. 2020 Jul 24;5(30):19082–19091. doi: 10.1021/acsomega.0c02430

Table 2. Product Yields of the Substrate Variation Experiments under Nitrogen Atmosphere Reaction Conditions: 2 mmol of Substrate, 0.5 mmol of (Vanadium Content) K₅[V₃W₃O₁₉] Catalyst, 10 g of Water, 160 °C Reaction Temperature, 20 bar Nitrogen Pressure, 1000 rpm Stirrer Speed, 1 h Reaction Time^a.

entry	substrate	Y_FA (%)	Y_AA (%)	Y_LA (%)	Y_HMF (%)	Y_LevA (%)	Y_glyceral (%)	Y_PA (%)	Y_glycolal (%)	Y_CO₂ (%)	X (%)
1	glycose	7.5	7.2	17.3	3.7	3.2	8.1	2.5	0	2.0	90.5
2	xylose	6.8	5.1	15.4	0.6	1.9	4.2	1.0	0	2.1	93.6
3	glyceraldehyde	6.2	8.3	17.9	0.5	2.5	7.7	2.4	0	2.8	92.3
4	dihydroxyacetone	4.9	9.3	17.6	0	3.2	6.2	1.7	0	3.4	100
5	glycolaldehyde	14.2	7.3	0	0	1.9	5.9	2.4	14.1	0	78.8
6	glyoxal	14.7	0	0	0	0	0	0	20.6	0	99.0

Abbreviations: formic acid (FA); acetic acid (AA); lactic acid (LA), hydroxymethylfurfural (HMF); levulinic acid (LevA); glyceraldehyde (glyceral); propionic acid (PA); glycolaldehyde (glycolal).

Table 2. Product Yields of the Substrate Variation Experiments under Nitrogen Atmosphere Reaction Conditions: 2 mmol of Substrate, 0.5 mmol of (Vanadium Content) K5[V3W3O19] Catalyst, 10 g of Water, 160 °C Reaction Temperature, 20 bar Nitrogen Pressure, 1000 rpm Stirrer Speed, 1 h Reaction Timea.