2
Keywords Bioenergy · Combustion · Gasification · Pyrolysis · Thermo-catalytic
reforming (TCR)
Abbreviations
Al
Aluminium
APR
Aqueous phase reforming
BFB
Bubbling fluidized bed
C
Atomic carbon
C 2 H 2
Acetylene
C 2 H 4
Ethylene
C 2 H 6
Ethane
C 3 H 6
Propylene
C 3 H 8
Propane
CaO
Calcium oxide
CeO 2
Cerium dioxide
CFB
Circulating fluidized bed
CH 3 OH Methanol
CH 4
Methane
CHP
Combined heat and power
CO
Carbon monoxide
Co
Cobalt
CO 2
Carbon dioxide
Cu
Copper
Ga
Gallium
H
Atomic hydrogen
H 2
Hydrogen
H 2 O
Water or water vapour
HC
Hydrocarbon
HDO
Hydrodeoxygenation
HHV
Higher heating value
K 2 O
Potassium oxide
KOH
Potassium hydroxide
M
Monomer
MCM
Mobil Composition of Matter
MF
Methylfuran
MgO
Magnesium oxide
MnO
Manganese(II) oxide
Mo
Molybdenum
Mtoe
Millions of tonnes of oil equivalent
MW
Molecular weight
MW th
Megawatts thermal
N 2
Nitrogen
H. Jahangiri et al.
Keywords Bioenergy · Combustion · Gasification · Pyrolysis · Thermo-catalytic
reforming (TCR)
Abbreviations
Al
Aluminium
APR
Aqueous phase reforming
BFB
Bubbling fluidized bed
C
Atomic carbon
C 2 H 2
Acetylene
C 2 H 4
Ethylene
C 2 H 6
Ethane
C 3 H 6
Propylene
C 3 H 8
Propane
CaO
Calcium oxide
CeO 2
Cerium dioxide
CFB
Circulating fluidized bed
CH 3 OH Methanol
CH 4
Methane
CHP
Combined heat and power
CO
Carbon monoxide
Co
Cobalt
CO 2
Carbon dioxide
Cu
Copper
Ga
Gallium
H
Atomic hydrogen
H 2
Hydrogen
H 2 O
Water or water vapour
HC
Hydrocarbon
HDO
Hydrodeoxygenation
HHV
Higher heating value
K 2 O
Potassium oxide
KOH
Potassium hydroxide
M
Monomer
MCM
Mobil Composition of Matter
MF
Methylfuran
MgO
Magnesium oxide
MnO
Manganese(II) oxide
Mo
Molybdenum
Mtoe
Millions of tonnes of oil equivalent
MW
Molecular weight
MW th
Megawatts thermal
N 2
Nitrogen
H. Jahangiri et al.
