本文介绍了实验室规模的脱砷工艺试验工作。该工艺基于铁棉的腐蚀，产生氢氧化铁。氢氧化铁颗粒用于吸附砷，并通过砂滤去除。研究了砷在氢氧化铁上的腐蚀动力学和平衡负荷。该工艺能够在腐蚀滤芯的长时间运行期间处理非常高的入口浓度。简单的技术和低成本的材料使其适用于饮用水中砷浓度较高的发展中国家。包括7个参考文献、图表。

In this paper, experimental work at lab scale for an arsenic removal process is presented. The process is based on the corrosion of iron wool producing ferric hydroxide. The ferric hydroxide particles are used for adsorption of arsenic and are removed by sand filtration. The kinetics of corrosion and equilibrium loads of arsenic on ferric hydroxide are studied. The process is ableto deal with very high inlet concentrations during a long run time of the corrosion filter elements. The simple technology and the low-cost materials make it suitable for application in developing countries with elevated concentrations of arsenic in drinking water. Includes 7 references, figures.