The use of microalgae is nowadays recognized to be an efficient and eco-friendly strategy
for the removal of contaminants from wastewater. Thanks to their versatility, these …

Abstract Design and optimization of microalgae processes have traditionally relied on the
application of unsegregated mathematical models, thus neglecting the impact of cell-to-cell …

Aquaculture plays an important role in human nutrition and economic development but is
often expanded to the detriment of the natural environment. Several research projects …

The high management cost of wastewater generated during oil and gas production using
hydraulic fracturing technology necessitates economically viable alternative technologies for …

The effects of iron concentration on the growth and lipid synthesis of three microalgae
strains were investigated to assess their potential to produce biofuels and/or other …

The microalgae of the genus Pseudochloris/Picochlorum are characterized by fast growth,
and wide nutrient (type and concentration) and salinity tolerance, all contributing towards …

Remediation systems of oil refinery wastewaters (ORWW) are most commonly based on a
combination of physicochemical and biological processes. The biological treatment has a …

Hydraulic fracturing technology widely used for recovery of oil and gas from tight shale
formations generate millions of gallons of wastewater. This study examined viability of algal …

The microalga Pseudochloris wilhelmii was cultivated in low-cost media consisting of
mixtures of seawater and wastewaters simulants. Under specific conditions, the strain was …

Microalgae are among the important microorganisms for a sustainable world as a source of
renewable energy. In this study, three new microalgae were isolated from different regions of …