This study investigates the biorefinery approach to utilize Finger millet straw (FMS) for
bioethanol, bio-oil and char production through fermentation and pyrolysis for the first time …

The present work focused on the elimination of heavy metals (Pb+ 2, Ni+ 2, and Cr+ 6) and
excess potassium from industrial wastewater by using organic soil amendments (biochar …

Pyrolysis of ASR is an emerging technology which may increase circularity in End-of-Life
Vehicle (ELV) waste recycling. To scale up from the current pilot scale, physiochemical …

Biochar production via pyrolysis is a promising option for treating sewage sludge (SS). Here
we investigated the uptake of potentially toxic elements (PTEs) from SS and its biochar (450° …

Thousands of years have seen the wood used for many fundamental purposes, as a fuel or
as a material for building houses or for creating tools and furniture. Today, many researchers …

The manufacturing of fossil-based fertilizers by extraction of rock phosphate has contributed
to carbon emissions and depleted the non-renewable phosphorous reserves. Sewage …

Currently, development of an efficient natural adsorbent to remove pollutions becomes
crucial since adsorbents derived from chemicals have several shortcomings such as their …

The biochar pyrolyzed from the sludge is porous and non-polar and can be used as an
adsorbent for polycyclic aromatic hydrocarbon (PAH) pollutants. However, the adsorption …

Biosolids are the product of wastewater or municipal solid waste collected through
sewerage treatment; the processes of obtaining the biosolids involve various treatment …

Biochar is the black residue remaining after the pyrolysis of biomass. It has a pore structure
with large specific surface area, accompanied by a strong adsorption capacity. Due to its …