The global warming promotes the steel industry to replace part of coke by injecting hydrogen-
rich fuel into the blast furnace to reduce CO2 emissions and energy consumption. In this …

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 …

Fenton sludge was converted into magnetic sludge-based biochar (SMBC) using a one-step
pyrolysis process and employed as a novel heterogeneous catalyst to activate hydrogen …

The purposes of this study are to reduce Fe 2 O 3 using hydrogen (H 2) and carbon
monoxide (CO) gases at a high temperature zone (500° C–900° C) by focusing on the …

Hydrogen-based shaft furnace process is gaining more and more attention due to its low
carbon emission, and the reduction behavior of iron bearing burdens significantly affects its …

Cyclohexane, a typical volatile organic compound (VOC), poses high risks to the
environment and humans. Herein, synthesized PdAg/Fe2O3 catalysts exhibited exceptional …

The reduction kinetics of iron-based oxygen carriers significantly affect the efficiency of
chemical looping hydrogen generation. Based on the thermodynamics properties of the Fe …

Membrane technology has been widely used to treat wastewater from a variety of industries,
but it also results in a large amount of concentrated wastewater containing organic …

The reduction of iron oxide with hydrogen is a much-studied research topic, whose interest
is growing even more with the emergence of new applications, for example the hydrogen …

Nickel-chromium alloys are often utilized in high-resistance and heating metamaterials
because of their passivity; however, their reducibility behavior has never been reported …