This factor features a selection of papers awarded on the 71st convention on Glass difficulties, October 19-20, 2010 on the Ohio nation college, Columbus, Ohio. issues contain glass melting; glass technological know-how, defects; security; refractories; recycling; controls; and uncooked materials.Content:
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Additional resources for 71st Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 32
AIR QUALITY CONTROL REGULATIONS Upon completion of the Cold Tank Repair and return to the stable production, the emission control system was required to comply with the flat glass emission limits defined by the San Joaquin Valley Unified Air Pollution Control District in the Table 1. 04 lb/t 10 ppmv 8 mg/m3 NTP 42 ■ 71st Conference on Glass Problems Integrated Air Quality Control System for Float Glass Furnace TECHNOLOGY CONSIDERATIONS FOR EMISSION CONTROL To meet regulations especially for NOx, Guardian considered emission control options of: • Oxy-Fuel - DeSOx Scrubber - EP • DeSOx Scrubber - EP - SCR Oxy-fuel may be considered a primary method of NOx control at the source, by reducing N2 introduction to the furnace.
As part of the commissioning package Air Products provided safety and operational training to ensure FGI was comfortable with the operation of their oxy-fuel equipment. Throughout the conversion, APCI technical experts were onsite to provide process expertise to help FGI step through the conversion with minimal disruptions. BURNER SELECTION Based on the FGI's requirements and our previous experiences, Air Products recommended the use of eight Cleanfire® HRi™ Mini gas burners. The size Mini burner has been used in a number of glass industry segments, ranging from container, frit, mini-float and fiberglass furnaces.
Seeds, rich in S0 2 , can hardly be reabsorbed by the melt during controlled cooling of the melt in the case that no polyvalent ions are present. In case of ferric ions the following equation can be applied: S0 2 (gas) + 20 2 " + 2Fe 3+ -> S0 4 2' + 2Fe 2+ During cooling of the melt the S0 2 seeds are reabsorbed as sulphate. The second significant impact of the low iron content is visible on the heat radiation conductivity of the melt. The strong increase in the effective radiation heat conductivity is visible by the high glass melt temperature at the bottom of the melter.
71st Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 32