The objective of this work is to present the research progress and applications of fly ash-
based geopolymer, and summarize the future research hotpots. Since 1998, scholars have …

Gasification fly ash is one of the wastes generated by coal gasifiers, and the unburned
carbon therein seriously restricts the resource utilization of gasification fly ash. Flotation is …

Coal gasification technology is the core of clean and efficient utilization of coal, while coal
gasification fine ash (CGFA) is the solid waste inevitably produced in the coal gasification …

Disposal of gasification fine ash (GFA), a by-product of coal gasification, is still dominated by
stockpiles, increasing land and environmental problems. To explore ways to reduce and …

Low-level radioactive wastes are commonly immobilized in cementitious materials, where
cement-based material can incorporate radionuclides into their crystal structure. Specifically …

Geopolymers have been widely adopted to stabilize the cationic pollutants. However, few
studies have focused on the immobilization of anionic species. In this study, the …

Geopolymers are considered as promising matrixes for waste solidification. However, the
effects of the Si/Al molar ratio of geopolymer on the immobilization efficiencies for metal ions …

The feasibility of using dolomite powders, by-product from the refractory industry, as a CO 2
adsorbent and as a catalyst for the acetone liquid-phase self-condensation is demonstrated …

The preparation of mesoporous silica from solid waste is an effective method to realize high-
value utilization of solid waste and reduce the synthesis cost of mesoporous silica. However …

Addressing the significant emissions and severe pollution hazards posed by coal fly ash
waste in the coal chemical industry, as well as the challenges in recovering phenolic …