Environmental legislation such as the EU-IPPC directive, is becoming more and more stringent. As a furnace designer, Technip is faced with the challenge to meet ultra-low NOx emissions when designing or revamping ethylene cracking furnaces and steam reformers. This requires a detailed understanding of the fundamentals of fluid dynamics and combustion kinetics in such critical heaters. The paper deals with the fundamental modeling approach Technip has developed as a mandatory tool when designing critical furnaces.
The Design of Ultra-Low NOx Critical Furnaces
FRASSOLDATI, ALESSIO
2010-01-01
Abstract
Environmental legislation such as the EU-IPPC directive, is becoming more and more stringent. As a furnace designer, Technip is faced with the challenge to meet ultra-low NOx emissions when designing or revamping ethylene cracking furnaces and steam reformers. This requires a detailed understanding of the fundamentals of fluid dynamics and combustion kinetics in such critical heaters. The paper deals with the fundamental modeling approach Technip has developed as a mandatory tool when designing critical furnaces.File in questo prodotto:
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VanGoethem_AICHESpringMeeting2010EnvirommentalSession100.pdf
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