Fungal biosorption is an environmental biotechnology based on the ability of the fungal cell
wall to concentrate harmful water pollutants. Among its advantages are its simplicity, high …

Currently, globalization, urbanization and industrialization have led to several environmental
issues. In many industries, particularly in textile industries, the extensive use of synthetic …

In this work, a novel potential adsorbent, citric acid (CA)-modified biochar, named as CAWB,
was obtained from water hyacinth biomass by slow pyrolysis in a N 2 environment at 300° C …

Presence of industrial dyes and heavy metal as a contaminant in environment poses a great
risk to human health. In order to develop a potential technology for remediation of dyes …

The need for sustainable production of renewable biofuel has been a global concern in the
recent times. Overcoming the tailbacks of the first-and second-generation biofuels, third …

Phenols and formaldehyde are often simultaneously discharged into the environment with
sewage, and due to their highly toxic to organisms, few have been reported to be degraded …

Recently, fungal pelletization-assisted microalgal harvesting has emerged as new research
area for minimizing the harvesting cost and energy inputs in the algae-to-biofuel approach …

A biological method was adopted to decolourize textile dyes, which is an economic and eco-
friendly technology for textile wastewater remediation. Two fungal strains, ie Aspergillus …

Aspergillus oryzae dead cells were evaluated as potential and low-cost biosorbents for
removing dye in aqueous solutions. The removal of Rhodamine B (RB), Methylene Blue …

The present study is a novel attempt to utilize agricultural residues for addressing the dual
challenge faced by pulp and paper industries to control pollution caused due to pulp …