Matches in SemOpenAlex for { <https://semopenalex.org/work/W3148055995> ?p ?o ?g. }
- W3148055995 endingPage "370" @default.
- W3148055995 startingPage "370" @default.
- W3148055995 abstract "The development of alternatives to soil stabilization through mechanical and chemical stabilization has paved the way for the development of biostabilization methods. Since its development, researchers have used different bacteria species for soil treatment. Soil treatment through bioremediation techniques has been used to understand its effect on strength parameters and contaminant remediation. Using a living organism for binding the soil grains to make the soil mass dense and durable is the basic idea of soil biotreatment. Bacteria and enzymes are commonly utilized in biostabilization, which is a common method to encourage ureolysis, leading to calcite precipitation in the soil mass. Microbial-induced calcite precipitation (MICP) and enzyme-induced calcite precipitation (EICP) techniques are emerging trends in soil stabilization. Unlike conventional methods, these techniques are environmentally friendly and sustainable. This review determines the challenges, applicability, advantages, and disadvantages of MICP and EICP in soil treatment and their role in the improvement of the geotechnical and geoenvironmental properties of soil. It further elaborates on their probable mechanism in improving the soil properties in the natural and lab environments. Moreover, it looks into the effectiveness of biostabilization as a remediation of soil contamination. This review intends to present a hands-on adoptable treatment method for in situ implementation depending on specific site conditions." @default.
- W3148055995 created "2021-04-13" @default.
- W3148055995 creator A5006284522 @default.
- W3148055995 creator A5006576878 @default.
- W3148055995 creator A5019196710 @default.
- W3148055995 creator A5062832919 @default.
- W3148055995 date "2021-04-01" @default.
- W3148055995 modified "2023-10-16" @default.
- W3148055995 title "State-of-the-Art Review of the Applicability and Challenges of Microbial-Induced Calcite Precipitation (MICP) and Enzyme-Induced Calcite Precipitation (EICP) Techniques for Geotechnical and Geoenvironmental Applications" @default.
- W3148055995 cites W1490718145 @default.
- W3148055995 cites W1511494479 @default.
- W3148055995 cites W1904910510 @default.
- W3148055995 cites W1965746605 @default.
- W3148055995 cites W1966676829 @default.
- W3148055995 cites W1967055031 @default.
- W3148055995 cites W1972394547 @default.
- W3148055995 cites W1973669178 @default.
- W3148055995 cites W1975490317 @default.
- W3148055995 cites W1975581160 @default.
- W3148055995 cites W1975941947 @default.
- W3148055995 cites W1981632401 @default.
- W3148055995 cites W1983066268 @default.
- W3148055995 cites W1990749764 @default.
- W3148055995 cites W1993497874 @default.
- W3148055995 cites W1994227965 @default.
- W3148055995 cites W1995939977 @default.
- W3148055995 cites W1998809317 @default.
- W3148055995 cites W1999205361 @default.
- W3148055995 cites W2000801806 @default.
- W3148055995 cites W2001895786 @default.
- W3148055995 cites W2007950733 @default.
- W3148055995 cites W2015655165 @default.
- W3148055995 cites W2015901580 @default.
- W3148055995 cites W2022155124 @default.
- W3148055995 cites W2023260733 @default.
- W3148055995 cites W2023703223 @default.
- W3148055995 cites W2024624509 @default.
- W3148055995 cites W2024732679 @default.
- W3148055995 cites W2028654303 @default.
- W3148055995 cites W2031556570 @default.
- W3148055995 cites W2033453147 @default.
- W3148055995 cites W2034062592 @default.
- W3148055995 cites W2034425886 @default.
- W3148055995 cites W2035530473 @default.
- W3148055995 cites W2035786288 @default.
- W3148055995 cites W2037593284 @default.
- W3148055995 cites W2037672230 @default.
- W3148055995 cites W2040927128 @default.
- W3148055995 cites W2041097461 @default.
- W3148055995 cites W2041336795 @default.
- W3148055995 cites W2042753204 @default.
- W3148055995 cites W2043107788 @default.
- W3148055995 cites W2046212492 @default.
- W3148055995 cites W2048474839 @default.
- W3148055995 cites W2051382488 @default.
- W3148055995 cites W2054423654 @default.
- W3148055995 cites W2054737765 @default.
- W3148055995 cites W2055369795 @default.
- W3148055995 cites W2056272585 @default.
- W3148055995 cites W2056390968 @default.
- W3148055995 cites W2059864696 @default.
- W3148055995 cites W2060820021 @default.
- W3148055995 cites W2061105753 @default.
- W3148055995 cites W2063714503 @default.
- W3148055995 cites W2063717146 @default.
- W3148055995 cites W2067884247 @default.
- W3148055995 cites W2068534134 @default.
- W3148055995 cites W2070394663 @default.
- W3148055995 cites W2070627790 @default.
- W3148055995 cites W2071686809 @default.
- W3148055995 cites W2073027216 @default.
- W3148055995 cites W2075031875 @default.
- W3148055995 cites W2077782691 @default.
- W3148055995 cites W2082456920 @default.
- W3148055995 cites W2083242667 @default.
- W3148055995 cites W2084918615 @default.
- W3148055995 cites W2085546827 @default.
- W3148055995 cites W2085968286 @default.
- W3148055995 cites W2088386815 @default.
- W3148055995 cites W2090553396 @default.
- W3148055995 cites W2094777634 @default.
- W3148055995 cites W2097257091 @default.
- W3148055995 cites W2102132686 @default.
- W3148055995 cites W2106771210 @default.
- W3148055995 cites W2117780865 @default.
- W3148055995 cites W2127215895 @default.
- W3148055995 cites W2129675279 @default.
- W3148055995 cites W2134343912 @default.
- W3148055995 cites W2138543370 @default.
- W3148055995 cites W2139587373 @default.
- W3148055995 cites W2140169405 @default.
- W3148055995 cites W2142070117 @default.
- W3148055995 cites W2144175674 @default.
- W3148055995 cites W2144990553 @default.
- W3148055995 cites W2146637296 @default.
- W3148055995 cites W2152220917 @default.
- W3148055995 cites W2166865790 @default.
- W3148055995 cites W2167758131 @default.