Journal of Environmental and Public Health

Research Article

Analysis of Agricultural Biomass Energy Use and Greenhouse Gas Reduction Evidence from China

Table 9

Benefits of CH₄-C emission and N₂O emission reduction by using agricultural biomass energy in China, 2009∼2018.


Item		Rice	Wheat	Corn	Cotton

Percentage of straw burning (%)		0.60	0.60	0.60	0.60
Percentage of dry matter (%)		0.83	0.83	0.40	0.50
Percentage of carbon (%)		0.41	0.49	0.47	0.45

2009	Physical resources quantity (10⁴ t)	20718.40	11926.30	15856.60	1646.30
	Total amount of carbon burned (10⁴ t)	4275.68	2882.34	1792.05	222.25
	CH₄-C emission (Low) (10⁴ t)	26.94	18.16	11.29	1.40
	CH₄-C emission (High) (10⁴ t)	50.03	33.72	20.97	2.60
	N₂O emission (Low) (10⁴ t)	0.21	0.14	0.09	0.01
	N₂O emission (High) (10⁴ t)	0.77	0.52	0.32	0.04

2010	Physical resources quantity (10⁴ t)	20827.00	11957.90	17457.60	1523.40
	Total amount of carbon burned (10⁴ t)	4298.09	2889.98	1972.99	205.66
	CH₄-C emission (Low) (10⁴ t)	27.08	18.21	12.43	1.30
	CH₄-C emission (High) (10⁴ t)	50.29	33.81	23.08	2.41
	N₂O emission (Low) (10⁴ t)	0.21	0.14	0.10	0.01
	N₂O emission (High) (10⁴ t)	0.77	0.52	0.36	0.04

2011	Physical resources quantity (10⁴ t)	21424.40	12213.70	19339.60	1721.00
	Total amount of carbon burned (10⁴ t)	4421.38	2951.80	2185.68	232.34
	CH₄-C emission (Low) (10⁴ t)	27.85	18.60	13.77	1.46
	CH₄-C emission (High) (10⁴ t)	51.73	34.54	25.57	2.72
	N₂O emission (Low) (10⁴ t)	0.22	0.15	0.11	0.01
	N₂O emission (High) (10⁴ t)	0.80	0.53	0.39	0.04

2012	Physical resources quantity (10⁴ t)	21809.80	12616.70	21009.20	1744.50
	Total amount of carbon burned (10⁴ t)	4500.91	3049.20	2374.38	235.51
	CH₄-C emission (Low) (10⁴ t)	28.36	19.21	14.96	1.48
	CH₄-C emission (High) (10⁴ t)	52.66	35.68	27.78	2.76
	N₂O emission (Low) (10⁴ t)	0.23	0.15	0.12	0.01
	N₂O emission (High) (10⁴ t)	0.81	0.55	0.43	0.04

2013	Physical resources quantity (10⁴ t)	21783.80	12737.20	22738.40	1658.30
	Total amount of carbon burned (10⁴ t)	4495.55	3078.32	2569.80	223.87
	CH₄-C emission (Low) (10⁴ t)	28.32	19.39	16.19	1.41
	CH₄-C emission (High) (10⁴ t)	52.60	36.02	30.07	2.62
	N₂O emission (Low) (10⁴ t)	0.22	0.15	0.13	0.01
	N₂O emission (High) (10⁴ t)	0.81	0.55	0.46	0.04

2014	Physical resources quantity (10⁴ t)	22134.70	13211.90	22858.40	1663.10
	Total amount of carbon burned (10⁴ t)	4567.96	3193.04	2583.36	224.52
	CH₄-C emission (Low) (10⁴ t)	28.78	20.12	16.28	1.41
	CH₄-C emission (High) (10⁴ t)	53.45	37.36	30.23	2.63
	N₂O emission (Low) (10⁴ t)	0.23	0.16	0.13	0.01
	N₂O emission (High) (10⁴ t)	0.82	0.57	0.47	0.04

2015	Physical resources quantity (10⁴ t)	22402.20	13656.50	24252.10	1559.60
	Total amount of carbon burned (10⁴ t)	4623.17	3300.49	2740.88	210.55
	CH₄-C emission (Low) (10⁴ t)	29.13	20.79	17.27	1.33
	CH₄-C emission (High) (10⁴ t)	54.09	38.62	32.07	2.46
	N₂O emission (Low) (10⁴ t)	0.23	0.17	0.14	0.01
	N₂O emission (High) (10⁴ t)	0.83	0.59	0.49	0.04

2016	Physical resources quantity (10⁴ t)	22291.60	13721.50	24125.90	1410.50
	Total amount of carbon burned (10⁴ t)	4600.34	3316.20	2726.61	190.42
	CH₄-C emission (Low) (10⁴ t)	28.98	20.89	17.18	1.20
	CH₄-C emission (High) (10⁴ t)	53.82	38.80	31.90	2.23
	N₂O emission (Low) (10⁴ t)	0.23	0.17	0.14	0.01
	N₂O emission (High) (10⁴ t)	0.83	0.60	0.49	0.03

2017	Physical resources quantity (10⁴ t)	22458.60	13831.00	23710.20	1492.40
	Total amount of carbon burned (10⁴ t)	4634.81	3342.67	2679.63	201.47
	CH₄-C emission (Low) (10⁴ t)	29.20	21.06	16.88	1.27
	CH₄-C emission (High) (10⁴ t)	54.23	39.11	31.35	2.36
	N₂O emission (Low) (10⁴ t)	0.23	0.17	0.13	0.01
	N₂O emission (High) (10⁴ t)	0.83	0.60	0.48	0.04

2018	Physical resources quantity (10⁴ t)	22400.80	13533.10	23536.60	1611.10
	Total amount of carbon burned (10⁴ t)	4622.88	3270.67	2660.01	217.50
	CH₄-C emission (Low) (10⁴ t)	29.12	20.61	16.76	1.37
	CH₄-C emission (High) (10⁴ t)	54.09	38.27	31.12	2.54
	N₂O emission (Low) (10⁴ t)	0.23	0.16	0.13	0.01
	N₂O emission (High) (10⁴ t)	0.83	0.59	0.48	0.04