The lipid production and nutrients removal of Scenedesmus sp. in non-sterile domestic
wastewater were investigated in the present study. Compared with secondary effluent …

The present study demonstrated the effect of ultrasound treatment on biomass, lipid and total
lipid production of Scenedesmus sp. The microalga used in this study was treated with …

Ultrasonic treatment was applied to enhance the biomass and lipid accumulation of
mixotrophic microalgae. The optimal microalgal ultrasonic power, ultrasonic frequency …

Algal blooms are regarded as a significant source of CH 4 emissions. Ultrasound has been
gradually employed as a fast and efficient algae removal technology in recent years …

The influence of ultrasonication pretreatment on fermentative bioenergy [ethanol/hydrogen
(H2)] production from a newly isolated microalgae biomass (Scenedesmus obliquusYSW15) …

Coupling algal cultivation with wastewater treatment due to their potentials to alleviate
energy crisis and reduce environmental burden has attracted the increased attention in …

This study investigated the beneficial effects of ultrasonic treatment on the biomass, lipid and
protein of the microalgae Anabaena variabilis. The microalgae after 11 days cultivation …

Microalgal biomass produced from the inexpensive nutrient medium is a potential raw
source for manufacturing different essential products covering a broad spectrum of …

Wastewater management and its treatment have revolutionized the industry sector into many
innovative techniques. However, the cost of recycling via chemical treatment has major …

In this study, different ultrasound power intensities (0.1–0.5 W mL− 1) were applied at a
frequency of 30 kHz and for durations of 5–60 min to mixed microalgal cultures, one …