Pengolahan Air Limbah Domestik Menggunakan Tanaman Alisma Plantago Dalam Sistem Lahan Basah Buatan Aliran Bawah Permukaan (SSF - WETLAND)
Abstract
The rapid growth of the Indonesian population will produce more and more
wastewater. Throwing domestic wastewater directly without treatment had caused the
water pollution. One of simple, easy, low cost in maintenance and operation technology
to decrease the pollutant in wastewater is constructed wetland. This research is aimed
to know the efficiency and the best of detention time Subsurface Flow Wetland 2 levels
with peat soil media and plant of Alisma plantago in treatment of domestic wastewater.
The quality parameters of water that was tested are pH, COD, and TSS. Statistic
calculation that was used in this research is Anova (Analysis of variance) of one way.
The best efficiency for pH 31.7%, COD 82.1% and TSS 90.3% in variance 4 with time
of detention 4 days in reactor 1 and 1 day in reactor 2. The results showed that the
constructed wetland 2 levels using peat soil media and plant of Alisma plantago can
improve the quality of wastewater.
Keywords: Wastewater, constructed wetland, alisma plantago.
wastewater. Throwing domestic wastewater directly without treatment had caused the
water pollution. One of simple, easy, low cost in maintenance and operation technology
to decrease the pollutant in wastewater is constructed wetland. This research is aimed
to know the efficiency and the best of detention time Subsurface Flow Wetland 2 levels
with peat soil media and plant of Alisma plantago in treatment of domestic wastewater.
The quality parameters of water that was tested are pH, COD, and TSS. Statistic
calculation that was used in this research is Anova (Analysis of variance) of one way.
The best efficiency for pH 31.7%, COD 82.1% and TSS 90.3% in variance 4 with time
of detention 4 days in reactor 1 and 1 day in reactor 2. The results showed that the
constructed wetland 2 levels using peat soil media and plant of Alisma plantago can
improve the quality of wastewater.
Keywords: Wastewater, constructed wetland, alisma plantago.
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