New recuperative and regenerative burners for minimizing exhaust gas losses and emissions
€4.90
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article number
00541_2009_04_06
The reduction of waste gas losses is often the most effective and economic way to increase the efficiency of industrial furnaces. This article will present two new burner models, enabling to cut waste gas losses of finned recuperative burners almost in half. The regenerative burner achieves highest efficiency but one has to accept a certain expenditure for cyclic switching and exhaust gas suction. This might not be justified for smaller burner sizes and furnaces. The new gap flow recuperative burner reaches almost the same efficiencies with a recuperative system. Both burner models use flameless oxidation technology for lowest NOx-emissions.
| Authors | Joachim G. Wünning |
|---|---|
| Publishing Date | 1 Apr 2009 |
| Format | |
| Zeitschrift | heat processing - Issue 04 2009 |
| Publisher | Vulkan-Verlag GmbH |
| Language | English |
| Pages | 4 |
| Title | New recuperative and regenerative burners for minimizing exhaust gas losses and emissions |
| Description | The reduction of waste gas losses is often the most effective and economic way to increase the efficiency of industrial furnaces. This article will present two new burner models, enabling to cut waste gas losses of finned recuperative burners almost in half. The regenerative burner achieves highest efficiency but one has to accept a certain expenditure for cyclic switching and exhaust gas suction. This might not be justified for smaller burner sizes and furnaces. The new gap flow recuperative burner reaches almost the same efficiencies with a recuperative system. Both burner models use flameless oxidation technology for lowest NOx-emissions. |
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