Bibliographic citations
Carranza, A., Plasencia, T. (2018). Tratamiento de los lixiviados generados en la planta de residuos sólidos de Cajamarca con humedales artificiales de juncus balticus willd junco y shoenoplectus californicus totora [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/13984
Carranza, A., Plasencia, T. Tratamiento de los lixiviados generados en la planta de residuos sólidos de Cajamarca con humedales artificiales de juncus balticus willd junco y shoenoplectus californicus totora [Tesis]. PE: Universidad Privada del Norte; 2018. https://hdl.handle.net/11537/13984
@misc{renati/523829,
title = "Tratamiento de los lixiviados generados en la planta de residuos sólidos de Cajamarca con humedales artificiales de juncus balticus willd junco y shoenoplectus californicus totora",
author = "Plasencia Flores, Telmo Welsers",
publisher = "Universidad Privada del Norte",
year = "2018"
}
ABSTRACT The objective of the research was to treat the leachate from the solid waste treatment plant of the city of Cajamarca using artificial wetlands of Juncus balticus Willd (reed) and Shoenoplectus californicus (totora). When characterizing the leachate, there is an initial pH concentration of 8.59, turbidity of 526 NTU, conductivity of 7150 μS/cm, biochemical oxygen demand of 594 mg/L, chemical oxygen demand of 1647 mg/L, total solids suspended from 25.49 mg/L, dissolved total solids of 5.07 ppm, salinity of 3.56 ppt and thermotolerant coliforms of 13000 NMP/100mL. In the treatment with the Juncus balticus Willd (reed) wetland, there is an average pH of 8.12, turbidity of 6.17 NTU, conductivity of 2021.22 μS/cm, biochemical oxygen demand of 600 mg/L, chemical oxygen demand of values lower than 20 mg/L, total suspended solids of 18.64 mg/L, total dissolved solids of 4.37 ppm, salinity of 1.01 ppt and thermotolerant coliforms of 26.33 NMP/100mL. On the other hand, in the treatment with the Shoenoplectus californicus (totora) wetland, there is an average pH of 8.67, turbidity of 50.03 NTU, conductivity of 5467.78 μS/cm, biochemical oxygen demand of 104.44 mg/L, chemical demand of oxygen of 411 mg/L, total suspended solids of 18.69 mg/L, total dissolved solids of 3.87 ppt, salinity of 2.73 ppt and thermotolerant coliforms of 28 NMP/100mL. After the experimentation it is determined that the wetland with the highest yield is that of Juncus balticus Willd (reed) because it has 89% removal of contaminants, however, both can be used in the treatment of leachates. KEYWORDS: leachate, wetlands, efficiency.
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