Sugarcane bagasse: a biomass sufficiently applied for improving global energy, environment and economic sustainability

Bioresources and Bioprocessing

Table 9 Summary of product yield from SCB pyrolysis

Heating rate (^oC/min)	Temp (^oC)	Liquid (wt%)	Char (wt%)	Gas (wt%) [losses]	Source
60	700	19.67	22.67	48.72 [8.95]	Al-Arni et al. (2010)
50	500	66.1	24.9	9.0	Asadullah et al. (2007)
12	501	43.0	16	41^e	Carrier et al. (2011)^a
21.3	420	43.0	32.6	24.4^e	Carrier et al. (2011)^b
12	500	62.0	19.4	17.6	Darmstadt et al. (2001)
16.7	500	54.6	–	–	Drummond and Drummond (1996)
12	500	34.4	19.4	46.2^e	Garcı̀a-Pèrez et al. (2002)^c
12	500	30.1	25.7	44.2^e	Garcı̀a-Pèrez et al. (2002)^d
20	950	54.25	20.25	22.53 [2.97]	Waheed and Williams (2013)
200	500	75	5	20^e	Tsai et al. (2006)
62.9	532	23	18	59	Kuan et al. (2013^{) f}

^aSlow pyrolysis, ^bvacuum pyrolysis, ^claboratory-scale setup, ^dpilot-scale setup, ^eestimated by difference, ^fnon-catalysed process