Add to ORKGThe research focuses on investigation and optimization (using Box Behnken design) of the key parameters of CO2 gas concentration, light intensity, temperature, feedwater nutrient concentration, and wastewater origin (municipal primary and secondary, and petroleum industry) on photobioreactor algal growth parameters. A mathematical model is provided for predicting algal growth. Finally, the influence of light wavelength on algal growth is investigated. The outcomes can be used to inform design and operation of large-scale algal cultivation systems
Treated sewage is a promising source of nitrogen and phosphorus in microalgae biomass production for...
Abstract: Microalgae are aquatic plants that are able to capture carbon dioxide (CO2) during photosy...
Includes bibliographical referencesRising global energy demands and global warming concerns from fos...
Recently microalgae cultivation has been intensively investigated as a sustainable and eco-friendly ...
A comprehensive mathematical modeling method for Chlorella vulgaris (Cv) has been developed to asses...
Master's thesis in Environmental TechnologyThe main objective of this project is to identify algal s...
The primary goal of this PhD work is to promote synergistic integration of wastewater treatment and ...
The recent literature pertaining to the application of algal photobioreactors (PBRs) to both carbon ...
A) Integrated process of CO2 mitigation and wastewater treatment using microalgae on pilot scale to ...
Algae have been a hot topic in recent years due to their potential for several reasons. They have be...
Microalgae cultures are attracting great attentions in many industrial applications. However, one of...
The application of Chlorella vulgaris for simultaneous CO2 biofixation and nutrient removal has bee...
The self-treatment system of nature cannot handle man-caused high rate water pollution on its own, t...
The micro-alga Chlorella vulgaris was cultivated under a variety of environmental conditions in vari...
Algae are a diverse group of simple organisms that lack roots, stems or leaves and are able to use s...
Treated sewage is a promising source of nitrogen and phosphorus in microalgae biomass production for...
Abstract: Microalgae are aquatic plants that are able to capture carbon dioxide (CO2) during photosy...
Includes bibliographical referencesRising global energy demands and global warming concerns from fos...
Recently microalgae cultivation has been intensively investigated as a sustainable and eco-friendly ...
A comprehensive mathematical modeling method for Chlorella vulgaris (Cv) has been developed to asses...
Master's thesis in Environmental TechnologyThe main objective of this project is to identify algal s...
The primary goal of this PhD work is to promote synergistic integration of wastewater treatment and ...
The recent literature pertaining to the application of algal photobioreactors (PBRs) to both carbon ...
A) Integrated process of CO2 mitigation and wastewater treatment using microalgae on pilot scale to ...
Algae have been a hot topic in recent years due to their potential for several reasons. They have be...
Microalgae cultures are attracting great attentions in many industrial applications. However, one of...
The application of Chlorella vulgaris for simultaneous CO2 biofixation and nutrient removal has bee...
The self-treatment system of nature cannot handle man-caused high rate water pollution on its own, t...
The micro-alga Chlorella vulgaris was cultivated under a variety of environmental conditions in vari...
Algae are a diverse group of simple organisms that lack roots, stems or leaves and are able to use s...
Treated sewage is a promising source of nitrogen and phosphorus in microalgae biomass production for...
Abstract: Microalgae are aquatic plants that are able to capture carbon dioxide (CO2) during photosy...
Includes bibliographical referencesRising global energy demands and global warming concerns from fos...