Effect of hydraulic retention time on some properties of liquid organic manure produced in locally originated anaerobic digester

علي ماجد جابر عرنوص
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Abstract

The study was conducted at the field of poultry at the Agricultural Advisory Office , College of Agriculture , University of Basra in (Karmat Ali), where the anaerobic digester of the fixed dome type bioreactor model was designed and installed on site to be exploited, Fresh poultry droppings as raw material for producing liquid organic manure through anaerobic fermentation and taking into account the qualitative characteristics of the maturation of the fermented materials inside the anaerobic digester during periods of Hydraulic Retention Time 0, 2, 4, 6, 8 weeks The averages were compared using the averaged least significant difference (RLSD) at the 5% level.. And the results showed that the periods of Hydraulic Retention at 8 weeks is the period best which the fermented material is decomposed in anaerobic digestion. An organic manure with positive qualitative characteristics in terms of pH 7.02, electrical conductivity EC 17.43 dS m-1 organic carbon 318.27 g kg-1 total (nitrogen, phosphorous, potassium) recorded 38.03, 13.70 and 25.25 g kg-1 Straight, the ratio of organic carbon to total nitrogen was 8.37, the total solids was 6.80% and The chemical oxygen requirement (COD) 2150 mg L-1. Paper cited by a master's thesis of the first author
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水力停留时间对本地厌氧消化池产生的液态有机肥某些特性的影响
本研究在(karat Ali)巴士拉大学农学院农业咨询办公室的家禽养殖现场进行,设计并现场安装了固定式圆顶型生物反应器模型厌氧消化池待开发。以新鲜家禽粪便为原料,在0、2、4、6、8周的水力滞留时间内,考虑厌氧消化池内发酵物成熟的定性特征,采用5%水平下的平均最小显著差异(RLSD)进行平均值比较。结果表明,8周的水力滞留期是发酵物厌氧消化分解的最佳时期。该有机肥的pH值为7.02,电导率为17.43 dS - m-1,总有机碳318.27 g kg-1(氮、磷、钾)分别为38.03、13.70和25.25 g kg-1,总有机碳与总氮之比为8.37,总固形物为6.80%,化学需氧量(COD)为2150 mg L-1。被第一作者的硕士论文引用的论文
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