Effect of Operating Conditions on Catalytic Gasification of Bamboo in a Fluidized Bed

Table 2

Comparison with the existing literature.

Ref	Biomass	C : B	S/B	Agent	ER	𝑇 (°C)	(% mol)		H2/CO	Gas yield; (Nm^3/kg)	CCE (%)
							H2	CO
This work	Bamboo	—	—	Air	0.4	400–600	6.6–8.16	23.5–30.6	0.25–0.28	1.9–2.0	63.6–67.4
		1 : 1–1 : 1.5	—				3.2–9.1	21.4–31.7	0.1–0.3	1.9–2.1	59.5–80.1
		—	1 : 1	Air-steam			10.9–16.5	36.1–40.3	0.3–0.4	2.8–2.9	87.3–98.5
[1]	Pine sawdust	3%	0.75–0.9	Air-steam	0.22–0.3	800	35.87–40.67	22.71–29.88	1.2–1.79	1.5–2.3	—
[45]	Rice husk	—	—	Air	0.25–0.35	665–1103	4.0–3.3	19.9–12.3	0.20–0.26	1.3–1.9	55–81
[46]	Sewage sludge	10, 15%	—	Air	0.3	750–850	9.9–15.2	6.1–14.4	1.05–1.62	2.5–2.8	69.9–88.6
		10%	0.5, 1	Air-steam		800	15.7–16.8	7.5–9.1	1.7–2.2	2.7–2.8	82.5–83.0
[39]	Pine sawdust	—	2.81 : 1	Air-steam	0.22	700–900	21.0–38.0	33.0–43.0	0.5–1.2	1.4–2.5	78.2–92.6
	Coir pith	—	—	Air	0.3–0.5	400–900	5.6–10.6	6.5–12.7	0.7–1.0	1.9–3.2	—
[47]	Rice husk						5.3–8.6	9.3–19.6	0.4–0.67	1.8–2.8	—
	Saw dust						5.2–10.1	10.78–16.84	0.41–0.58	2.2–3.7	—
[11]	Cellulose	—	—	Air	0.2	600–1000	5.29–9.5	12.13–23.6	0.44–1.46	0.3–1.2	12.13–23.6
			0–1.5	Air-steam	0.27	800	13.5–18.6	6.4–11.2	1.2–2.2	0.8–1.0	—