Microbially induced calcium carbonate precipitation (MICP) is an innovative biocementation
technique that facilitates the formation of calcium carbonate within a pore network. Initially …

Cracking is one of the main ways that concrete ages, allowing pollutants to seep within and
potentially lowering the physical and mechanical strength and endurance of concrete …

The great variations in mechanical properties of biotreated specimens have been reported
due partially to the wide range of particle size, while research on the particle size effect in …

Enzymatically induced carbonate precipitation (EICP) is a potential method to alter the
hydraulic properties of fractured rocks. The pore-scale in situ formation of bio-mediated …

Biotreatment has the potential to be used in restoration and conservation of stone-cultural
relics, but less research has been focused on the anisotropic strength of rock with biotreated …

Bacterial attachment is one of the fundamental phenomena that control the efficacy of the
microbially induced calcite precipitation (MICP) treatment in soils. Moreover, flow …

Water supply systems are vital infrastructures that provide an indispensable public service to
society. An important percentage of water losses is caused by the development of cracks in …

Seawater intrusion in coastal aquifers is a significant problem that can be addressed
through the construction of subsurface dams or physical cut-off barriers. An alternative …

Microbially induced carbonate precipitation (MICP) catalyzed by S. pasteurii has attracted
considerable attention as a bio-cement that can both strengthen and seal geomaterials. We …

The governance of uranium tailings aims to improve stability and reduce radionuclide
uranium release. In order to achieve this goal, the uranium removal solution test and …