Framework Design for Eco-Industrial Park's Waste Management System

Li Zhu; Zhao Jie Cui; Jian Ren Zhou

doi:10.4028/www.scientific.net/AMR.156-157.808

Paper Titles

Preparation of High-Purity Nanometer Bismuth Trioxide from Silver-Zinc Slag
p.785

²⁹Si and ²⁷Al MAS-NMR Studies of Fly Ash Changes during the Polymerization of Mineral Polymer
p.794

Ionic Conduction Performance of Solid Electrolyte Materials
p.799

Study of Manufacture Process and Properties of Tailings and Slag Based Geopolymers
p.803

Framework Design for Eco-Industrial Park's Waste Management System
p.808

Investigation on Crushing Kinetic Equation of Ball Milling of Quartz Powder
p.812

Formation Mechanism of Soot in Zinc-Bearing Dusts Direct Reduction Process
p.817

Study of Utilizing of Massive Iron Tailings Resource
p.824

Numerical Study on Transient Heat Transfer in a Regenerative Oxidation Bed during the Preheating Process
p.829

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 156-157Framework Design for Eco-Industrial Park's Waste...

Framework Design for Eco-Industrial Park's Waste Management System

Abstract:

This study proposes a framework design for eco-industrial park’s waste management system including functional orientation of the system and flow chart of the waste exchange in an EIP. The core function of the waste management system is waste exchange. Also, other functions of the park management are contained in the system such as technological exchange, product trading etc. A flow chart of the waste exchange has been designed in detail. Waste source account including six procedures is the key to achieve waste exchange. To identify the realness of reported data by computer system, we calculate materials balance and emission coefficient in this study. The whole waste exchange management by internet includes ten steps. After completion of the on-line processing, the wastes can be transported to the user.