Table 5
(continued)
Target
compound
Substrate
System/conditions
Downstream
processing
Production Scale
Market
situation
Algae
References
Joint
production of
sugar, ethanol,
and electricity
from sugar
cane
biorefinery and
biodiesel and
glycerol from
microalgae
Cultivation using
CO
2 -rich streams
derived from
fermentation and
cogeneration
system
Conceptual configuration and simulation
of scenarios including economic
evaluation
Conceptual
biorefinery under
the
knowledge-based
approach
CO
2
–
Chlorella
sp.
Moncada et al.
(2014)
Lipids
(biodiesel)
Protein (food)
Pigments
(food)
Carbohydrates
(bioethanol)
Wastewater from
fish processing
industry
Bubble column
photobioreactor, 5 L
Coagulation–
flocculation–
sedimentation and
membrane
microfiltration
Laboratory
–
Aphanothece
microscopica
Nägeli
Queiroz et al.
(2013)
Lipids
(biodiesel)
Residual
biomass
(biosyngas and
methanol)
CO
2 -flue gas from
a coal energy plant
–
Oil extraction,
gasification of
remaining
biomass to obtain
syngas conversion
of biosyngas to
methanol
Conceptual model
–
Chlorella
pyrenoidosa
Wiesberg et al.
(2017)
120
P.-L. Gorry et al.
(continued)
Target
compound
Substrate
System/conditions
Downstream
processing
Production Scale
Market
situation
Algae
References
Joint
production of
sugar, ethanol,
and electricity
from sugar
cane
biorefinery and
biodiesel and
glycerol from
microalgae
Cultivation using
CO
2 -rich streams
derived from
fermentation and
cogeneration
system
Conceptual configuration and simulation
of scenarios including economic
evaluation
Conceptual
biorefinery under
the
knowledge-based
approach
CO
2
–
Chlorella
sp.
Moncada et al.
(2014)
Lipids
(biodiesel)
Protein (food)
Pigments
(food)
Carbohydrates
(bioethanol)
Wastewater from
fish processing
industry
Bubble column
photobioreactor, 5 L
Coagulation–
flocculation–
sedimentation and
membrane
microfiltration
Laboratory
–
Aphanothece
microscopica
Nägeli
Queiroz et al.
(2013)
Lipids
(biodiesel)
Residual
biomass
(biosyngas and
methanol)
CO
2 -flue gas from
a coal energy plant
–
Oil extraction,
gasification of
remaining
biomass to obtain
syngas conversion
of biosyngas to
methanol
Conceptual model
–
Chlorella
pyrenoidosa
Wiesberg et al.
(2017)
120
P.-L. Gorry et al.