Page 51 - Refining Biomass Residues for Sustainable Energy and Bioproducts

(2002) (1996) Dennis (1990) (1996, (2002) Packter (2016) ¨ Steinbuchel (2013) (2008) (2015)
(2003) (2003) al. et al. et and al. et al. et al. et and al. al. (2003) (1971) al. al.
References Alvarez Alvarez Alvarez Alvarez Valentin (1996) Desomer Alvarez 1997a) Alvarez Olukoshi (1994) ¨ et Rottig and Voss 2001 et Eberly Alvarez McCarthy et Gouda et Kumar

yield CDW) mg/L TAG

TAG of (% 12.2% 8.1% 87% 56 2.3% 5%

yield CDW)
bacteria. Lipid of (% 76 87 76/38 23.9 10 18.1 3.8 47 50 71 95 8.1 7.6 83 33

Gram-positive oil, olive

by and citrate,
(TAG) hexadecane, fructose, phenylacetate, n-alkanes

triacylglycerol carbon oil, gas hexadecane and propionate, valerate, acetate, medium ethanol and water waste

and of pentadecane oil Gluconate/Valerate Hexadecane succinate, phenyldecane, waste Hexadecane acid waste dairy
lipid Source Gluconate, Gluconate Gluconate Olive Valerate Glucose Glucose Gluconate, Nutrient Fructose Cellobiose Orange Molasses Ethanol Gluconate Palmitic Orange Raw
of 20
Accumulation asteroides strain sp. opacus PD630 corallina fascians albus G25 sp. DG KTR9 20 sp. avium PD630 weight.

2.1 Rhodococcus Rhodococcus PD630 opacus Rhodococcus 188-5 opacus Streptomyces Streptomyces sp. sp. Rhododcoccus Mycobacterium opacus dry Cell
Table Strain Nocardia R. Nocardia D R. Gordonia Gordonia R. CDW,