The increasing awareness of the undesirable environmental impact of cement-based
products has led to rethinking earth construction within the digitally mechanised framework …

Conventional techniques of soil stabilization involve using additives such as lime and
cement. However, these methods take up a great deal of energy and cause considerable …

Contamination of soils by arsenic represents a significant environmental and public health
risk, making effective remediation strategies a pressing concern. One commonly employed …

Biopolymers, which are naturally produced polymers, exhibit hydraulic and mechanical
properties, and have low environmental impact. Therefore, they can be employed as an …

This article presents a comprehensive study on the efficacy of xanthan gum (XG) biopolymer
as a green construction material in treating problematic weak subgrade soil (ie, expansive …

This study investigates the efficacy of sodium alginate (SA), xanthan gum (XG), guar gum
(GG) and chitosan (CS)—each applied at five different solid biopolymer-to-water mass ratios …

The necessary application of sustainable engineering methodologies has been increasing
as the number of environmental hazards caused by global warming is on the rise. Cement …

Soil erosion in the Yellow River basin in China has seriously affected the stability of the
foundations of civil engineering structures. Traditional treated materials used for preventing …

The performance of an environmentally friendly biopolymer synthesised from secondary
resources to overcome the wind erosion of sandy soil was investigated in this study. The …

Cement and other traditional materials are frequently used to improve the properties of soil
in the Yellow River Basin, the ecological environment has become severely polluted. To …