Spirulina is known to produce high protein and phycocyanin of commercial importance with
concomitant CO 2 utilisation. The pH is one of the most important factors for cell growth, CO …

In order to select excellent strains with high CO2 fixation capability on a large scale, nine
Spirulina species were cultivated in columnar photobioreactors with the addition of 10 …

Microalgae biotechnology provides a new industrial paradigm that simultaneously yields
various vital products and captures CO2 in a single process. Development of optimal …

The objective of this study was to estimate the CO 2 absorptivity provided by an in situ
carbon supply system using a photosynthetic culture of the cyanobacterium Spirulina …

Background The cultivation of microalgae represents a water-intensive process, prompting
the need to reduce its water footprint and explore alternative water sources. Therefore, this …

Spirulina platensis can mitigate CO 2 emissions and simultaneously produce an antioxidant
called C-phycocyanin (C-PC), which is a high value nutraceutical product. An innovative pH …

Three cyanobacterial strains of the genus Spirulina, ie, LAMB171, LAMB172, and LAMB220,
were cultivated at different CO 2 concentrations in a columnar photobioreactor to determine …

The helix pitch and trichome length of Spirulina sp. were promoted to improve the biomass
harvesting efficiency and CO 2 fixation rate in 660 m 2 raceway ponds aerated with food …

A cost effective fertilizer based optimum culture medium was formulated for the cultivation of
Spirulina platensis using NPK-10: 26: 26 complex fertilizer in CO 2-agitated sintered disk …

Spirulina platensis produces nutraceutical product C-phycocyanin (C-PC) and
simultaneously mitigates CO 2 emissions during its growth. Using a designed flat-type …