奥里萨邦农村地区因工业排放造成的环境污染——特别是氟化物。

A K Mukherjee, B Ravichandran, S K Bhattacharya, S Ahmed, S K Roy, S Thakur, A Roychowdhury, H N Saiyed
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引用次数: 0

摘要

安圭尔-塔尔彻带位于奥里萨邦中部,拥有许多工业,在很大程度上导致周围村庄的空气质量恶化。以前的报告显示,村庄人口中空气中SPM、SO2、NO水平和呼吸系统疾病、皮肤和牙齿疾病的患病率较高。在一些村庄,还报告了牛中较高的地下水氟化物、尿液和血清氟化物。本研究报告1996年2月至8月期间铝冶炼厂周围环境空气中存在SPM、SO2、NOx和氟化物(气态和微粒)。采用SPM大容量取样技术和标准比色法(BIS)分析SO2和NOx。采用标准氟化物离子选择电极法测定了空气和水中的氟化物含量。2月份SPM、SO2和NOx值均高于CPCB规定标准。村庄空气中气态氟化物在2月1.66 ~ 7.64 mg/m3和8月1.11 ~ 22.75 mg/m3之间变化,颗粒氟化物在0.054 ~ 19.61 mg/m3之间变化。冶炼厂附近村庄的水源显示氟化物值超过允许限量。研究表明,周边村庄的空气和水中氟化物污染程度较高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Environmental pollution in rural areas of Orissa state due to industrial emissions--with special reference to fluoride.

Angul - Talcher belt in Central Orissa, having a number of industries contributing to a great extent to deteriorate the air quality of the surrounding villages. Previous reports showed higher SPM, SO2, NO, levels in air and prevalence of respiratory illness, skin and teeth disorders among village population. Higher ground water fluoride, urine and serum fluoride among the cattle were also reported in some villages. Present study reports SPM, SO2, NOx and Fluorides (gaseous and Particulate) in ambient air around aluminium smelter during February and August 1996. High volume sampling technique for SPM and the standard colorimetric methods (BIS) for analyses of SO2 and NOx were adopted. Fluoride in air and water were estimated by standard fluoride ion selective electrode method. Higher SPM, SO2 and NOx values than prescribed CPCB standard were obtained in February. Gaseous fluoride in village air were varied between, 1.66 - 7.64 mg/m3 in February and 1.11 - 22.75 mg/m3 in August, whereas particulate fluoride ranged between, 0.054 - 19.61 mg/m3. Water sources of the villages near the smelter showed fluoride values above permissible limit. The study indicated higher fluoride pollution in air and water of the surrounding villages.

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