Traditional wastewater treatment technologies have become increasingly inefficient to meet
the needs of low-consumption and sustainable wastewater treatment. Researchers are …

As a promising wastewater treatment technology, little is known about whether the
greenhouse gas CO 2 can be applied for microalgal-bacterial granular sludge (MBGS) …

Spatial organization is the norm rather than the exception in the microbial world. While the
study of microbial physiology has been dominated by studies in well-mixed cultures, there is …

As an emerging sustainable process, knowledge of microalgal-bacterial granular sludge
(MBGS) for the treatment of complex organic wastewater is limited, which hinders its further …

Biogas utilization through biotechnology represents a potential and novel technology. We
propose the microalgal mixotrophic cultivation to convert biogas to microalgae-based …

Interactions between algae and bacteria are pivotal in transforming complex organics for
microalgal-bacterial granular sludge process, but the intrinsic removal mechanisms have not …

As an emerging green wastewater treatment technology, the microalgal-bacterial granular
sludge (MBGS) process has attracted increasing interest under the current situation of global …

This study deals with the conversion of organic matter into methane at ambient temperature,
during anaerobic digestion of domestic wastewater combined with a submerged …

The light driven oxygenic photogranule process presents potential aeration free wastewater
treatment. Earlier attempts to scale up OPG in larger and deeper sequencing batch reactors …

The application of biological process for the high saline mariculture wastewater treatment
was hindered primarily by salinity and settleability. Photogranule is an effective wastewater …