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Power: 1,000 kW - 60,000 kW
... proven technology for emissions control, this burner reduces NOx emissions to under 60 mg/Nm3@3% O₂ dry when firing low LHV gases. A VERSATILE BURNER FOR VARIOUS APPLICATIONS The Pillard LEANGASFLAM™ ...
FIVES PILLARD
... the furnace temperature is below 760°C (1,400 °F). Above this temperature, fuel is switched from the burner gas tube to strategically positioned nozzles adjacent to the burner tile port. ...
FIVES PILLARD
... flameless burner technology that can achieve Ultra-low NOx emissions and improve temperature uniformity. Combustion occurs in the furnace chamber instead of the burner tile. When DMC ...
FIVES PILLARD
... performance. The burner lowers total operating costs compared to cold air and recuperative systems, without sacrificing high heating temperature capabilities. The regenerative radiant tube technology increases furnace ...
FIVES PILLARD
... Ultra-low NOx burner technology without the use of flue gas recirculation (FGR). Its wide burner capacities range from 3 MM Btu/h to over 40 MM Btu/h. This industrial burner is easy ...
FIVES PILLARD
... pattern with low NOx emissions. The flame pattern technology is designed for furnaces with limited length and sufficient width to allow the flame envelope to develop. This burner is stable at full capacity ...
FIVES PILLARD
The Magna-Flame™ Fuel Directed is a low-NOx industrial burner used with ambient temperature combustion air on a wide variety of furnaces operating up to 1,100°C (2,000°F). Thanks to the burner’s ...
FIVES PILLARD
... control of the air/fuel ratio, furnace atmosphere, and furnace pressure—all contributing to better product quality. Our 6514 dual-fuel burner remains stable throughout a wide range ...
FIVES PILLARD
... control of the air/fuel ratio, furnace atmosphere, and furnace pressure—all contributing to better product quality. Our 6514 dual-fuel burner remains stable throughout a wide range ...
FIVES PILLARD
... Ultra-low NOx burner and a regenerative bed. Together, they recover waste heat from furnace exhaust gases to preheat the combustion air. This process significantly increases thermal efficiency compared ...
FIVES PILLARD
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