Page 202 - Advances in bioenergy (2016)

Ni/CeO (Gly) 550– 12 74.7 100 1 atm, 600, 51
2
650

Ni/MgO (Gly) 550– 6 65.6 100 1 atm, 600 51
650
Ni/TiO (Gly) 550– 6 62.2 98.1 1 atm, 600 51
2
650

Ni/Al O (Gly) 600– 9 80 94 1 atm, 900, 52
2 3
900 15,300

Ni/CeO (Gly) 450– 9 75 100 1 atm, 450, 53
2
650 15,300

Ni/Al O /ZrO 2 450– 9 71 100 — 54
2 3
(Gly) 650

Ni-Cu-Al (Gly) 450– 3 92.9 90 1 atm, 650, — 55
650

NiCeZrAl (YGly) 550– 9 (0.5-O /RM) 67 100 1 atm, 650, — 56
2
650 (69%Sel)
NiCeZrAl (Gly) 550– 9 (0.5-O /RM) 80.9 100 1 atm, 650, — 56
2
650
Rh/Ce-Al-Si (Gly) 400– — (46%Sel) 3 (1.5- 1 atm, 600, — 57
1000 O /RM)
2
Pt/Al-Si (Gly) 400– — (14%Sel) 9 (0.5- 1 atm, 700, — 57
1000 O /RM)
2
Pd/Cu/Ni/K (Gly) 550– 9 (0.45- (54%Sel) 100 58
850 O /RM)
2

Ir/La O (Gly) 400– 2 (1.0-O /RM) (60%Sel) — 1 atm, 650, — 59
2 3 2
850
Pt/SiO (Gly) 250– (RM/H O- (69%Sel) 100 1 atm, 350, 19
2
2
450 1:10) 0.167 min −1

Pt/CeZr (Gly) 250– (RM/H O- (72%Sel) 78 19
2
450 1:10)

Ni-Co/HT (Gly) 550– 3 88 100 1 atm, 550, 36
600 (99%Sel) 0.917 min −1

‘AAc’, acetic acid; ‘Gly’, glycerol, and ‘YGly’, denotes to yellow glycerol.