• Capture of furnace exhaust gases from above or below the charging opening. • Optional integration of oxygen injection systems. • Cooling of hot exhaust gases using air-to-air coolers, with online cleaning of the cooling surfaces if required. • Downstream high-efficiency dust collection designed for the required emission limit and operating
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• Capture of furnace exhaust gases from above or below the charging opening. • Optional integration of oxygen injection systems. • Cooling of hot exhaust gases using air-to-air coolers, with online cleaning of the cooling surfaces if required. • Downstream high-efficiency dust collection designed for the required emission limit and operating
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• Phase-optimised jet hood capture across all furnace operating phases • Improved capture efficiency through aerodynamic flow distribution • Integrated SEC Smart Exhaust Control provides automated, demand-based airflow control (dampers + fan VFD) • Lower energy use with stable extraction performance • Compact filter systems matched to furnace size, dust load and temperature.
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• Electric arc furnaces generate high fume peaks and therefore require a combination of primary and secondary extraction stages. • Direct extraction of primary furnace exhaust gases via the EAF 4th lid hole cover or furnace hood. • Additional capture of secondary emissions through roof extraction in the furnace hall. • Cooling of hot exhaust gases in KS/KU air-to-air coolers where required. • High-efficiency filtration in FS flat-bag or pulse-jet filters designed for continuous industrial operation.
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• Extraction at the channel and forehearth using lowerable, swivelling hoods for easy access to the channel area. • Flow-optimised ductwork to ensure stable transport of hot gases. • Filter systems designed for long operating periods with constant loads.
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