Technique Design of Full-Condenser to the Rectification

Shao Feng Yan; Bo Yuan Sui; Xiu Juan Bian

doi:10.4028/www.scientific.net/AMR.550-553.3164

Paper Titles

Study on Hydrated Operation Performance of Wave Rotor Refrigerators
p.3145

Visualization Experiment on the Start-up Performance of the Close Loop Pulsating Heat Pipe
p.3150

Research on Fault Diagnosis Method of Heat Pipe Network
p.3155

Research of Calculation Models for Exhaust Enthalpy of Steam Turbine
p.3160

Technique Design of Full-Condenser to the Rectification
p.3164

Experimental Study of R134a Pool Boiling on Single Horizontal Enhanced Tubes
p.3169

Dynamic Instability of Slender Sucker Rod String Vibration Characteristic Research
p.3173

Survey of Combined Hydrogen-Methane Production in Anaerobic Baffled Reactor (ABR)
p.3180

Influence of Different Outlet Diameters on Atomization Performance of Liquid Beset Gas Nozzles
p.3184

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 550-553Technique Design of Full-Condenser to the...

Technique Design of Full-Condenser to the Rectification

Abstract:

An introduction is made of the total procedures in designing full-condenser to the rectification device for producing PVC, which mainly involves material balance calculation, heat balance calculation and the equipment choice. Practice shows the VC amount being contained in the afterbay gases measures up to the standard requested by this technique, and is in line with discharging standard