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Institute of
Chemical
Engineering
DUAL FLUIDIZED BED STEAM GASIFICATION for the conversion of solid fuels into high-grade energy carriers
Johannes C. SCHMID*, Florian BENEDIKT, Josef FUCHS, Stefan MÜLLER, Hermann HOFBAUER
„Lange Nacht der Forschung“, TU Wien, 22. April 2016 * [email protected], Getreidemarkt 9/166, 1060 Wien Sources of pictures: TU Wien, SWU-Maierhans, www.fotolia.com
agricultural waste
residual wood
lignite, coal (clean coal technology)
industrial residues
homogeneous waste fractions
excrements, sewage sludge, slaughterhouse waste
Gro
win
g c
ha
llen
ges
on
th
e g
asi
fica
tio
n a
nd
pro
du
ct g
as
clea
nin
g p
roce
ss
RESSOURCES thermo-chemical CONVERSION
into SYNGAS PRODUCTS
heat
electrical power
synthetic natural gas, methane
fuels & chemicals
synthetic kerosene
hydrogen
gasification and gas cleaning
syntheses or power production
Pilot plant with 100 kW fuel input at the Institute of Chemical Engineering at TU Wien
process simulation
cold flow model demonstration plant industrial sized commercial plant
process- and technology development
pilot/test facility
idea & concept
Source: Maierhans
