ISSN 2594-357X
52nd Seminar on Ore Reduction and Raw Materials — Vol. 52, Num. 52 (2024)
Title
Authorship
DOI
Downloads
Abstract
THE PRESENT PRESENTS THE CONCEPT FOR SPREADING THE INJECTED POWDER VIA VENTANIAS IN ORDER TO INCREASE THE COMBUSTION RATE AND CONSEQUENT INCREASE IN THE INJECTION RATE. THE DEVELOPMENT WAS CARRIED OUT CONSIDERING THE BEHAVIOR IN THE REGION OF THE RACE WAY. THE RESULTS SHOW RESULTS THAT ALLOW THE STUDY TO MOVE FROM THE CONCEPTUAL PHASE TO INDUSTRIAL PROTOTYPES
THE PRESENT PRESENTS THE CONCEPT FOR SPREADING THE INJECTED POWDER VIA VENTANIAS IN ORDER TO INCREASE THE COMBUSTION RATE AND CONSEQUENT INCREASE IN THE INJECTION RATE. THE DEVELOPMENT WAS CARRIED OUT CONSIDERING THE BEHAVIOR IN THE REGION OF THE RACE WAY. THE RESULTS SHOW RESULTS THAT ALLOW THE STUDY TO MOVE FROM THE CONCEPTUAL PHASE TO INDUSTRIAL PROTOTYPES
Keywords
tuyere, injection rate, Blast Furnace, ICP, PowJet
tuyere, injection rate, Blast Furnace, ICP, PowJet.
How to cite
DUARTE, LUCAS MOREIRA; MAIA, BRENO TOTTI; SANTOS, BRUNO ORLANDO DE ALMEIDA; BRAGA, BERNARDO MARTINS.
TUYERE WITH INJECTED POWDER SWIRL SYSTEM – POWJET®,
p. 206-217.
In: 52nd Seminar on Ore Reduction and Raw Materials,
São Paulo, Brasil,
2024.
ISSN: 2594-357X, DOI 10.5151/2594-357X-40875
