Wet Oxidation of Pharmaceutical Wastewater
作者单位：北京化工大学
学位级别：硕士
导师姓名：蒲源
授予年度：2017年
学科分类：083002[工学-环境工程] 0830[工学-环境科学与工程（可授工学、理学、农学学位）] 08[工学]
主 题：wet oxidation subcritical water apparatus pressure reactor chemical oxygen demand pharmaceutical industry wastewater treatment
摘 要：Pharmaceuticals in surface water,wastewaters and potable water have recently been recognized as emerging environmental contaminants which gives rise to a growing concern about the inevitable impact and risk to human health and the *** than 80 different pharmaceuticals up to the ppm level have been reported in aquatic environments around the *** confirms that conventional technologies do not eliminated pharmaceuticals from wastewater completely and require advanced treatment technologies to sustainably reduce and eliminate these hazardous chemicals and prevent pharmaceuticals ending up in the world’s water *** efficient treatment of pharmaceutical wastewater will allow for the safe disposal and recycling of previously toxic wastewaters for reuse in industrial processes and potentially human *** treatment of industrial pharmaceutical wastewater effluents through wet oxidation is studied and optimized.A simple one step method using SCWO is employed to achieve the removal of high levels of organic and inorganic impurities present in the pharmaceutical *** wastewater obtained from a penicillin manufacturing plant is combined with hydrogen peroxide and loaded into a micro bench-top pressure *** effect of time,temperature（70℃ to 200℃）,reactant ratio,pH and adsorbent GAC have been mapped and analysed through a series of water quality test,namely COD,ammonium ion test,and nitrate and nitrite ion *** optimized experimental conditions,efficient treatment of actual pharmaceutical wastewater was achieved,with removal of 100%chemical oxygen demand（COD）,98%nitrate ion,98%nitrite ion and 68%ammonium *** results suggest that WO process subcritical water apparatus is promising for the treatment of pharmaceutical *** study also lends itself well to possible scale-up *** the bench to pilot and pilot to industry,with the technology currently available,transition is extremely f
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