The development of industry is inseparable from the support of mining. However, mining
processes consume a large amount of energy, and increased tailing emissions can have a …

To realize low-cost green backfill mining, this paper proposes a novel model of aeolian sand-
cement-modified gasification slag-paste backfill (ACGPB). This model realizes the safe …

A multicollinearity-aware multi-objective optimisation (MA-MOO) framework was developed
to minimise the main environmental issues and the cost of production of green concrete …

Backfill mining, one of the most common methods for removing hazardous tailings, is
performed on cementitious tailings backfill (CTB), which can be employed to fully discard …

The objective of this study was to synthesize a sustainable concrete material from readily
available waste and by-products; Ground Granulated blast furnace slag (GGBFS) and waste …

In order to improve the beneficiation efficiency, the ore have been ground finer or even
exceed the fineness of cement. The cost of the material rises as a result of ordinary …

With the vigorous development of the world's mineral resources, the global ecological
environment has been severely damaged. The tailings cemented filling technology is an …

This work analyzes the effects of Industrial solid waste content and meso-microstructure on
the mechanical and fracture behavior of cemented solid-waste composites (CSWC). The …

Carbonation of industrial alkaline resources can achieve dual effects of CO 2 sequestration
and solid waste management, and the carbonated product may act as a potential …

The cemented backfill is a multi-phase cementitious composite material, which is widely
used in the backfilling industry of mined-out areas. To investigate the mechanical properties …