Myo-inositol promotes lipid production and nutrients removal by microalga under molasses wastewater

Effect of Nitrogen Concentration on the Alkalophilic Microalga Nitzschia sp. NW129-a Promising Feedstock for the Integrated Production of Lipids and Fucoxanthin in Biorefinery

“…Compared to the standard nitrogen concentration, the proportion of C14:0 decreased markedly whereas C15:1 and C16:1 was significantly increased at the concentration of 117.65 mM, which contributed to a higher DU value. The high DU value represented that the biofuel was more difficult to form deposits and had better lubricity (Qiao et al, 2021). The maximum and minimum values of DU and CN should be 137 and 51, respectively (EN14214).…”

Simultaneous Promotion of Microalgal CO2 Assimilation, Biomass Accumulation, Lipid Production, and Wastewater Nutrient Removal by Adding 5-Aminolevulinic Acid

“…It shows that the concentration of nutrients such as nitrogen and phosphorus in wastewater was found to be higher than that in clean water. , As is well known, the majority of nitrogen is typically in the form of ammonia, which inhibits the growth of microalgae at high concentrations. , In this way, the presence of toxic substances in wastewater, such as mercury, cadmium, or organic chemicals, can significantly inhibit microalgal growth . Furthermore, it was discovered in another study that certain stress conditions generate high concentrations of harmful reactive oxygen species (ROS) in wastewater . Data from various studies support the damaging power of ROS in cultivated microalgae, which causes changes in lipid and biomass production when they react with their biomacromolecules. , Qiao et al proposed the idea that the direct cultivation of microalgae in wastewater for rapid biomass accumulation and efficient biodiesel production is impossible because of the complex internal conditions of wastewater.…”

“…Furthermore, it was discovered in another study that certain stress conditions generate high concentrations of harmful reactive oxygen species (ROS) in wastewater . Data from various studies support the damaging power of ROS in cultivated microalgae, which causes changes in lipid and biomass production when they react with their biomacromolecules. , Qiao et al proposed the idea that the direct cultivation of microalgae in wastewater for rapid biomass accumulation and efficient biodiesel production is impossible because of the complex internal conditions of wastewater. As a result, novel approaches are required for both the efficient utilization of wastewater and the production of biodiesel.…”

“…28,30 Few studies have been conducted on the combination of plant growth regulators and wastewaters for microalgal metabolite biosynthesis and nutrient removal. 23 The use of 5-ALA as a promoter of efficient algal biomass accumulation, lipid production, and nutrient removal from wastewater is investigated in this study. This is the first investigation into 5-ALA's functions in the regulation of lipid production and nutrient removal in microalgae from wastewater.…”

“…Few studies have been conducted on the combination of plant growth regulators and wastewaters for microalgal metabolite biosynthesis and nutrient removal . The use of 5-ALA as a promoter of efficient algal biomass accumulation, lipid production, and nutrient removal from wastewater is investigated in this study.…”