Improving the ecological status of water sources is a growing focus for many developed and
developing nations, in particular with reducing nitrogen and phosphorus in wastewater …

The global demand for biomass for food, feed, biofuels, and chemical production is expected
to increase in the coming decades. Microalgae are a promising new source of biomass that …

Microbial metabolites are of huge biotechnological potential and their production can be
coupled with detoxification of environmental pollutants and wastewater treatment mediated …

Due to increasing demands for microalgal biomass and products originating from
microalgae, large-scale production systems are necessary. However, current microalgal …

Swine wastewater, containing a high concentration of COD and ammonia nitrogen, is
suitable for the growth of microalgae, leading to simultaneous COD/nutrients removal from …

Flue gases are a resource yet to be fully utilised in microalgal biotechnology, not only to
moderate the anthropogenic effects on our climate, but also to steer microalgal resource …

Reuse of secondary municipal effluent from wastewater treatment plants in water bodies
could effectively alleviate freshwater resource shortage. However, excessive nutrients must …

The flocculation of dissolved organic matter (DOM) was studied along transects through
three boreal estuaries. Besides the bulk concentration parameters, a suite of DOM quality …

Microalgal biofuels are not yet economically viable due to high material and energy costs
associated with production process. Microalgae cultivation is a water-intensive process …

The characteristics of cultivating high-density microalgae-bacteria consortium with landfill
leachate was tested in this study. Landfill leachate was collected from Laogang landfill …