Research on the Third-Party Recycle Operating Mode of Regenerated Resources in China

You Heng Huang; Qi Hong Wei

doi:10.4028/www.scientific.net/AMR.518-523.3252

Paper Titles

Numerical Simulation of SiO₂ Fouling While Evaporating High Concentration Extracted Oil Wastewater
p.3231

Overview on the Treatment Technology of Municipal Solid Wastes in China
p.3236

Pyrolysis of Aluminum Plastic Package Waste Based on Tube-Furnace Experiment
p.3242

Release of Soluble Salts and Heavy Metals during the Short-Time Washing Process of MSWI Fly Ash
p.3247

Research on the Third-Party Recycle Operating Mode of Regenerated Resources in China
p.3252

The Formation and Control of Secondary Pollutants during Thermal Treatment of Municipal Solid Waste
p.3257

Utilization of Waste Hydraulic Oil as Fuel in Diesel Engine
p.3263

A Study on the Recycling of Walnut Filter Material by Cleaning
p.3267

Analyses of Coal and Sewage Sludge Co-Combustion Using Coats-Redfern Model
p.3271

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Research on the Third-Party Recycle Operating Mode of Regenerated Resources in China

Abstract:

The third-party is responsible to recycle the regenerated resources is the main channel in China. By comparing the operating modes of the third-party recycle, this paper supposes that recycling enterprises should promote the development of regenerated industry based on the platform function of the online system, improve the recovery of the regenerated resources depends on the advantages of the dispersive recycle; and increase the recycle efficiency of the regenerated resources according to flexible management.