At present, the comprehensive utilization of bulk industrial solid waste has attracted wide
attention. The recycling of industrial solid waste in building materials not only provides …

To select suitable high-temperature foaming agents, SiO 2–Al 2 O 3–CaO-based foam
ceramics (SACFC) were successfully prepared with different foaming agents based on …

Solid waste treatment remains an unavoidable environmental burden for modern cities.
Currently, the multipurpose utilization of solid waste in construction and building materials is …

A kind of foamed glass-ceramics (FGC) that can be used in the construction field was
synthesized by self-foaming technology using untreated phosphorus tailings (PT) and coal …

The heat treatment system was a key factor in the performance of lightweight foam ceramics.
Phosphorus tailings and coal gangue were recovered for preparing lightweight foam …

Solid waste-based lightweight glass ceramics aroused a great deal of attention with the
introduction of green building materials. This material demonstrated high performance while …

In response to resource scarcity and environmental challenges, sustainable practices,
particularly in recycling and reusing waste materials, have become crucial. This paper …

To reduce environmental impact of sintered lightweight aggregates (LWAs), in this study,
novel glass-based LWAs were produced from municipal solid wastes at 900° C. The mix …

In order to solve the problem of high accumulation of silicon-manganese slag, this paper
proposes a method to prepare foam ceramics with high porosity using silicon-manganese …

The utilization of granite sludge offers significant economic and environmental advantages.
This study focuses on preparing porous glass-ceramics from Ca (OH) 2-modified granite …