Environmental Engineering Reference
In-Depth Information
Gasi
cation is considered as promising alternative to recover energy from mined
land
ll waste. However, the process of prepreparation of mined land
ll waste in the
form of densed-RDF is necessary to use in a downdraft gasi
er. Since densed-RDF
from mined land
ll waste has a high fraction of volatile matters and plastic with
low melting temperature, it is needed to be mixed with biomass in order to increase
the fraction of
fixed carbon and help easing of operation. The performance test of
200 h operated downdraft gasi
cation system for power production from mined
land
ll waste shows the potential of green and clean energy recovery from waste
for the sustainable development of the society.
Acknowledgment The authors would like to express their grateful to The National Metal and
Materials Technology Center (MTEC) of The National Science and Technology Development
Agency (NSTDA) for financial support of this project. Also, the Waste Incineration Research
Center (WIRC), Department of Mechanical and Aerospace Engineering, Faculty of Engineering
and Science and Technology Research Center (STRI) of King Mongkut
'
s University of Tech-
nology North Bangkok for the facilities support.
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