<abstract xmlns="http://www.w3.org/1999/xhtml"><p>An SRF plant which can produce 100 ton/month of
SRF, one of the largest manufacturing plants in Korea, was
investigated in this study. The actual operated SRF yield at
21.7 % that showed a lower yield than expected; originally
designed value was 25.0%. The cause of these results was the
difference between characteristics of MSW applied to this plant
originally and that which was actual incoming. The MSW led to
decrease the separation efficiency of the mechanical treatment
process. Thus, each element of the facility was modified. After
modification, the SRF yield increased to 30.9%, whereas the
physico-chemical properties of SRF were satisfied with domestic
standard of SRF regardless of modifying MT facilities.</p></abstract>

An SRF plant which can produce 100 ton/month of
SRF, one of the largest manufacturing plants in Korea, was
investigated in this study. The actual operated SRF yield at
21.7 % that showed a lower yield than expected; originally
designed value was 25.0%. The cause of these results was the
difference between characteristics of MSW applied to this plant
originally and that which was actual incoming. The MSW led to
decrease the separation efficiency of the mechanical treatment
process. Thus, each element of the facility was modified. After
modification, the SRF yield increased to 30.9%, whereas the
physico-chemical properties of SRF were satisfied with domestic
standard of SRF regardless of modifying MT facilities.

Effect of Modified Mechanical Treatment Facilities on SRF Yield in Korea

Environmental and Climate Technologies

{"article-title":"Effect of Modified Mechanical Treatment Facilities on SRF Yield in Korea"}

An SRF plant which can produce 100 ton/month of
SRF, one of the largest manufacturing plants in Korea, was
investigated in this study. The actual operated SRF...

Effect of Modified Mechanical Treatment Facilities on SRF Yield in Korea

Online veröffentlicht: 14. Feb. 2014

Seitenbereich: 47 - 53

DOI: https://doi.org/10.2478/rtuect-2013-0016

This content is open access.