In the past few decades, solidification/stabilization (S/S) technology has been put forward for
the purpose of improving soil strength and inhibiting contaminant migration in the …

Chemical stabilization via hydration reactions with cement or lime is a universally applied
method to improve the mechanical properties of shallow soils. Accelerated soil carbonation …

For practical deployment of lime-stabilized subgrade in the engineering field, laboratory and
field-based pavement design studies highlight the significance of simpler preparation and …

Research on the management of heavy metals (HMs) contamination at typical contaminated
sites through solid waste co-disposal has emerged as a major focal point in environmental …

Earthen sites with important historical, artistic, social, cultural, and scientific values have
suffered serious damage due to long-term influences from various natural factors. The sticky …

Mineral carbonation is emerging as a reliable CO 2 capture technology that can mitigate
climate change. In lime-treated clayey soils, mineral carbonation occurs through the …

Although the lime treatment of soils has been used in many earthworks' projects, limited
studies have been devoted to the quantification of their carbonation. This is not only …

Long-term improvement in behaviour of soil subjected to lime treatment depends on the
mechanism of its implementation. In-situ lime-treated fine-grained soil is often subjected to …

The effect of carbonation on a one-year atmospherically exposed lime-treated soil structure
is investigated. The investigation involves analyzing the chemical characteristics and pore …

The long-term performance of lime-stabilised earthworks is a major concern for the
sustainability and durability of infrastructure. This paper presents a comprehensive …