The present paper endeavors to examine the viability of utilizing recycled wastewater as a
foundational component in the creation of eco-friendly concrete. This paper entails an in …

This study aims to treat heavy metal pollutants in water by applying red mud particle waste.
An experiment on the static adsorption of heavy metal ions Pb 2+(or Cd 2+ and Cu 2+) by …

In response to the requirement for the comprehensive utilization of industrial waste, high-
strength geopolymers were prepared from red mud (RM) and Class 1, 2, and C fly ash (FA) …

High-strength cementitious red mud-fly ash materials (RFMs) were formed from sodium
hydroxide and water glass mixed solutions, and their abilities to solidify heavy metal ions …

Inappropriate handling of heavy metal-containing wastewater resulting from extensive
mining and smelting activities causes serious threats to surrounding environments and …

Considering the energy dissipation caused by hydrate dissociation and granular
rearrangement at the micro level, a multiphase constitutive model of hydrate-bearing …

When exposed to chemicals, the micro-structural evolution of the loess and the impacts on
the macro-mechanical properties are considered crucial for contaminated land reclamation …

Bio-mediated ground improvement techniques including Microbial Induced Calcite
Precipitation (MICP) and Enzyme Induced Calcite Precipitation (EICP) treatment methods …

Given copper and lead mine enrichment and the high yield of North-Western China, the
metallurgical industry attains prosperity. Metallurgical industrial waste which contains heavy …

Heavy metal contamination has caused serious threats to surrounding fragile environments
and human health. While the novel microbial-induced carbonate precipitation (MICP) …