Page 190 - Refining Biomass Residues for Sustainable Energy and Bioproducts

(2016) al. et (2016) (2013) al. et (2015) al. et (2014) al. et (2014)

Reference al. et Arora Calixto al. et He Lekshmi Mahapatra Ebrahimian

Biomass productivity (mg/L/day) 174 283.6 85 122 138

phosphorus (mg/L) (71.8% 13.5 (86% 286 (70.5% (76.9% (86% 0.6

Initial content 28.0 TP: removal) PO 4 -P: 1.4 TP: PO 4 -P: removal) 28 TP: removal) 22.2 OP: removal) PO 4 -P: removal)

flows. nitrogen (mg/L) (83.9% 8.7 40 0.0012 17 6.3 1.6 992 (80% 197 (89.6% 51.5 11.3 182.6 removal)

domestic Initial content 50.8 TN: removal) NH 3 -N: NO 3 -N: NO 2 -N: 29 TN: NH 3 -N: NO 3 -N: NO 2 -N: NH 3 -N: (98.9% removal) NO 3 -N: removal) 64.6 TN: removal) NH 3 -N: (88.8% removal) NH 3 -N: (100% removal) NO 3 -N: (80%

growing TOC (93.9% removal) (85.8% removal)

microalgae Initial (mg/L) 120.1 32 219 NH 3 -N, Nitrogen from ammonia; NO 2 -N, nitrogen from nitrites; NO 3 -N, nitrogen from nitrates; PO 4 -P, phosphorus from phosphates; TN, total nitrogen; TOC, total organic carbon; TP, total phosphorus.

by description 100% sewage secondary with of at (25%) (75%)
nutrients at and tank concentration undiluted sewage wastewater and primary wastewater

of medium wastewater domestic septic sedimentation 29 mg/L filtered of secondary municipal
uptake Culture Sewage Municipal 25% at of initial of TN Autoclaved domestic Municipal 100% sterilized Mixture and

total Mix
and
content debaryana and

Initial sp. vulgaris pyrenoidosa comprising Bacillariophyceae,

7.3 Chlamydomonas Chlamydomonas Chlorophyceae, Cyanophyceae, Euglenophyceae vulgaris
Table Species Chlorella Chlorella Consortium C.