Sewage sludge management has garnered interest in both academia and industry due to
the challenges of overpopulation and its potential as a bioenergy source. Thermal hydrolysis …

Humic-like acids (HAs) are abundant in sewage sludge but mainly bonded with solids. Thus,
their influences are often neglected in conventional digestion processes. Currently thermal …

In this study, a suite of Fe-rich biochars derived from Fenton-like treated digestate (Fe-BC)
were fabricated under different pyrolysis temperatures (300, 500, and 800° C), which were …

Municipal sludge is characterized by high organic matter content, high viscosity, and fine
particles, resulting in poor dewatering performance. This article analyzes the composition …

Thermal hydrolysis pretreatment (THP) has been widely applied to promote anaerobic
digestion (AD). Humic acids (HAs) are a group of insoluble organics and often present in the …

The digital transformation of sludge treatment processes requires online sensing of
dewaterability. This topic has been attempted for many years based on macroscopic shear …

The present study aims at gaining a better understanding on the structuring mechanisms
and textural attributes of pea protein isolate influenced by the addition of flaxseed protein …

Although achieving good activated sludge settleability is a key requirement for meeting
effluent quality criteria, wastewater treatment plants often face undesired floc structure …

Autothermal thermophilic aerobic digestion (ATAD) is a rapid biological treatment
technology for sludge stabilization. To improve digestion efficiency and shorten stabilization …

The knowledge of the rheology of influents involved in dry anaerobic digestion is an
essential factor for process optimization. Despite this fact, it is difficult to characterize the …