Lignin that had been extracted from Kraft black liquor was investigated as a fusing binder in
briquetted anthracite fines for a foundry coke substitute. Cupola “heat zone” pyrolytic …

CaO-containing carbon pellets (CCCP) was prepared by mixing carbide slag (Ca (OH) 2)
and powdered char to produce CaC 2, achieving the recycling of carbide slag during CaC 2 …

Coal tar pitch with xylene as activator was utilized to bind coke breeze to form a firm
briquette at room temperature and xylene activation on binding behavior of the pitch was …

The authors have developed bindered anthracite briquettes that can replace conventional
coke as a fuel in foundry cupolas. The anthracite briquettes included fine anthracite grains …

The main aim of this study is to evaluate the possibility of applying foundry dust (FD) derived
filler for the preparation of natural rubber (NR) based composites by characterizing the …

The variation in behavior of free radicals during the pyrolysis and co-pyrolysis of anthracite
and coal-based binder (AS) was determined by Electron paramagnetic resonance (EPR) …

When comparing a novel collagen and alkali silicate core binder system to a conventional
phenolic urethane binder system during full-scale trials, the phenolic urethane incurred a …

In an effort to develop highly porous silicon carbide for high temperature air filtration, an
alternative approach to forming silicon carbide nanowires (SCNW) was developed by …

In this article, a new briquette fuel (SC), which was produced by the mixture of coal fines
(25.9%), sewage sludge (60.6%), lignin (4.5%), tannic acid (4.5%) and elemental silicon …

The authors and collaborators have devised innovative technologies that decrease foundry
costs, pollution, materials use, and energy. These include:(a) applying advanced oxidation …