The nitrogen cycle needed for scaled agriculture relies on energy-and carbon-intensive
processes and generates nitrate-containing wastewater. Here we focus on an alternative …

With the growing awareness of carbon neutrality worldwide, the development of advanced
sustainable biotechnologies for rural wastewater treatment is currently receiving extensive …

An integrated life cycle assessment (LCA) and quantitative microbial risk assessment
(QMRA) were conducted to assess microalgae-mediated wastewater disinfection (M-WWD) …

Increase in anthropogenic activities proliferated the consumption of resources such as
phosphorus; and increase the adverse environmental impacts especially eutrophication on …

Microalgae have emerged as potential candidates for biomass production and pollutant
removal. However, expensive biomass harvesting, insufficient biomass productivity, and low …

To explore the water-energy-carbon nexus of wastewater treatment (WWT), advanced tools
such as machine learning play a crucial role. Current research has primarily constructed …

Microalgae paves the way towards a negative emission technology; however, single-pot
systems combining nutrient removal and wastewater treatment are scarce in the literature. In …

Brazil is one of the world's largest importers of agricultural inputs, with 84% of fertilizers used
in the country originating from imports. The widespread use of soluble chemical fertilizers …

The major share of energy consumption during steel manufacturing is spent on iron making.
The unavailability of the required quantity of recyclable steel in India has made the …

The objective of this article is to deepen knowledge about the existing connections, at the
level of urban environments, between energy, water, and nutrients (or food). Energy and …