Adding different materials to soil can improve its engineering properties, but traditional
materials such as cement, lime, fly ash, etc., have caused pollution to the environment …

Stabilized soil composites incorporating Cr 3+-crosslinked xanthan gum (CrXG), a self-
stiffening cation-crosslinked biopolymer, have recently emerged as sustainable construction …

Low-carbon building materials are attracting enormous attention due to the massive energy
consumption and carbon emissions from conventional constructions. Existing natural-based …

In recent years, there has been a significant focus on improving poor soil with the aim to
modifying its geotechnical properties and addressing its environmental issues. The …

The pore structure and strength of loess itself will change significantly in the process of
mixing organic matter, which, as the main component of solid waste at present, is of great …

The silt in the alluvial plain of the Yellow River is characterized by uniform particle size, high
porosity, and large material compressibility, which poses a challenge for filling roadbeds in …

The freeze-drying of biopolymers presents a fresh option with greater potential for
application in soil subgrade stabilization. A freeze-dried combination of β-glucan (BG) and γ …

The utilization of biopolymer treatment presents a sustainable and environmentally friendly
alternative to traditional binders such as cement, lime, and chemicals and has the potential …

One of the major environmental problems in hot and arid locations is the production of dust.
This study presents green slurries based on nanoclay—and blast furnace slag for stabilizing …

Human activities have had a profound impact on the environment, particularly in relation to
surface erosion and landslides. These processes, which are natural phenomena, have been …