Page 54 - Refining Biomass Residues for Sustainable Energy and Bioproducts

(2011) (2011) (1997) (1976),
(1991) (2014) (1997b) (1985) (2007)

al. al. Donmez ¨ Donmez ¨ (2012) Somerville (2017) (2015) (1975), Finnerty (2011) (2014a,b) (2015) (2015) al. (2012)
et ` et and and al. and al. al. et al. al. et and al. et al. al. al. et al. et al.
References Andres De Francisco Karatay Karatay et Bruno Reiser et Khosla Alvarez et Modiri Makula Scott Singer et Santala et Bharti ´ ´ Padrova et Modiri Kalscheuer et Bruno

of
(%
yield
TAG CDW) 38 3 4 1.9

bacteria. of (%

Gram-negative yield Lipid CDW) 14.9 38.2 45 24 92.23 25 6 13 32 12.3 7.7 64.7 21.4 15.7 23.2 18

by
(TAG) carbon oil, olive CO 2 and

triacylglycerol of Source Glucose, n-alkane Maltodextrin CO 2 CO 2 CO 2 Hexadecane Bicarbonate oil Olive Ethanol Acetate oil Ostrich CO 2 Hexadecanol, hexadecane Glycerol/Gluconate CO 2 /NaHCO 3 CO 2 CO 2 Pyruvate CO 2

and
lipid strain strain 027 VRUC164
of aponinum VRUC162 HS01 HO1-N ADP1 CCALA SK03 SK2
Accumulation aeruginosa sp. variabilis calcoaceticus ISTPL3 sp. 211 sp. sp. strain sp. baylyi ISTD04 maxima sp. borkumensis autumnale weight.

2.2 Pseudomonas Phormidium Cyanobacterium Trichormus Acinetobacter BD413 Pseudomonas Acinetobacter Synechococcus Acinetobacter Acinetobacter sp. Arthrospira Pseudanabaena Alcanivorax Phormidium dry
Table Strain 44T1 Serratia CDW, Cell