STUDY OF THE USE OF BIOFILTER REACTOR FOR GREYWATER PROCESSING IN THE AREA OF FLOATING SETTLEMENT KELURAHAN MARGASARI KOTA BALIKPAPAN TOWARD THE CONCEPT OF ZERO WASTE

J. Supriyanto, Sarto, M. Sulaiman
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Abstract

The floating settlement in Margasari is one of the settlements in Kota Balikpapan which is known as a Beach City. PDAM (State Water Company) as the main resource of clean water fulfillment in Balikpapans, needs to needs to be used efficiently. One of the ways is by processing the Greywater which can be reused for toilet flushing in order to support the concept of Zero Waste.The purpose of this research is to obtain the composition and the potential data of Greywater which is appeared from the data and reusable for the citizens, to find out the effectiveness of the use of Biofilter Reactor as an alternative processing unit of Greywater towards the parameters of pH, BOD, COD, TSS, and NH3-N, and also to identify the citizens’ role potential in processing the Greywater towards the concept of Zero Waste in terms of processing domestic liquid waste.The Greywater level in Margasari Floating Settlement of Balikpapan with the parameters of BOD of 520,1–840,1 mg/l, COD of 1.562,5–2.450,0 mg/l, TSS of 297,0–1.047,0 mg/l, and NH3-N of 0,0002-16,257 mg/l is still very high. Margasari Floating Settlement of Balikpapan consists of 6.546 people and 1.198 buldings with an average of Greywater potential of each house of 393,42 l/day or 14.139.360 l/month for the whole area, while the average need for toilet flushing in each house is about 264,03 l/day atau sebesar 9.489.081,60 l/month for the whole area. The Biofilter Reactor can be used to process the Greywater for the whole area. The Biofilter Reactor which has an effective volume of 247 liter, has a diameter of the gravel media of 2,5–4 cm with an optimum effectiveness towards the BOD parameter of 86,54%, COD of 82,27%, TSS of 84,60%, and  NH3-N of 19,99%. It can be used to process the greywater from a house consisted of 5 people with a Greywater debt of 0,36 m3/day, average BOD debt of 686,77 mg/l and average TSS of on Margasari Floating Settlement.
采用生物过滤反应器处理浮沉区污水,实现零废物的概念研究
Margasari的漂浮定居点是Kota Balikpapan的定居点之一,Kota Balikpapan被称为海滩城市。PDAM(国家自来水公司)作为巴厘巴潘岛实现清洁用水的主要资源,需要得到有效利用。其中一种方法是处理灰水,可以重新用于厕所冲洗,以支持零浪费的概念。本研究的目的是获取数据中出现的灰水成分和潜力数据,并为市民可重复使用,以了解生物滤池作为灰水的替代处理单元在pH、BOD、COD、TSS、NH3-N等参数上的有效性,并在处理生活废液方面,识别市民在处理灰水迈向零废物概念方面的作用潜力。在BOD为520、1 ~ 840、1 mg/l, COD为1.562、5 ~ 2.450、0 mg/l, TSS为297、0 ~ 1.047、0 mg/l, NH3-N为0 000 ~ 16257 mg/l的条件下,巴力巴板玛格萨里浮沉的灰水水平仍然很高。Balikpapan的Margasari浮动定居点共有6.546人,1.198栋建筑,平均每栋房屋的灰水潜势为393,42升/天,全区平均14.139.360升/月,每栋房屋的平均厕所冲水量约为264,03升/天,全区平均9.489.081升/月。生物过滤反应器可用于处理整个地区的灰水。该生物滤池有效容积为247 l,砾石介质直径为2.5 ~ 4 cm, BOD参数为86.54%,COD为82.27%,TSS为84.60%,NH3-N为19.99%。它可以用来处理一个由5人组成的家庭的灰水,灰水债务为0.36立方米/天,平均BOD债务为686.77毫克/升,平均TSS为Margasari浮动定居点。
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