Hydrogen (H 2) energy is a promising candidate to replace carbon monoxide (CO) as a
reductant for iron oxide reduction in revolutionary ironmaking industrial processes, and …

As an integral part of developing a novel ironmaking process, the hydrogen reduction
kinetics of hematite concentrate particles (average particle size 21 µ m) were measured in …

A novel ironmaking process is under development at the University of Utah to produce iron
directly from iron oxides concentrates by the gas–solid flash reaction using gaseous fuels …

Despite the dominance of the blast furnace ironmaking process, increasing attention is
being paid to the development of new technologies with lower energy consumption and CO …

A computational fluid dynamics (CFD) approach, coupled with experimental results, was
developed to accurately evaluate the kinetic parameters of iron oxide particle reduction …

Nano-metallic nickel powders are highly-valued materials applied in energy, electronic
devices and aerospace, which is known to be produced by the gaseous phase reduction …

A computational fluid dynamics (CFD) model was developed to accurately predict the flash
reduction process, which is considered an efficient alternative ironmaking process …

To understand the thermodynamic characteristics of the melting process for high
manganese twinning-induced plasticity steel, the activity coefficient of FeO in molten slag of …

The determination of reduction degree in a DR process is sensitive to the total iron in the ore
and DRI. An accurate and high throughput analysis method for total iron has been …

中文摘要闪速炼铁技术(FIT) 被认为是一种很有潜力的绿色炼铁技术. 为了准确预测闪速炼铁
过程, 本文基于实验室规模的高温管式炉构建了包含颗粒反应动力学在内的计算流体动力学 …