Production and emission of CO2 from different sources have caused significant changes in the climate, which is the major concern related to global warming. Among other CO2 removal approaches, microalgae can efficiently remove CO2 through the rapid production of algal biomass. In addition, microalgae have the potential to be used in wastewater treatment. Although, wastewater treatment and CO2 removal by microalgae have been studied separately for a long time, there is no detailed information available on combining both processes. In this review article, microalgae-based CO2 biofixation, various microalgae cultivation systems,̄ and microalgae-derived wastewater treatment are separately discussed, followed by the concept of integration of CO2 ...
Given that sustainable energy production and advanced wastewater treatment for producing clean water...
The increased emissions of anthropogenic greenhouse gases over the last 100 years is the reason for ...
The growth of the world's population increases the demand for fresh water, food, energy, and technol...
Microalgae are ubiquitous, diverse, and photosynthetic organisms in nature and have prominent applic...
The increase in atmospheric CO2 concentration and the release of nutrients from wastewater treatment...
Microalgae play important roles in the realisation of energy-efficient carbon-neutral wastewater tre...
This study evaluated the use of mixed indigenous microalgae (MIMA) as a treatment process for wastew...
Different species of microalgae are highly efficient in removing nutrients from wastewater streams a...
In a perspective projected to reduce the atmospheric concentration of greenhouse gases, in which car...
Challenges regarding microalgal cultivation need to be solved in order to enhance microalgae potenti...
Rapidly expanding industrialization and the depletion of non-renewable fossil fuels have necessitate...
Algae are microscopic photosynthetic prokaryotic or eukaryotic organisms that can naturally grow in ...
Abstract: Microalgae are aquatic plants that are able to capture carbon dioxide (CO2) during photosy...
The potential use of mixed indigenous microalgae (MIMA) as a CO2 capturing technology and treatment ...
The increase in atmospheric CO2 concentration and the release of nutrients from wastewater treatment...
Given that sustainable energy production and advanced wastewater treatment for producing clean water...
The increased emissions of anthropogenic greenhouse gases over the last 100 years is the reason for ...
The growth of the world's population increases the demand for fresh water, food, energy, and technol...
Microalgae are ubiquitous, diverse, and photosynthetic organisms in nature and have prominent applic...
The increase in atmospheric CO2 concentration and the release of nutrients from wastewater treatment...
Microalgae play important roles in the realisation of energy-efficient carbon-neutral wastewater tre...
This study evaluated the use of mixed indigenous microalgae (MIMA) as a treatment process for wastew...
Different species of microalgae are highly efficient in removing nutrients from wastewater streams a...
In a perspective projected to reduce the atmospheric concentration of greenhouse gases, in which car...
Challenges regarding microalgal cultivation need to be solved in order to enhance microalgae potenti...
Rapidly expanding industrialization and the depletion of non-renewable fossil fuels have necessitate...
Algae are microscopic photosynthetic prokaryotic or eukaryotic organisms that can naturally grow in ...
Abstract: Microalgae are aquatic plants that are able to capture carbon dioxide (CO2) during photosy...
The potential use of mixed indigenous microalgae (MIMA) as a CO2 capturing technology and treatment ...
The increase in atmospheric CO2 concentration and the release of nutrients from wastewater treatment...
Given that sustainable energy production and advanced wastewater treatment for producing clean water...
The increased emissions of anthropogenic greenhouse gases over the last 100 years is the reason for ...
The growth of the world's population increases the demand for fresh water, food, energy, and technol...