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

The compounding concentration of pollutants in the environment and the drastic decline in
fossil fuels reserves perturbed the environmental sustainability. Consequently, the past few …

Rapidly expanding industrialization and the depletion of non-renewable fossil fuels have
necessitated the discovery of feasible renewable alternatives to meet the rising energy …

From a sustainability perspective, the potential risks associated with microalgae production
for biofuel extraction will be investigated in this paper, including the environmental …

Recent research has proposed integrating wastewater treatment with algae cultivation as a
way of producing algal biofuels at a commercial scale more sustainably. This study …

This study evaluated the environmental and economic impacts of substituting synthetic
media with greywater for cultivating microalgae in the biofuel production process. Life cycle …

An integrated approach was employed in the present study to combine life cycle assessment
(LCA) with quantitative microbial risk assessment (QMRA) to assess an existing sewage …

Microalgal biodiesel production has been investigated for decades, yet it is not commercially
available. Part of the problem is that the production process is energy and chemical …

Life cycle assessment (LCA) entails the analysis of potential environmental loads and
natural resources utilised while manufacturing a product, which helps in sustainable …

abstract This paper presents a life cycle assessment of a simulated large-scale process of
agroindustrial wastewater treatment through microalgal heterotrophic bioreactors. The study …