Waste activated sludge (biosolids) treatment is intensely a major problem around the globe.
Anaerobic treatment is indeed a fundamental and most popular approach to convert organic …

Sewage sludge generation is steadily rising because of urbanization and population
increase. Handling the excess sludge is a tedious and costly task. Although anaerobic …

Interactions between microwaves and certain catalysts can lead to efficient, energy-directed
convergence of a relatively dispersed microwave field onto the reactive sites of the catalyst …

Due to rapid urbanization, the number of wastewater treatment plants (WWTP) has
increased, and so has the associated waste generated by them. Sustainable management …

This paper presents results of a study on changes in the physical and chemical properties of
papain-disintegrated sewage sludge subjected to methane fermentation and the effect of …

This study investigated the disintegration of sewage sludge through the Fenton process. The
study was conducted by both the conventional Fenton-type process (CFP)(Fe2+/H2O2) and …

The technological concept ensuring highly efficient co-digestion of by-products from the
production of biodiesel and sewage sludge was examined. Rapeseed cakes (RC) 1–5 …

This paper investigated the disintegration of waste sludge with different photocatalytic
processes. For this objective, the effects of initial pH, reaction time, TiO 2 amount with Fe 2+ …

The waste biological sludge disintegration by using microwave irradiation was investigated
at a ram** rate of 2° C/min and 5 min holding time at various target temperatures …

ABSTRACT A novel method for assessing the disintegration degree (DD) of waste activated
sludge (WAS) with the use of differential centrifugal sedimentation method (DCS) was …