In the last decades, energy scarcity has become an important issue globally. Renewable
energy sources have gained importance due to limited fossil fuel reserves and increased …

A series of pilot-scale studies were performed to compare conventional high-rate activated
sludge systems (HRAS)(continuous stirred tank reactor (CSTR) and plug flow (PF) reactor …

High-rate contact stabilization is promising to capture organic carbon from municipal
wastewater; however, its engineering application is restricted due to its poor capability of …

Excessive organic matter in the anaerobic ammonia oxidation (Anammox) leads to the
growth of a large number of heterotrophic bacteria, which disrupts the anaerobic ammonia …

Urbanization imposes a significant challenge on existing wastewater treatment facilities.
Increased flows resulting from this increase in population density might jeopardize meeting …

High-rate activated sludge (HRAS) processes are gaining attention as technologies to
maximize carbon redirection and harvesting from wastewater, and may be successfully …

Excess loading of reactive nitrogen and phosphorus into the environment from human
activities has resulted in widespread eutrophication and the degradation of surface water …

The high-rate activated sludge (HRAS) systems are shifting the energy intensive processes
to low-energy and sustainable technologies for wastewater treatment. In order to recover …

High-rate activated sludge (HRAS) processes are gaining attention as technologies to
maximize carbon redirection and harvesting from wastewater, and may be successfully …

In this study, volatile organic sulfur compounds (VOSC's) from full-scale secondary reactors
were investigated and the potential mitigation strategies are presented in this paper. Off gas …