Green Wall Panel Photobioreactor

An autonomous production unit representing 1 8 of the 1 ha production area.

Green wall panel photobioreactor.

Chlorella for protein and biofuels. Isolation and cultivation of microalgae in the laboratory and outdoors photobioreactor development and automation. Chlorella is one of the few microalgae employed for human consumption. Fatty acid content increased with high irradiances up to 32 5 of dry biomass and following both nitrogen and phosphorus deprivation up to about 50.

To reach this goal outdoor growth experiments with four strains selected after a thorough laboratory screening were carried out in a low cost photobioreactor the green wall panel gwp with reduced or without cooling in a seawater based instead of the standard freshwater based culture medium. To evaluate its lipid production potential under natural sunlight the strain was grown outdoors in 110 l green wall panel photobioreactors under nutrient sufficient and deficient conditions. Design and process improvements. It includes twenty four 48 m long gwp s piping and instrumentation necessary for its operation.

For this reason the system with the lowest environmental impact is the unilayer horizontal tubular i e. From strain selection to outdoor cultivation in a green wall panel photobioreactor pdf. F m partner and employee since 2015. It typically has a high.

Each module is hydraulically independent from the other. Selection to outdoor cultivation in a green wall panel photobioreactor alessia guccione1 natascia biondi1 giacomo sampietro1 liliana rodolfi1 2 niccolò bassi2 and mario r tredici1 abstract background. Chlorella for protein and biofuels. Although the astaxanthin yield is higher in the flat panel airlift and green wall panel electricity production systems still constitute an environmental burden.

R e s e a r c h open access.