In this work, a strategy based on photo-sequencing batch operation was used to select cyanobacteria over unsettled green algae in a wastewater treatment system, evaluating for the first time the effect of hydraulic regimes on nutritional dynamics and microorganisms competition
Abstract This research examines the biological treatment of undiluted vegetable waste digestate cond...
Various resources from a municipal wastewater treatment plant (MWTP) are available for microalgae cu...
The term “cyanobacterial biorefinery” refers to the application of genetically engineered cyanobacte...
In this work, a strategy based on photo-sequencing batch operationwas used to select cyanobacteria o...
Everyone who uses water produces wastewater. This inevitability creates several problems that increa...
“The final publication is available at Springer via http://dx.doi.org/10.1016/j.scitotenv.2017.02.09...
The present study investigates different strategies for the treatment of a mixture of digestate from...
Microalgae grown in photo-bioreactors can be a valuable source of biomass, especially when combined ...
Photobioreactor design and determination of operation conditions for pollution removal from wastewat...
Photoautotrophic microalgae offer high promise for a tertiary treatment of livestock wastewater owin...
Biofilm photobioreactors rely on cooperation between algae and bacteria within a single biofilm to t...
The data set attached consists of an excel file where the data from the article “Selection of cyanob...
The application of microalgae to wastewater treatment is an emerging technology following a circular...
To address the growing need for renewable energy and high quality water, the concept of industrial s...
Photogranules are dense, spherical agglomerates of cyanobacteria, microalgae and non-phototrophic mi...
Abstract This research examines the biological treatment of undiluted vegetable waste digestate cond...
Various resources from a municipal wastewater treatment plant (MWTP) are available for microalgae cu...
The term “cyanobacterial biorefinery” refers to the application of genetically engineered cyanobacte...
In this work, a strategy based on photo-sequencing batch operationwas used to select cyanobacteria o...
Everyone who uses water produces wastewater. This inevitability creates several problems that increa...
“The final publication is available at Springer via http://dx.doi.org/10.1016/j.scitotenv.2017.02.09...
The present study investigates different strategies for the treatment of a mixture of digestate from...
Microalgae grown in photo-bioreactors can be a valuable source of biomass, especially when combined ...
Photobioreactor design and determination of operation conditions for pollution removal from wastewat...
Photoautotrophic microalgae offer high promise for a tertiary treatment of livestock wastewater owin...
Biofilm photobioreactors rely on cooperation between algae and bacteria within a single biofilm to t...
The data set attached consists of an excel file where the data from the article “Selection of cyanob...
The application of microalgae to wastewater treatment is an emerging technology following a circular...
To address the growing need for renewable energy and high quality water, the concept of industrial s...
Photogranules are dense, spherical agglomerates of cyanobacteria, microalgae and non-phototrophic mi...
Abstract This research examines the biological treatment of undiluted vegetable waste digestate cond...
Various resources from a municipal wastewater treatment plant (MWTP) are available for microalgae cu...
The term “cyanobacterial biorefinery” refers to the application of genetically engineered cyanobacte...