The quality of molten iron not only has a significant impact on the strength, toughness,
smelting cost and service life of cast iron but also directly affects the satisfaction of users …

The flash ironmaking-power generation coupling (FIPG) process combines the latest
entrained-flow bed ironmaking technology and efficient cycle power generation. Different …

Flash ironmaking technology (FIT) is a potential alternative ironmaking process reducing
energy consumption and environmental pollution. The newly proposed counter-current flash …

A counter-current downer is proposed as a new structure to improve the flash ironmaking
technology (FIT). A computational fluid dynamics (CFD) model was established to predict the …

The flash ironmaking process is a novel ironmaking technology; the direct use of biomass as
the reductant and fuel in this process can take full advantage of the heat and syngas …

The conventional blast furnace (BF) ironmaking and coal-to-methanol (CTM) process both
suffer from high energy consumption and significant carbon emissions. In this work, a novel …

The coal‐based flash ironmaking furnace is designed to industrialize the novel flash
ironmaking technology (FIT), which is recognized as a cleaner and efficient alternative …

The novel gasification-reduction coupling process (GRCP) was proposed to obtain higher
coal gas/hot metal poly-generation system efficiency. The hematite particles replaced …

Flash ironmaking technology has recently been developed to directly reduce in-flight
hematite ore particles in a few seconds using gas reductant. Using biomass syngas as the …

The flash iron-making process is expected to be a new iron-making technology due to its
nonuse of coke, pellets, sintered ore, and extremely high production efficiency. Hydrogen is …