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Meeting 2018 TMS Annual Meeting & Exhibition
Symposium Energy Technologies and CO2 Management Symposium
Presentation Title Research on High Efficiency Energy Conversion Technology for Modern Hot Blast Stove
Author(s) Fuming Zhang, Xin Li, Zurui Hu
On-Site Speaker (Planned) Fuming Zhang
Abstract Scope High blast temperature is one of the important technical characteristics of modern blast furnace (BF), which is also an important technical approach for the green development of ironmaking. Increase blast temperature can improve and promote the BF operation smooth and stable, reduce coke rate, fuel consumption and CO2 emission. Dome combustion hot blast stove technology has been applied in Shougang Jingtang’s 5500m3 BF for 8 years. Under the condition of burning single BF gas, high efficiency energy conversion and over 1250 degree high blast temperature have achieved. The combustion and heat transformation process were researched by numerical simulation technology to optimize the structure design. The high efficiency annular ceramic burner and checker brick were developed and applied, the flue gas waste heat was recovered and reused to preheat the combustion air and gas. Prominent achievement of high blast temperature under the condition single BF gas burning has been realized.
Proceedings Inclusion? Planned:

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

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An Exergy Study of Cowper Stove Operations with an Iron Blast Furnace
Atom-functionalized Carbon-based Nanomaterials in Energy Applications: DFT Study
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B-22: CaxSr1-xO Heterogeneous Catalysts Using Polymer Complex Method (PCM) for Biodiesel Production
B-23: Energy Conservation in Sintering Ignition Process Based on Comprehensive Ignition Intensity
B-24: Study of Seperation between Carbon Dioxide and Hydrogen by Carbon Nanotube in Aluminium Industry (Monte Carlo Simulation)
B-25: Study on Energy Utilization of High Phosphorus Oolitic Hematite by Gas-based Shaft Furnace Reduction and Electric Furnace Smelting Process
Carbon Nanotube-containing Electrocatalysts for Oxygen Reduction Reaction
Charge Modulation for Manipulating Material-gas Interactions: CO2 Capture and H2 Storage
Direct Reduction of Copper Slag Composite Pellets within Lignite Using Biomass as Binder
Effect of Heat Input on the Microstructure of EH36 Shipbuilding Steel
Electrochemical Exfoliation of Graphite and Production of Functional Graphene
Evaluation of Variation in the Life Cycle Based Environmental Impacts for Copper Concentrate Production
Failure Behavior of Electrode Materials
Flexible and Hierarchical Nano-porous Catalyst with Efficient for Hydrogen Evolution Reaction
Flow Characteristic of Two-phase Bubble Reactor for Slag Waste Heat Recovery
Gas Hydrate-based CO2 Separation Process: Quantitative Assessment of the Effectiveness of Various Chemical Additives Involved in the Process
Graphene Electrode of Porous Structure for Supercapacitors with Ionic Liquid Electrolyte
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Interfacial Interactions of Self-healing Polymer-cement Composites Exposed to CO2 Using Synchrotron Methods
Leaching and Carbonation of Electric Arc Furnace(EAF) Slag under a Microwave Field for Mineral Carbonation
Modeling Key Atomic Processes in Titanium Alloys for Energy Efficiency
Preparation and Characterization of Activated Carbon from Waste Ion-exchange Resin for CO2 Adsorption
Research on High Efficiency Energy Conversion Technology for Modern Hot Blast Stove
Simulation Based Method for Analyzing Energy-utilization Feature in Steelmaking-continuous Casting Process
Solid Solution CaxSr1-xO Catalysts in Transesterification for Biodiesel Production
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The Reduction Kinetic of the Combined Cu-based Oxygen Carrier Used for Chemical Looping Gasification Technology
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