首页> 外文会议>Tarumanagara International Conference on the Applications of Technology and Engineering >Batik Industry Wastewater Treatment Using Fito Remidiation of Water Hyacinth with Adsorbent consist of Organic Waste Bagasse, Rice Husks and Bamboo Charcoal
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Batik Industry Wastewater Treatment Using Fito Remidiation of Water Hyacinth with Adsorbent consist of Organic Waste Bagasse, Rice Husks and Bamboo Charcoal

机译:蜡染行业废水处理使用带吸附剂的水合葫芦的FITO后加工包括有机废物甘蔗渣,稻壳和竹炭

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Batik home industry is widely developed at this time. Increasing the number of activies could increase environmental water pollution. Environmental pollution caused by batik waste water can be found in the river which is the main source of agricultural activities, fisheries and processed into drinking water sources. The aims of the study were to determine the ability of microorganisme in the Euchornia crassipes in improving the quality of water BOD and COD of waste water batik solution after treated with solution of water hyacinth microorganisme and rice sugarcane huskes and bamboo charcoal. Water waste solutions were taken from three different sites of home batik industries in : (1) Surakarta, (2) Sragen, and (3) Pekalongan. The Result showed that effluent pH dropped, temperature of liquid waste tends to fluctuate up and down with a difference of 1°C of the initial temperature of the liquid waste. Color Processing Waste after experiencing a decline of up, conductivity in the column reactor bagasse and rice husks column reactor increased and decreased in bamboo charcoal column reactor up. The value of BOD, COD, TSS and TDS tend to fluctuate. Chemical compounds of a Ammonia was drastically reduced. For the heavy metals chromium and cadmium has never been detected, which was much lower than the maximum levels of crom is (1 mg/L).
机译:此时蜡染之家业广泛开发。增加活性人数可以提高环境水污染。蜡染废水引起的环境污染可以在河里找到,是农业活动,渔业和加工成饮用水来源的主要来源。该研究的目的是确定微生物体在euchornia沉话中的能力提高水葫芦微生物和水稻甘蔗壳和竹炭处理后的水囊溶液的水致枯萎病和废水蜡鳕鱼。水垃圾溶液从家庭蜡染行业的三个不同地点采用:(1)Surakarta,(2)SraGen,以及(3)Pekalongan。结果表明,流出物pH下降,液体废温趋于上下波动,液体废物的初始温度的差异为1°C。彩色加工废物经历了下降后,竹炭柱反应器中柱式反应器和稻壳柱反应器的电导率增加,竹炭柱反应器上升和减少。 BOD,COD,TSS和TDS的值趋于波动。氨的化合物急剧减少。对于重金属铬和镉从未检测到,其远低于Crom的最大水平(1mg / L)。

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