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http://dx.doi.org/10.17137/Korrae.2012.20.3.34

Assesment of the industrial Wood Waste Disposal Cost through Analysis of the Treatment Flow  

Kim, Jaenam (Dept. of Environmental Energy Engineering, Graduate School of Energy and Environment, and Energy center for waste resource & biomass, Seoul National University of Science&Technology)
Kim, Sujin (Dept. of Environmental Energy Engineering, Graduate School of Energy and Environment, and Energy center for waste resource & biomass, Seoul National University of Science&Technology)
Phae, Chaegun (Dept. of Environmental Energy Engineering, Graduate School of Energy and Environment, and Energy center for waste resource & biomass, Seoul National University of Science&Technology)
Publication Information
Journal of the Korea Organic Resources Recycling Association / v.20, no.3, 2012 , pp. 34-40 More about this Journal
Abstract
This research has looked into the treatment process of wood waste generated from industrial waste within the region and in order to modify the problem that may occurred during the mass balance were analyzed for development of suitable solid waste recycling network regionally. As as result, quite amount of wood waste are being transferred to another region, even though a treatment facility's capacity could bear the total amount of waste generated within the area. Although the wood waste could be treated locally, it is analyzed that amount of wood waste are being transferred due to inefficient and irrational processing system between regions. It is assumed that $CO_2$ generated and loss of unnecessary fuel cost from these inefficient system is quite a lot and in order to modify this disorganized system, it will not inevitable to treat the waste based on the characteristics of each regions. Also, the wood waste recycling system should be studied with the efficient, environmental friendly processing and delivering network by minimized transfer distance and local systemizing the waste treatment system.
Keywords
Wood Waste; Solid Waste Recycling Network; Mass Balance; Delivering Network;
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