Natural phospholipid (PL)n extract from cultured green algae Dunaliela tertiolecta was used as the main component of cell membranes for studies on interaction with trace metal Co(II). The phospholipids were extracted other biological components using TiO2-µSPE cartridges selective phosphate group according to a completely new protocol. Co(II) natural and standard phospholipids, phosphatidylchol...

Biodiesel is being considered a possible alternative fuel due to its similarity with diesel and environmental benefits. This current work involves numerical investigation of CI engine characteristics operating on D100 (diesel) Dunaliella tertiolecta (DMB20), Scenedesmus obliquus (SOMB20), dimorphu (SDMB20), Chlorella protothecoides (CMB20) microalgae biodiesel blend. A 3.7 kW was used variable ...

This study investigates the potential of hydrothermal carbonisation (HTC) for fractionating anaerobic digestate sewage sludge into carbon-rich hydrochar and nutrient-rich aqueous phase (AP). AP is subsequently used to supplement cultures alkali halophilic microalgae D. tertiolecta (CCAP 19/30), convert sodium bicarbonate carbonate solution as part an integrated biogas purification system. HTC a...

Abstract Purpose Dunaliella is a halophilic genus of microalgae with high potential in the global food market. The microalgal cultivation process contributes to not only economic impact but also environmental impact, especially regarding artificial medium composition. In this context, life cycle assessment was carried out analyze impacts associated components modified Johnson (MJM) and predict ...

The photocatalytic degradation of Acid Red 26 was examined utilizing a graphitic carbon nitride (g-C3N4) catalyst and UV-A light in this study. We investigated how successfully the approach removed from synthetic actual municipal wastewater. Both aqueous matrices allowed for extremely high clearance rates. Wastewater degraded at slower rate than other matrices, might be ascribed to wastewater’s...

It is well known that biological systems respond to chemical signals as well as physical stimuli. The workhorses of high throughput screening, microplates and pipetting robots, are well suited for screening chemical stimuli; however, there are fewer options for screening physical stimuli, particularly those which involve temporal patterns. This paper presents an optical microplate for photonic ...