Calcium salt is an important contributing factor for calcium-based biomineralization. To study
the effect of calcium salt on soil biomineralization using crude soybean urease, the calcium …

Industrial production of chemical cement leads to extreme emissions of greenhouse gases.
Biological or bio-inspired sustainable materials for soil treatment projects can be employed …

The biomineralization process is a relatively modern ground improvement technique
wherein microbial activity is increased to improve soil stiffness. Bacteria and enzymes are …

South-western coast of India has vast deposits of highly problematic silty soil normally
referred to as lithomargic clay in the literature. This problematic silty soil is characterized by …

The biocalcification process in soil via urea hydrolysis is mediated by bacterial urease
enzyme (microbially induced carbonate precipitation, MICP) or free urease (enzyme induced …

The development of unsaturated soil mechanics stemmed from the inadequacies of classical
soil mechanics in addressing the partial pore spaces found in real-world soil systems …

Biocementaion, a promising soil improvement technique, mostly utilizes calcium chloride
(CaCl 2) as its calcium source. However, using CaCl 2 poses a critical environmental …

Industrial production of chemical cement leads to extreme emissions of greenhouse gases.
Biological or bioinspired sustainable materials for soil treatment projects can be employed …

abstract Calcium salt is an important contributing factor for calcium-based biomineralization.
To study the effect of calcium salt on soil biomineralization using crude soybean urease, the …