Geotechnical research has been yearning for revolutionary innovations that could bring
breakthroughs to conventional practices, especially at a time when energy efficiency and …

Improper disposal and accumulation of solid waste can cause a number of environmental
problems, such as the heavy metal contamination of soil. Microbially induced calcium …

One-phase-low-pH MICP (Microbially Induced Carbonate Precipitation) or EICP (Enzyme
Induced Carbonate Precipitation) is a new biocementation method for soil improvement …

Calcareous sands have abundant intraparticle pores and are prone to particle breakage.
This often leads to poor engineering properties, which poses a challenge to coastal …

Microbial/Enzyme-induced carbonate precipitation uses bacteria/urease to drive the
biogeochemical reactions to generate CaCO 3 precipitation. The goal of this study was to …

Abstract Background The ureolytic bacterium Sporosarcina pasteurii is well-known for its
capability of microbially induced calcite precipitation (MICP), representing a great potential …

Developing bio-based self-healing concrete aims to minimize durability problems related to
cracking. In this study, MICP was used as a smart and eco-friendly approach to produce bio …

Heavy metal toxicity affects aquatic plants and animals, disturbing biodiversity and
ecological balance causing bioaccumulation of heavy metals. Industrialization and …

Either microbial or enzyme-induced carbonate precipitation (MICP or EICP) has emerged to
provide an alternative to cement-based ground improvement methods. For EICP, either plant …

Ureolysis-driven microbially induced carbonate precipitation (MICP) is a naturally occurring
process facilitated through microbial activities and biogeochemical reactions to produce …