Secondary aluminum dross (SAD) is consisted of alumina, aluminum nitride (AlN), salts and
heavy metal oxides. Over 6.5 million tons of SAD is discharged in the world annually …

Porous ceramics combine the advantages of both ceramics and porous materials. Due to
their excellent combination of properties, such as lightweight, high surface area, excellent …

Porous ceramics with hierarchical pore and high strength were prepared by secondary
aluminum dross and quicklime as main raw materials. The influence of quicklime content …

Hazardous waste vitrification has been recognized as an effective method for waste
treatment, but there is still a need to explore the utilization of its vitrification slag. The …

Although solid waste is a good raw material for preparing foam ceramics, the mechanisms of
the discrepancies in different solid wastes affecting the properties of foam ceramics remain …

Abstract Second Aluminum Dross (SAD), a byproduct of aluminum dross extraction with both
resource and pollutant properties, requires harmless treatment and full-component …

Secondary aluminum ash (SAD) disposal is challenging, particularly in developing
countries, and presents severe eco-environmental risks. This paper presents the treatment …

Aluminum dross (AD) has become a severe problem for the environment and public health
due to the great prosperity of the aluminum industry because it contains Al, AlN, Al4C3 …

Ceramic atomization cores are a new application of porous ceramics; however, the
challenging regulation of the pore structures of porous ceramics has limited their application …

Alkali activation techniques (AATs) are utilized to produce glass-based foams (GBFs)
including glass or glass ceramic foam, due to their eco-friendly process. Numerous studies …