유리섬유 제조공정에서의 VOCs 및 Aldehyde류 배출 특성 (Characteristic of VOCs & Aldehyde Compounds Emissions from Glass Fiber Manufacture)

서지정보

· 발행기관 : 한국도시환경학회
· 수록지 정보 : 한국도시환경학회지 / 9권 / 2호 / 67 ~ 74페이지
· 저자명 : 김신도, 김정호, 김태식, 이정주, 서병량

초록

The industrial use of man-made mineral fibers(MMMF), has been increasing,
particularly since the banning of most asbestos products. Glass fiber manufacturing
is the high-temperature conversion of various raw materials into a homogeneous
melt, followed by the fabrication of this melt into glass fibers. Emissions generated
during the manufacture of wool fiberglass insulation include solid particles of glass
and binder resin, droplets of binder, and components of the binder that have
vaporized. To characterize VOCs and aldehyde compounds emissions from glass
fiber process, we carried out this study. In order to give cohesion and mechanical
properties to the glass wool mat, bindohesigents are added to the fibers, just after
their production ofargeting in an ideal way to have one droplet of binder at each
crossing of fibers. Generally, the binding materials consist of benzene-formaldehyde
resin, urea resin, sicane and ammonium sulfate solution. Formohesind
Curing section in the glass fiber manufacture process, small quantities of
bindohesigents are vaporizedsind/or transform into VOCs & aldehyde compound.
Some pollutants was very high concentration from mat-forming line and curing
oven section, such as HCHO because vapor gas was generated as a resin polymerization.

영어초록

The industrial use of man-made mineral fibers(MMMF), has been increasing,
particularly since the banning of most asbestos products. Glass fiber manufacturing
is the high-temperature conversion of various raw materials into a homogeneous
melt, followed by the fabrication of this melt into glass fibers. Emissions generated
during the manufacture of wool fiberglass insulation include solid particles of glass
and binder resin, droplets of binder, and components of the binder that have
vaporized. To characterize VOCs and aldehyde compounds emissions from glass
fiber process, we carried out this study. In order to give cohesion and mechanical
properties to the glass wool mat, bindohesigents are added to the fibers, just after
their production ofargeting in an ideal way to have one droplet of binder at each
crossing of fibers. Generally, the binding materials consist of benzene-formaldehyde
resin, urea resin, sicane and ammonium sulfate solution. Formohesind
Curing section in the glass fiber manufacture process, small quantities of
bindohesigents are vaporizedsind/or transform into VOCs & aldehyde compound.
Some pollutants was very high concentration from mat-forming line and curing
oven section, such as HCHO because vapor gas was generated as a resin polymerization.

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