As an organic material with large reserves and environmental protection, the application of
lignin in loess improvement can greatly improve the engineering properties of loess, such as …

To improve the engineering performance of dredged sediment, a solidification study using
reactive MgO in combination with desulfurization gypsum (DG) and steel slag (SS) was …

To improve the problem of collapsibility of loess, adding industrial materials such as cement
is common engineering treatment, but this seriously damages the reclamation performance …

The engineering problems caused by dispersive soil are of worldwide concern. Traditional
high carbon emission soil amendments such as cement and lime cause several …

Silt has the characteristics of obvious capillary water effect and strong water sensitivity. The
flooding of the Yellow River caused the water level in Kaifeng to be high, and the damage of …

Lignin as an eco-friendly material is being studied in the field of soil modification. To
examine its feasibility and performance in solidifying loess, this study carried out a series of …

Lignin, an abundant biopolymer derived from plants, is a green binder for stabilizing soil.
This study investigates the thermal conductivity of lignin [eg, sodium ignosulfonate (SL) …

High liquid limit soil has unfavorable engineering geological characteristics, such as strong
disintegration, dry shrinkage and easy cracking, and easy uplift when encountering water …