High-efficiency disposal of dredged sediment (DS) has become an imperative geo-
environmental engineering issue due to the limited landfilling space and severe …

Magnesium oxide carbonation, especially the reactive magnesia (rMgO), is a new paradigm
regarded as a green alternative to the traditional Portland cement. The eco-friendly nature of …

Abstract municipal solid waste incineration (MSWI) fly ash partially replaces cement to
solidify sediment, and then can be used as intermediate cover materials in landfill as one of …

Phosphogypsum has often been used as an effective and environmentally friendly binder for
partial replacement of cement, improving the engineering properties of slurries with high …

Biogeotechnology has been widely applied to soil stabilization in the field of geotechnical
engineering, compensating for the shortcomings of traditional geotechnical engineering …

To reveal the microscopic pore characteristics and strength weakening mechanism of rock
under the influence of cyclic freeze-thaw treatment, uniaxial compression tests and MIP …

Dredged marine soils (DMS) have poor engineering properties, which limit their usage in
construction projects. This research examines the application of reactive magnesia (rMgO) …

Pb-contaminated soil poses significant environmental and health risks as well as soil
stability issues. Research on sandy soils highlights CO 2-enhanced reactive MgO as a …

This paper presents an innovative method for improving the strength of salt-bearing clay
under freeze–thaw cycles. The active magnesium oxide (MgO) and industrial waste fly ash …

Mineral carbonation is a promising strategy for mitigating carbon emissions and combating
climate change. This study investigates the efficacy and sustainability of MgO-based …