The applications of surfactants in various fields are gaining more attention, which makes full
characterization of surfactants of growing interest. It is fundamental to measure the critical …

Microorganism technologies can provide a potential alternative to traditional methods of
removing heavy metals to conserve agricultural soils. This study aimed to identify and …

Microorganism-related technologies are alternative and traditional methods of metal
recovery or removal. We identified and described heavy metal–resistant bacteria isolated …

The nanotechnology has been applied recently to increase the efficiency of enhanced oil
recovery methods. The main objective of this study is to evaluate the effect of SiO2 …

The recovery factor of waterflood operations is constrained by formation geology and pore
trap** mechanisms. This is particularly important for unconventional reservoirs such as …

Microalgal lipid with a high free fatty acid (FFA) content was directly extracted from Chlorella
vulgaris, using SDBS, in an acid-catalyzed hot-water extraction process. The total fatty acid …

Develo** bioremediation processes for soils and effluents polluted by heavy metals is one
of the serious concern. For the same, extensive screening for the bacteria having resistance …

Black soldier fly larvae with high contents of lipids can be used as a novel biomass feed-
stock. An efficient approach involving surfactants assisted extraction of lipid from the wet …

Fungi executes major role in heavy metals biosorption from contaminated soil. The
concentration of heavy metals is increasing due to rapid industrialization and urbanization …

The link between aeration efficiency and biosorption capacity in water resource recovery
facilities was extensively investigated, with special emphasis on wastewater characteristics …