. 2020 May 20;5(21):12166–12173. doi: 10.1021/acsomega.0c00566

Table 3. Theoretical Biodiesel Properties of F. diplosiphon Transesterified Lipids in the SF33 Control and Cultures Treated with 0.2, 0.4, 0.8, and 1.6 mg L^–1 Nanofer 25s.

biodiesel properties	control	0.2 mg L^–1	0.4 mg L^–1	0.8 mg L^–1	1.6 mg L^–¹
saponification value (mg KOH g^–1 fat)	217.314	219.319	216.413	216.344	220.219
iodine value (g I₂/100 g)	11.564	21.595	34.321	28.708	37.709
cetane number	68.814	66.327	63.798	65.069	62.6
long chain saturated factor	10.181	9.022	8.679	7.954	5.63
cold filter plugging point (°C)	15.509	11.867	10.79	8.512	1.211
cloud point (°C)	39.434	26.394	24.801	31.665	20.808
pour point (°C)	35.987	21.832	20.101	27.553	15.768
allylic position equivalent	8.66	13.79	22.5	23.61	14.93
bis-allylic position equivalent	2.52	3.8	7.01	7.63	4.06
oxidation stability (h)	49.388	33.625	19.414	18.047	31.637
higher heating value (mJ kg^–1)	39.244	39.116	39.18	39.199	39.053
kinematic viscosity (mm² s^–1)	3.808	3.651	3.681	3.718	3.508
density (g cm^–3)	0.868	0.868	0.87	0.869	0.87

Table 3. Theoretical Biodiesel Properties of F. diplosiphon Transesterified Lipids in the SF33 Control and Cultures Treated with 0.2, 0.4, 0.8, and 1.6 mg L–1 Nanofer 25s.