Heavy metals are discharged into aquatic environment and causes serious problems to the
environment, human's health, and other organisms. The industrial effluents contain high …

Biosorbent composites like chitin, alginate, moss, xanthene, and cotton can be derived from
biotic species such as plants, algae, fungi, and bacteria which can be used for the exclusion …

Industrialization, natural processes, and urbanization have potentially accelerated the pace
and the level of heavy metals (HMs) in soil and underground water. These HMs may be …

Phycoremediation is a potential tool to eradicate the excess toxics (heavy metal and organic
contaminants) from the industrial waste stream. The algal species are a promising, eco …

Biosorption process is a promising technology for the removal of heavy metals from
industrial wastes and effluents using low‐cost and effective biosorbents. In the present …

The discharge of inadequately treated or untreated industrial wastewaters has greatly
contributed to the release of contaminants into the environment, including toxic metals. Toxic …

The mechanisms of tolerance to heavy metals used by some microorganisms identified by
bioprospection processes are useful for the development and implementation of …

Earlier investigations on biological methods of wastewater treatment have revealed that
algal based wastewater treatment could be a green, cost effective and efficient approach for …

In the last decades, metal pollution has become one of the most critical environmental and
public health concerns. Human use and processing of trace metals have altered these …

El plomo (Pb) es un metal pesado cuyas características físico-químicas lo convierten en un
contaminante ambiental persistente, bioacumulable y de alta toxicidad. La biorremediación …