BIORREMEDIACION DE CROMO VI MEDIANTE EL USO DE RHODOPSEUDOMONAS PALUSTRIS EN EFLUENTES INDUSTRIALES PROVENIENTES DE CURTIEMBRES

Pavel Delgado-Sarmiento, G. AntonioDurand, P. PaulinoZegarra, P. HugoJiménez, T. VíctorAlvarez, Q. GabrielaVena
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引用次数: 2

Abstract

The effects of chemical substances when considered as pollutants are of major interest since they are translated as alterations of the functionality of organs or systems in living beings, organisms are very sensitive to the presence of exogenous elements coming from environmental pollution. In this investigation we boarded the study of the removal of chromium Vl by means of the bacterium Rhodopseudomonas palustris when applied to contaminated waters. Chromium treatments (5 mg/L and 3 mg/L) were applied into bacterial solutions (400 mL and 300 mL) for times of 19 and 23 days periods in bioreactors. The elimination of chromium VI by bacteria was evaluated. On the basis of the results obtained we concluded that the level of concentration of chromium VI was reduced to below the maximum permissible limits of 0.5 mg/L. This research showed that inocula with tolerant bacteria can be used efficiently for the removal of chromium with characteristic concentrations of industrial and mining effluents. *Corresponding author: pavelds1@yahoo.com Received 11 3
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利用沼泽红假单胞菌对制革工业废水进行六价铬生物修复
当化学物质被认为是污染物时,它们的影响是主要的兴趣,因为它们被转化为生物体器官或系统功能的改变,生物体对来自环境污染的外源元素的存在非常敏感。在本研究中,我们进行了利用古红假单胞菌去除污染水体中铬Vl的研究。在生物反应器中将5 mg/L和3 mg/L的铬处理分别应用于400 mL和300 mL的细菌溶液中,周期分别为19天和23天。评价了细菌对六价铬的去除效果。根据所获得的结果,我们得出结论,六价铬的浓度水平已降至0.5 mg/L的最大允许限度以下。本研究表明,含耐受菌的接种菌可有效去除工矿废水中特征浓度的铬。*通讯作者:pavelds1@yahoo.com
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