Indigenous microalgae-bacteria consortium (IMBC) offers significant advantages for swine
wastewater (SW) treatment including enhanced adaptability and resource recovery. In this …

Constructed wetlands (CWs) integrated with sulfur autotrophic denitrification to stimulate
high-rate nitrogen removal from carbon-limited wastewater holds particular application …

Microalgal-bacterial symbiosis (MABS) system has the dual advantages of reducing
pollutants and carbon emissions, which is crucial for promoting the sustainability of …

This work investigated nitrogen transformation pathways of the algal-bacterial consortium as
well as its potential in reducing nitrous oxide (N 2 O) emission in enclosed, open and …

Emerging contaminants such as antibiotics in wastewater have posed a challenge on
conventional biological treatment processes. Algae-bacteria symbiotic mode could improve …

Effectuating optimal wastewater treatment via algae-bacterial symbiosis (ABS) systems
necessitates the precise selection of aeration intensity. This study pioneers an in-depth …

Magnetic iron-based nanoparticles have been found to stimulate algae growth and harvest,
repair disintegrated particles and improve stability, and facilitate operation in extreme …

A large percentage of world's eutrophication is attributed to the livestock industry, which is
responsible for producing over 14% of the global anthropogenic greenhouse gasses …

For the sustainable development of the environment, to reduce the high cost and low
productivity of microalgae biofuel, nine microalgae strains were screened to study the growh …

Municipal wastewater (MW) and industrial wastewater from juice processing (IWJ) were
blended in different proportions to assess the effect of the carbon/nitrogen (C/N) ratio on …