ISSN 2594-5297
59º Seminário de Laminação, Conformação de Metais e Produtos — vol. 59, num.59 (2024)
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Abstract
TECHNOLOGICAL COMPETITIVENESS AND OPEX REDUCTION COMBINED WITH THE SHORTEST POSSIBLE DOWNTIME ARE THE DRIVING FORCES FOR A REVAMPING PROJECT. IN THIS PAPER A REAL CASE OF A TURN-KEY PROJECT PERFORMED BY DANIELI CENTRO COMBUSTION ON A HDGL ANNEALING FURNACE IS PRESENTED. COOLING AND SOAKING SECTIONS OF THE FURNACE HAVE BEEN MODIFIED FROM HORIZONTAL TO VERTICAL CONFIGURATION AND MOST OF THE ERECTION HAS BEEN SAFELY PERFORMED DURING NORMAL PRODUCTION WITH THE AIM OF DOWNTOWN MINIMIZATION. THE OUTCOMES OF THE PROJECT ARE PRODUCTIVITY INCREASE, NATURAL GAS CONSUMPTION REDUCTION AND PRODUCT MIX EXTENSION, PERMITTING THE CUSTOMER TO PRODUCE AHSS GRADES THANKS TO THE INCREASED SOAKING TIME IN THE RADIANT TUBE SECTION AND THE RAPID COOLING SECTION.
TECHNOLOGICAL COMPETITIVENESS AND OPEX REDUCTION COMBINED WITH THE SHORTEST POSSIBLE DOWNTIME ARE THE DRIVING FORCES FOR A REVAMPING PROJECT. IN THIS PAPER A REAL CASE OF A TURN-KEY PROJECT PERFORMED BY DANIELI CENTRO COMBUSTION ON A HDGL ANNEALING FURNACE IS PRESENTED. COOLING AND SOAKING SECTIONS OF THE FURNACE HAVE BEEN MODIFIED FROM HORIZONTAL TO VERTICAL CONFIGURATION AND MOST OF THE ERECTION HAS BEEN SAFELY PERFORMED DURING NORMAL PRODUCTION WITH THE AIM OF DOWNTOWN MINIMIZATION. THE OUTCOMES OF THE PROJECT ARE PRODUCTIVITY INCREASE, NATURAL GAS CONSUMPTION REDUCTION AND PRODUCT MIX EXTENSION, PERMITTING THE CUSTOMER TO PRODUCE AHSS GRADES THANKS TO THE INCREASED SOAKING TIME IN THE RADIANT TUBE SECTION AND THE RAPID COOLING SECTION.
Keywords
HDGL; annealing furnace; Cooling and soaking; furnace; AHSS grades
Product mix; AHSS; Furnace upgrading; Rapid cooling
How to refer
CAROZZO, GIOVANNI;
SANTI, FILIPPO DE.
CUSTOMIZED AND COST-EFFECTIVE SOLUTIONS FOR PRODUCTION AND PRODUCT MIX INCREASE IN HDGL FURNACES REVAMPING: A TECHNICAL AND ERECTION CHALLENGE
,
p. 282-291.
In: 59º Seminário de Laminação, Conformação de Metais e Produtos,
São Paulo, Brasil,
2024.
ISSN: 2594-5297
, DOI 10.5151/2594-5297-40968