Long-term and durability properties of xanthan gum treated dispersive soils – An eco-friendly material

Dispersive soils are exemplary that in the presence of water they exhibit highly erosive behaviour. Stabilization dispersive through Xanthan Gum (XG) biopolymer is a sustainable, efficient, and long-term alternative to traditional techniques. The present study aims evaluate strength durability performance treated subjected different adverse environments. An unconfined compressive (UCS) specimen was employed for wetting drying cycles. From test results, were significantly improved with addition gum biopolymer. UCS value increased by 177% 95% 360 days both types soils. In after 12th cycle, loss mass 9.76% 7.04% soil samples. Which under permissible limit 14% hence, it can be said cycles show significant effect on degradation properties xanthan