Gas-pressurized torrefaction is efficient for upgrading biomass to substitute metallurgical
coke. Herein, the effects of pressure and temperature on corncob torrefied products as well …

Due to global warming, technologies reducing CO2 emissions in the metallurgical industry
are being sought. One possibility is to use bio-coke as a substitute for classic coke made of …

Rapid removal of recalcitrant organic contaminants from coking wastewater remains a
challenge. Powder coke is a burden to coke plant and environment, has the potential as a …

Carbonaceous reductants for pyrometallurgical applications are usually obtained from fossil-
based sources. The most important properties of the reductants greatly depend on the …

The utilization of bio-based side streams in metallurgical coke making promotes two major
factors in the mitigation of climate impact in the steel industry. Circular economy as the waste …

This study aims at recovering valuable metals from nickel slag by employing
pyrometallurgical techniques. A large amount of slag is generated during the nickel matte …

Carbon dioxide is emitted in several industrial processes and contributes to global warming.
One of the industries that is considered a significant emitter is metallurgy. Therefore, it is …

This study investigated lignin as a reducing agent instead of fossil carbon for the reduction of
zinc oxide and zinc ferrite contained in steelmaking dusts. Three types of dusts from different …

Plastic waste of different origin has been proposed and used as an additive in coal blends in
metallurgical coke production for trace amounts for about two decades. Previous studies …

Steel plays a vital role in the modern world, particularly in manufacturing. The researchers
assume that if the metal extraction is sustainable, it will be sufficient to fulfill the requirements …