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A portable system for estimation of chemical oxygen demand in wastewater using ultraviolet-visible spectroscopy

机译:一种便携式系统,用于使用紫外 - 可见光谱估计废水中的化学需氧量

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In this paper, the development of a portable system to perform real-time analysis of waste water is presented. This developed system can significantly determine the degree of water pollution by organic material by measuring Chemical oxygen demand. The system uses ultraviolet and visible light spectrum to correlate the absorbance of light in the chemical content of wastewater, which is used to estimate the amount of chemical oxygen demand in wastewater. The key feature of this system is the developed algorithm, which can automatically detect the most sensitive spectral region and wavelength for chemical oxygen demand content by performing statistical analysis on acquired spectra from spectrometer. The development and validation of this spectroscopic tool and software system are described here.
机译:本文介绍了一种便携式系统的开发,以执行废水实时分析。通过测量化学需氧量,这种开发系统可以通过有机材料显着确定水污染程度。该系统使用紫外线和可见光光谱来将光的吸光度与废水的化学含量相关联,其用于估计废水中的化学需氧量。该系统的关键特征是开发的算法,它可以通过对光谱仪进行统计分析来自动检测最敏感的光谱区域和用于化学需氧量的波长。这里描述了该光谱工具和软件系统的开发和验证。

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