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MODIFIED OPEN PLATE SYSTEM FOR OPEN DOOR PRODUCTION OF ALGAL BIOMASS

Abstract
This work was conducted using two different open plate systems, mainly used as inoculum unit, to study the effect of culture volume, growth surface and flow rate on growth of the alga Scenedesmus sp. For inoculum preparation, laboratory growth was performed using N8 macronutrients solution with PAZ trace elements mixture. Out door production was heterotrophically achieved using a mixture of 0.3 g....
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Keywords
Volume (thermodynamics)
Phosphoric acid
Chlorophyll
Polyethylene
Chlorophyll a
Animal science
Growth rate
Volumetric flow rate
Chemistry
Pulp and paper industry
Materials science
Botany
Biology
Mathematics
Composite material
Biochemistry
Engineering
Physics
Geometry
Organic chemistry
Quantum mechanics

2001
Article

Open Access


pdf file

MODIFIED OPEN PLATE SYSTEM FOR OPEN DOOR PRODUCTION OF ALGAL BIOMASS
pdf file

MODIFIED OPEN PLATE SYSTEM FOR OPEN DOOR PRODUCTION OF ALGAL BIOMASS

Abstract
This work was conducted using two different open plate systems, mainly used as inoculum unit, to study the effect of culture volume, growth surface and flow rate on growth of the alga Scenedesmus sp. For inoculum preparation, laboratory growth was performed using N8 macronutrients solution with PAZ trace elements mixture. Out door production was heterotrophically achieved using a mixture of 0.3 g....
View PDF
Keywords
Volume (thermodynamics)
Phosphoric acid
Chlorophyll
Polyethylene
Chlorophyll a
Animal science
Growth rate
Volumetric flow rate
Chemistry
Pulp and paper industry
Materials science
Botany
Biology
Mathematics
Composite material
Biochemistry
Engineering
Physics
Geometry
Organic chemistry
Quantum mechanics

2001
Article

Open Access


pdf file