Study on Split Production Process of Mixed Ammonium sulfate
LIU Yuan-yuan1,2 ，MA Tian-jiao1,2，ZHANG Wan-ying1,2，XU Chuang1,2，TIAN Tian 1,2，XUE Jia-wei1，GUO Li-da1
1. Department of Environmental Chemistry，Hebei College of Industry and Technology, Shijiazhuang 050091, China；2. Department of Chemical Engineering，North China University of Science and Technology,Tangshan 063000，China
In order to solve some practical problems, such as emissions in fosfomycin synthesis processing, the right ethylene synthesis was researched with (+)-1,2-cis-epoxypropenyl phosphonic acid-(-)-phenylethylamine salt as starting material, DL-phenylethylamine was splitted to turning waste into treasure, and as the basis of re-synthesized fosfomycin sodium product. Taking an annual output of tons of fosfomycin sodium for an example, about thousands of tons of waste emissions can be eliminated, and about 2 000 tons chiral phenylethylamine can be synthesized, thereby producing tens of millions of economic benefits.
刘媛媛,马天娇,张琬莹,徐 闯,田 田,薛佳伟，郭立达. 混胺硫酸拆分生产工艺研究[J]. 煤炭与化工, 2015, 38(7): 77-79.
LIU Yuan-yuan,MA Tian-jiao，ZHANG Wan-ying，XU Chuang，TIAN Tian，XUE Jia-wei，GUO Li-da. Study on Split Production Process of Mixed Ammonium sulfate. CCI, 2015, 38(7): 77-79.
