Observations of the Mineral Matter Material Present at the Coke/Iron Interface During Coke Dissolution into Iron

Keywords

Coke, Dissolution, Metallurgy, Mineral, Slag (welding)

References

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• Physical chemistry of high temperature technologyE. T. Turkdogan — 1980
• Advanced Physical Chemistry for Process Metallurgy信雄 佐野, W.-K. Lu, P. V. Riboud — 1997
• Influence of ash on mass transfer and interfacial reaction between natural graphite and liquid ironC. Wu, R. Wiblen, Veena Sahajwalla — 2000
• Occurrence and Composition of Some Mineral Phases in the Tuyere CokeStanislav S. Gornostayev, Olavi Kerkkonen, Jouko Härkki — 2005
• Behaviour of selected minerals in an improved ash fusion test : quartz, potassium feldspar, sodium feldspar, kaolinite, illite, calcite, dolomite, siderite, pyrite and apatiteAdrian Reifenstein, Hakan Kahraman, C. Coin — 1999
• Experimental investigation of dissolution rates of carbonaceous materials in liquid iron-carbon meltsMarcelo Breda Mourão, G. G. Krishna Murthy, John F. Elliott — 1993
• Interfacial Phenomena Occurring during Iron/Char Interactions in a Blast FurnaceFiona McCarthy, Rita Khanna, Veena Sahajwalla — 2005
• Influence of Mineral Matter on Coke Reactivity with Carbon DioxideMihaela Grigore, Richard Sakurovs, David French — 2006
• Influence of ash on interfacial reactions between coke and liquid ironFiona McCarthy, Veena Sahajwalla, John Hart — 2003
• Factors Influencing Carbon Dissolution from Cokes into Liquid IronSheau Tsuey Cham, Veena Sahajwalla, Richard Sakurovs — 2004
• Carburization of hot metal by industrial and special cokesHeinrich Wilhelm Gudenau, Jean Paul Mulanza, D. Ganpath Ram Sharma — 1990
• Kinetics of carbon dissolution in Fe-C alloy at 1550°CN. Jones — 1998

Cited by

• Liquid Iron Wetting of Calcium AluminatesBrian J. Monaghan, Michael W. Chapman, Sharon Nightingale — 2010
• Liquid flow through a reactive packed bedHazem Labib George — 2013
• Effect of Carbon Dissolution Reaction on Wetting Behavior between Liquid Iron and Carbonaceous MaterialKo‐ichiro Ohno, Takahiro Miyake, Shintaro Yano — 2015
• The wetting of liquid iron carbon on aluminate minerals formed during coke dissolution in ironBrian J. Monaghan, Michael W. Chapman, Sharon Nightingale — 2009
• Blast furnace hearth refractory and coke ash mineral interactionsPB Drain, M W Chapman, RJ Nightingale — 2013
• The evolution of structural order, microstructure and mineral matter of metallurgical coke in a blast furnace: A reviewKejiang Li, Rita Khanna, Jianliang Zhang — 2014
• Use of Waste Bakelite as a Raw Material Resource for Recarburization in Steelmaking ProcessesSomyote Kongkarat, Rita Khanna, Pramod Koshy — 2011
• Effect of slag melting behavior on metal-slag separation temperature in powdery iron, slag and carbon mixtureKo‐ichiro Ohno, Masashi Kaimoto, Takayuki Maeda — 2011
• Effect of Carbon Structure Crystallinity on Initial Stage of Iron CarburizationKo‐ichiro Ohno, Takayuki Maeda, Koki Nishioka — 2010
• Effect of Coke Reaction Index on Reduction and Permeability of Ore Layer in Blast Furnace Lumpy Zone Under Non-Isothermal ConditionHongbo Zhao, Yongqiang Bai, Shusen Cheng — 2013
• The Effect of Sulfur Concentration in Liquid Iron on Mineral Layer Formation During Coke DissolutionMichael W. Chapman, Brian J. Monaghan, Sharon Nightingale — 2011
• Interfaces Between Coke, Slag, and Metal in the Tuyere Level of a Blast FurnaceKejiang Li, Jianliang Zhang, Zhengjian Liu — 2015
• Fe-Si droplets associated with graphite on blast furnace cokeStanislav S. Gornostayev, Timo Fabritius, Olavi Kerkkonen — 2012
• Formation of a Mineral Layer during Coke Dissolution into Liquid Iron and Its Influence on the Kinetics of Coke Dissolution RateMichael W. Chapman, Brian J. Monaghan, Sharon Nightingale — 2008
• Carbon Transfer in the Lower Zone of a Blast FurnaceBrian J. Monaghan, Michael W. Chapman, Sharon Nightingale — 2010
• Graphitization of Coke and Its Interaction with Slag in the Hearth of a Blast FurnaceKejiang Li, Jianliang Zhang, Yanxiang Liu — 2016
• Dispersion of lime in coke analogue and its effect on gasification in CO2Apsara Jayasekara, Brian J. Monaghan, Raymond J. Longbottom — 2016
• Influence of SiO2 reduction on the local structural order and fluidity of molten coke ash in the high temperature zone of a blast furnace. A molecular dynamics simulation investigationKejiang Li, Mohammed Bouhadja, Rita Khanna — 2016
• The influence of simultaneous adsorption of potassium and sodium vapours on coke structure and performanceJianbo Zhong, Jianliang Zhang, K. Li — 2017
• Utilization of Waste HDPE for Sustainable EAF Steelmaking: Carbon Dissolution into Liquid SteelSomyote Kongkarat, B. Cherdhirunkorn, Raumporn Thongreang — 2017

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