Some of the barriers associated with the land application of biosolids generated in
wastewater treatment plants can be eliminated simply by converting the biosolids into …

Transforming biosolids into biochar, through pyrolysis, could result in more sustainable
waste management. Influence of pyrolysis conditions (temperature, heating rate and …

The biosolids management is becoming an increased concern for the wastewater sector in
recent times due to production of large volume of biosolids, their higher processing costs …

Biochar, the product of biomass pyrolysis, has been explored as a soil amendment and
carbon capture vessel. Recent literature has aligned biochar as a novel sorbent for a host of …

This study investigated the yields and the physicochemical properties of biochar from three
different feedstocks viz., i) bioenergy byproducts (deoiled cakes of Jatropha carcus and …

Biochar is a carbon dense solid that is produced via the pyrolysis of organic materials for
application to soil. Organic carbon structures, such as those found in animal manures or …

Understanding proper utilization and evaluation of biowaste materials in any metropolitan
city across the world is crucial with respect to diminishing air pollution and combating …

Ever increasing volumes of biosolids (treated sewage sludge) are being produced by
municipal wastewater facilities. This is a consequence of the continued expansion of urban …

A step towards sustainability was taken by incorporating waste based pyrolysed biochar in
wood and polypropylene biocomposites. The effect of biochar particles on the chemistry and …

The important challenge for effective management of wastewater sludge materials in an
environmentally and economically acceptable way can be addressed through pyrolytic …