文档介绍：Advanced phosphate removal by adsorption onto
activated alum porcelain in Simulation water
Nian-ping Chi ,Bing-zhi Dong Yi Liao
College of Environment science and engineering, Sichuan University of science and engineering,
Tongji University Zigong, China
Shanghai, China
chinianping@

Abstract—Phosphorus is one of the key elements necessary for conventional water purification process is lower than for
the growth of anism in drinking water. It stimulates the phosphorus. Therefore, it is necessary that phosphorus as
growth and/or regrowth of anism and reduced limiting factor for biological stability of drinking water. It is
biostability in drinking water. The demand for effective and effective method to control bacterial regrowth by reduce
inexpensive technology is to increase in response to the anic nutrient contents in drinking water[7,8]. Some
widespread recognition of the deleterious health effects of techniques have been employed for phosphate removal in
anism risk in work. In this study, activated wastewater treatment technology, The broad categories of
alum porcelain (AAP) was employed for the adsorption band rich-phosphate water treatment method include physical[9,10],
removal of P ion from tap water. The adsorption behavior is chemical[11], biological[12] and so on. However, there are
fitted with a Freundlich isotherm. The sorpti