Research on Isolation and Purification of Phenanthrene

Zu Yu Liu; Chang Yi Jin; Ding Hui Fan

doi:10.4028/www.scientific.net/AMR.396-398.2170

Paper Titles

Time Response Analysis of Ag-Cs₂O Photoelectric Thin Film
p.2153

Magnetorheological Fluid Test and Application
p.2158

Practical Evaluation of Sulphur Contents in Diesel Fuel Used by Pakistani Industry for Steam and Power Generation and Establish Relationship between Theoretical and Observed SOx Contents in Exhaust Emission
p.2162

Evaluation Pattern of Irrigation Influence on Eco-Environment Based on Public Participation
p.2166

Research on Isolation and Purification of Phenanthrene
p.2170

Numerical Study of Percolation Mechanism in Heavy-Oil, Unconsolidated Sandstone Reservoirs with Frac-Pack Wells
p.2175

Nickel Ore and its Safe Shipment
p.2183

TCF Short-Sequence Bleaching of Pinus Kesiya Pulp Made by Low-Temperature Kraft Pulping
p.2188

Conversion of Chitosan to Facilitate Preparation of Chitosan Carboxylic Salt with Moisture Absorption-Retention Abilities
p.2193

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 396-398Research on Isolation and Purification of...

Research on Isolation and Purification of Phenanthrene

Abstract:

Isolation and purification of phenanthrene from phenanthrene waste has been studied by two different purification methods: 1) fractionation and acid wash, 2) fractionation, extraction and chemical removal of anthracene. Experimental results showed that, by the two purification methods, the purity of phenanthrene was increased from 50.29% to 86.06% and 96.36%, and the yields of phenanthrene were 26.58% and 60.5%, respectively. Commercial grade phenanthrene was obtained by purification, and the melting point of the products was 96~103°C.