AbstractAlgae have been cultivated commercially since the 1950s, mainly for the pharmaceutical industry, but only recently gained attention as a potential source of biomass and as a sink for CO2. Algae promise a potentially high productivity per hectare, could be grown on non-arable land, can utilize a wide variety of water sources (fresh, brackish, saline and wastewater), and potentially recycle CO2 of flue gas and other nutrient waste streams [1]. The paper describes the concept and building of the photoreactor for intensive microalgae cultivation in laboratory scale
The search for a renewable source as an alternative to fossil fuels has driven the research on new s...
abstract: Microscopic algae have been investigated extensively by researchers for decades for their ...
Microalgae mass cultures can use CO2 from power plants flue gases for the production of biomass suit...
Today a lot of carbon dioxide is released into the atmosphere due to human activities. A way of recy...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
Microalgae are unicellular, eukaryotic organisms which possess unique qualities of replication, prod...
: The continuous research of alternative and sustainable energy solutions with respect to fuels deri...
Microalgae have been recognized as powerful phototrophic cell-factories whose applications range fro...
Microalgae are small organisms that live in water and use solar energy or artificial light to grow. ...
Microalgae have been recognized as powerful phototrophic cell-factories whose applications range fro...
The dual problems of global fossil fuels supplies and global warming focus attention on the need to ...
Over the last decade, intensive research has been carried out all over the world to explore the huge...
Industrial revolutions, advancements in health care, pharmaceuticals, transportation can be attribut...
The search for a renewable source as an alternative to fossil fuels has driven the research on new s...
abstract: Microscopic algae have been investigated extensively by researchers for decades for their ...
Microalgae mass cultures can use CO2 from power plants flue gases for the production of biomass suit...
Today a lot of carbon dioxide is released into the atmosphere due to human activities. A way of recy...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
The need to reduce the CO2 footprint of human activities calls for the utilization of new means of p...
Microalgae are unicellular, eukaryotic organisms which possess unique qualities of replication, prod...
: The continuous research of alternative and sustainable energy solutions with respect to fuels deri...
Microalgae have been recognized as powerful phototrophic cell-factories whose applications range fro...
Microalgae are small organisms that live in water and use solar energy or artificial light to grow. ...
Microalgae have been recognized as powerful phototrophic cell-factories whose applications range fro...
The dual problems of global fossil fuels supplies and global warming focus attention on the need to ...
Over the last decade, intensive research has been carried out all over the world to explore the huge...
Industrial revolutions, advancements in health care, pharmaceuticals, transportation can be attribut...
The search for a renewable source as an alternative to fossil fuels has driven the research on new s...
abstract: Microscopic algae have been investigated extensively by researchers for decades for their ...
Microalgae mass cultures can use CO2 from power plants flue gases for the production of biomass suit...