准分析液体有机肥的含量。本研究于2019年9月至2019年12月进行,位于Soppeng Regency的Marioriwawo区Congko Village。测试液体有机肥;这种研究的Makassar实验室中心是一个实验研究,旨在确定添加生物活化剂类型,废水的变化(水稻洗水和旧椰子水)的效果。化学观察(pH,C-有机,C / N比,氮,Fe,Mn,Cu,Zn,大肠杆菌)。结果表明,使用MOL活化剂产生的液体有机肥组合的整个样品(菠萝和牛尿液,具有废水的变化(水稻洗涤水和旧椰子水),在降解垃圾方面给出了更生产的工作。液体有机的组合来自样品测试的B2A2(Mol Bio Activator(母牛)+旧椰子水)的肥料几乎满足标准,但是,根据2011年农业法规部长的标准,Cu的微量营养素元素并未接近最低质量标准。

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