Exiguobacterium sp. AO-11 was immobilized on bio-cord at 109 CFU g− 1 carrier for the
removal of crude oil from marine environments. To prepare a ready-to-use bioremediation …

This study demonstrates the feasibility of using Exiguobacterium sp. AO-11 to remediate oil-
contaminated environments. Bioaugmentation using AO-11 showed the best removal …

Conventional bioremediation using free cells has been proven to be effective for oil spills
management in the marine environment. However, there are some drawbacks to this …

Five strains of bacteria, namely, Exiguobacterium sp. ASW-1, Pseudomonas aeruginosa
strain ASW-2, Alcaligenes sp. ASW-3, Alcaligenes sp. ASS-1, and Bacillus sp. ASS-2, were …

Immobilization of microbial cells on insoluble matrix has led to the stable performance of
microorganisms in the petroleum industry. A novel floating polymer with very high potential …

This study explored free and immobilised microorganisms to degrade heavy oil. Two oil‐
degrading bacterial strains (W‐1 and W‐2) were isolated from heavy oil wastewater samples …

An immobilization matrix, Drizit, was examined for use in the bioremediation of oil in
asaltwater system. The support was examined by scanning electron microscopy, cell …

Bioremediation has been attracting researchers' attention to develop as a technique to
remove the pollution of crude oil in the environment. However, more or stronger novel …

Using enrichment culture technique, three isolates marked as ODB-1, ODB-2 and ODB-3,
were selected from oil contaminated seawater. 16S rDNA gene sequencing indicated that …

In the remediation of marine pollution, it is important to effectively degrade pollutants and
reuse petroleum-degrading bacteria. In order to obtain more effective biodegradability and …