Microalgae have been proposed as a potential renewable energy source for biofuel
production. However, owing to the low biomass concentration and lipid productivity, the …

Increased industrialization led to a large amount of wastewater being generated. Heavy
metals (HMs), especially mercury, are one of the toxic and harmful contaminants in …

With the growing use of fossil fuels and industrial activity, the amount of carbon dioxide (CO
2) emission is continuously increasing and is considered a primary contributor to climate …

The suspended microalgal cultivation systems targeting the production of lipid for biodiesel
is still unable to meet the commercial and economic feasibility due to high energy and cost …

To be a sustainable energy source, a microalgal cultivation model should address important
environmental challenges for its large-scale implementation. In this work, the performance of …

This study demonstrated the degradation behavior of poly (l-lactic acid)(PLA)/algae biomass
biocomposites under abiotic (58±2° C) and at thermophilic composting conditions (58±2° C) …

Wastewater is not a liability, instead considered as a resource for microbial fermentation and
value-added products. Most of the wastewater contains various nutrients like nitrates and …

Global warming is partly due to excessive carbon dioxide emissions, calling for methods to
capture carbon dioxide for conversion into value-added materials and fuels. Here we review …

Climate change is a shift in the average weather patterns, which could stand for a long-term
period. This phenomenon is related to greenhouse gas emissions generated by …

A novel sequential flow baffled microalgal-bacterial (SFB-AlgalBac) photobioreactor was
designed to cater for the synergistic interactions between microalgal and bacterial consortia …