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Eclipse Combustion Optimizes Industrial Air Heaters with Gas Burners in Two Weeks
Eclipse Combustion uses EFD.Lab to ensure optimal mixing of gases, improve efficiency and reduce emissions in industrial gas burners
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Eclipse Combustion used EFD.Lab, a general purpose engineering fluid dynamics software from Flomerics Ltd., to quickly design and optimize
a large industrial air heater with burner in record time. "EFD.Lab helped us design a better air heater. Based on the analysis results, we
even took out some of the parts we normally used as extra reserves to cover any eventuality," said Ad Heijmans, development manager at Eclipse.
The entire design and verification process took less than two months: two weeks for analysis and the rest on communicating with their customer.
"EFD.Lab results are easy to understand and interpret by any engineer who is already familiar with the subject matter being studied. With EFD.Lab
we can now answer more customer questions and this ability is now a natural extension of our services."
Eclipse Combustion is an international manufacturer of industrial gas burners. Eclipse products are used in "low" temperature environments such
as dryers and in industrial furnaces where performance, efficiency and reliability are essential. For a successful application, users require
high combustion efficiency where the fuel is burned without excess emission to comply with environmental regulations.
Eclipse needed to design an air heater with a gas burner to meet their customer requirements. Their customer wanted to reach a temperature of 500° C
with a temperature distribution of ±100° C by using an Eclipse burner which produced 1700° C flue gases. The main challenge was to mix the hot and
the cold air without cooling the flame too much. To further complicate the matter, the customer needed to get a uniform temperature as fast as possible
in as small a chamber as possible.
Eclipse used Autodesk Inventor to construct a solid model and EFD.Lab to test the proposed design before it was built. Whereas in the past Eclipse
would design the system and allow for extra reserves, with EFD.Lab Eclipse created a virtual prototype of the burner which could be easily tested
and modified. The final design featured a mixing chamber that was smaller than anticipated and still met the temperature requirements. In the end,
the burner was built with a temperature distribution of ±150° C. "Our customer wanted a better temperature distribution but we proved to them that
within the given parameters meeting those requirements were physically impossible. After seeing the analysis results our customer was very satisfied
with the proposed design."
Most surprisingly though is the fact that the main reason they invested in the technology has gradually evolved. "We initially decided to invest in
EFD.Lab flow simulation software to solve design problems. Now we find and solve issues before they even become problems."
Interested readers may download
» free EFD software demos.
For additional information about Eclipse Combustion, please visit www.eclipsecombustion.com/.
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