Quality of leachate and soil in the dry season in the temporary transit system at the lanfill in environmentally frienly trash cans for the environmental sampel settlements, District of Koja North Jakarta
Paper Details
Quality of leachate and soil in the dry season in the temporary transit system at the lanfill in environmentally frienly trash cans for the environmental sampel settlements, District of Koja North Jakarta
Abstract
The quality of leachate, soil in the dry season reaching to 240 m3/day/88 tons/day, Dipo due to limited land, so use the operating system after rhythm by scavengers. That is accordance with DKI Jakarta Regional Regulation No.1 of 2012 concerning Regional Spatial Planning to improve integrated solid waste system. But it still has not equipped with waste treatment facilities, taking and of land availability, for buffer zones. This research was aimed analysis the physics concentration, chemistry on leachate, while on the soil tested based on chemical parameters. The research design used a descriptive quantitative approach. Leachate sampling using the grab sample technique. Test soil using TCLP government regulation No.85/1999, standard reference using USEPA D1311/1992 and Standard Method 23RD Edition:3111B,3112 B and 3113B 2017. The result of the study in the dry season showed that the concentration of heavy metals in the soil was below the specified limit <0,032mg/l from 1,0mg/l. Lead <0,059mg/l than specified 5,0mg/l, Arsen <0,001mg/l. While leachate is classified as bad at being at a high threshold value referring to government regulation No.82 of 2001.That is on BOD5 up to 568,58mg/l, COD 5544mg/l, H2S 0,832mg/l. The findings in this study are a transit system, there is a high concentration of leachate in certain parameters, soil quality is still safe. The government needs to conduct a review of the availability of land to accommodate temporary waste that meets environmental and aesthetic aspects so that it does not pose potential risks to human and the environment by taking into account the health impacts on the surrounding environment and preventing leakage or seepage into environmental media.
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