Charcoal, a biomass-derived fuel, has the potential to replace coal in pulverised coal
injection (PCI) in ironmaking blast furnaces (BFs) and enable low-carbon ironmaking …

Pyrolysis condition is vital to physicochemical properties of semi-coke, influencing the
subsequent combustion and NO formation. In this study, the combustion behaviors and NO …

Biomass is a carbon-neutral solid fuel and has the potential to replace coal in pulverised
coal injection (PCI) operation of ironmaking blast furnaces (BFs). In this study, a three …

The difference in combustion performance between brown coal and black coal blended with
Eucalyptus woodchip and woodchar in varying blending ratios were examined in the air and …

Using carbon-neutral from biomass is a promising solution to achieve carbon neutrality in
pulverized coal injection (PCI) technology in an ironmaking blast furnace (BF). In this paper …

Biomass is a carbon-neutral fuel and has potential to be used in pulverized coal injection
(PCI) technology in ironmaking blast furnaces (BFs). In comparison to pulverized coal …

It is imperative to achieve high coke replacement rates in blast furnaces which in turn are
strongly influenced by the effects of combustibility of pulverized coal/coal blend due to …

Utilizing pyrolysis chars as the injection fuel in a blast furnace can reduce the dependence
on high-quality pulverized coal injection (PCI) coal. In this study, the physical properties and …

In this paper we have examined the potential of Yallourn brown coal char (collected from an
industry-scale pyrolyser) to be used as a pulverized coal injection (PCI) fuel, its size …

Pyrolysis chars have potential as fuels for pulverized coal injection (PCI); however, their
proper and efficient utilization requires evaluation of char combustion kinetics. The …