At present, there are few studies on known bacterial species and even less fungi in biological algae control technology. In this paper, the green eutrophic shallow water lake Scenedesmus quadricauda (Turpin) was used as research object, white rot fungi, which has a high removal effect pollutants, toxins, for control. The extent of effect, physiological characteristics internal functional groups...

Cultivation has been identified as an essential stage for biofuel production. This research examined two important parameters the industrial production of microalgae, namely microalgae growth rate and biomass productivity. Chlorella vulgaris Scenedesmusquadricauda were cultivated using a closed photobioreactor (PBR). A novel approach cultivation energy input reduction was developed by incorpora...

The rigid cell wall of Chlorella vulgaris (Trebouxiophyceae) is probably composed of chitin-Iike substance. Chitinase isolated from Streptomyces griseus is able to split covalent linkages on isolated microfibrils. On cross-sections of plastic embedded cell walls the covalent linkages are "masked " by the layer of amorphous polysaccharides. The presence of cellulose in the cell wall can not be e...

An equilibrium model for describing the relationships between important parameters for heavy metal sorption by algae was derived through a thermodynamics approach. In this model, both the removal efficiency of heavy metal and metal adsorption per unit algal biomass are considered to be simple functions of the ratio of algal biomass concentration to the initial metal concentration for selected c...

Abstract In recent years microalgae products have developed increasing market demand, but sustainable industrial production is still challenged by biological stability of large-scale plants. Yet the relationships between algal hosts, associated microbiomes, and contaminants in photobioreactors remains widely understudied. The aim this study was to investigate temporal development microbiomes fo...