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Productive Liquid Fertilizer from Liquid Waste Tempe Industry as Revealed by Various EM4 Concentration

机译:来自液体废气工业的生产液体肥料,揭示各种EM4浓度

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Recently, using of productive liquid fertilizer assumed as a proper and practical fertilizer for plant productivity purposes. Various ways of enrichment of liquid fertilizer were done to achieve certain quality. The purpose of this research was to detennine the proper additional formulation in the process of making productive liquid fertilizer based on the various concentration of EM4 as well as comparated the result with SNI. Liquid tempe waste were collected from some tempe industries at Sidorejo Kidul village, Tingkir district, Salatiga. The concentration of EM4 which were added to the tempe wastewater are 0%; 0.20%; 0.40%; 0.60%; 0.80%; 1.00% respectively. The pH, temperature, C total, N total, C/N ratio, and PO_4~(3-) were measured. Data was analyzed by using Randomize Completely Block Design (RCBD) with 6 treatments and 4 replications. Comparison between the average, the Honestly Significance Deference (HSD) 5% was used. The results showed that the addition of EM4 indicated there were a significant progress. Moreover, the most effective formula to increase the quality of productive liquid fertilizer from liquid waste tempe was found in addition of 1.00% EM4 with the gained analysis value for the C total, N total, C/N ratio, and degree of PO_4~(3-) as follows : 4.395 ± 1.034%; 1.470 ± 0.081%; 3.01 ± 0.756; 685.28 ± 70.44 ppm . Associated with the need fulfillment of SNI hence can be concluded that result of Productive Liquid Fertilizer (PLF) from liquid waste tempe successfully fulfill SNI of liquid fertilizer for pH parameter and total N, only.
机译:最近,使用生产液体肥料作为植物生产率的适当和实用的肥料。进行了各种富集液体肥料的方式以达到一定的质量。本研究的目的是根据各种浓度的EM4制备生产液体肥的方法,并将结果与​​SNI相比,确定了制备型液体肥料的过程中的适当额外的制剂。液体灌木废物是从萨拉格省廷科特区德诺吉镇村的一些坦佩工业收集的。加入到坦皮废水中的EM4的浓度为0%; 0.20%; 0.40%; 0.60%; 0.80%; 1.00%分别。测量了pH,温度,C总,N总,C / N比和PO_4〜(3-)。通过使用具有6种治疗和4个复制的随机性完全块设计(RCBD)进行分析数据。平均值之间的比较,使用诚实的意义尊重(HSD)5%。结果表明,EM4的添加表明存在显着进展。此外,由于C总,N总,C / N比和PO_4〜(PO_4〜)的增加的分析值,发现了从液体废坦比增加了从液体废气灌浆器的最有效的公式。 3-)如下:4.395±1.034%; 1.470±0.081%; 3.01±0.756; 685.28±70.44 ppm。与需求达到SNI的相关联而知,可以得出结论,从液体废气PPE的生产液体肥料(PLF)的结果成功地满足液体肥料的SNI,仅为PH参数和总N。

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