ISSN 2594-5297
58º Seminário de Laminação, Conformação de Metais e Produtos — vol. 58, num.58 (2023)
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Abstract
Induction technology is a compact, clean, easily controllable and reproducible heating technology up to very high application temperatures with small space requirements. Nevertheless, conventional furnace concepts with fossil fuels are always used when a high geometric variety of workpieces has to be heated. Unless high process dynamics and smooth operation are required, lower primary energy consumptions and reduced CO2-emissions may be of interest. This article shows how the two often competing concepts can be advantageously combined to create an overall process that allows significant energy and cost savings. In hybrid heating, the induction is operated in the high temperature range.
Induction technology is a compact, clean, easily controllable and reproducible heating technology up to very high application temperatures with small space requirements. Nevertheless, conventional furnace concepts with fossil fuels are always used when a high geometric variety of workpieces has to be heated. Unless high process dynamics and smooth operation are required, lower primary energy consumptions and reduced CO2-emissions may be of interest. This article shows how the two often competing concepts can be advantageously combined to create an overall process that allows significant energy and cost savings. In hybrid heating, the induction is operated in the high temperature range.
Keywords
Induction; CO2 Reduction; Hybrid Heating
Induction; CO2 Reduction; Hybrid Heating
How to refer
Godon, Martina.
HYBRID HEATING- COMBINATION OF INDUCTION AND CONVENTIONAL FURNACES AS AN INTEMEDIATE STEP TOWARDS A CO2-FREE FUTURE
,
p. 428-440.
In: 58º Seminário de Laminação, Conformação de Metais e Produtos,
São Paulo,
2023.
ISSN: 2594-5297
, DOI 10.5151/2594-5297-40357
