We have developed a novel method to synthesize a hyper-branched biomimetic hydrogel
network across a soil matrix to improve the mechanical strength of the loose soil and …

Employing hydrogels as a substitute for cement in soil stabilization is believed to have great
environmental benefits. However, current hydrogel soil stabilizers cannot function properly …

Biomass-derived polymers are being increasingly utilized as eco-friendly functional
materials in fields ranging from medicine and food to agriculture and environmental …

In this article we describe the use of novel aqueous polymer formulations for stabilization of
sand and soil against wind erosion and retention of water in polymer-treated sand/soil …

To combat severe soil desertification and sandstorms, the application of appropriate
hydrogels to dry land/desert is a promising solution to advance sustainable water irrigation …

The design of new remediation strategies and materials for treating saline–alkaline soils is
of fundamental and practical importantance for many applications. Conventional soil …

Bio-inspired improvement of soils via enzyme induced carbonate precipitation (EICP) has
attracted increasing attention over the past decade. EICP employs the hydrolysis of urea …

Water sources is contaminated with different types of impurities. Several technologies and
materials are used for purification of contaminated water. Most of the reported technologies …

The aim of this article is to demonstrate a novel polymer‐based technique for stabilization of
soil against wind and water erosion. Conventional approaches deal with individual water …

The rapid increase in solid waste is one of the hot environmental issues due to the
exponential global population growth and ever increasing urbanization. In order to achieve …