Tea waste was collected from a tea plant. The waste, the useless
end product called sorting waste (SW), was grinded by a rod mill
from original particle size of <2.36 to <1.00 mm. The SW was
dried in a drying oven at 80°C for 24 h. The tea waste was used
without any pre-treatments such as washing.
Biochar has been attracting increasing attention due to its ability
to sequestrate carbon to improve soil quality and therefore can be
beneficial for land reclamation, water remediation and soil
amendment. As the energy content of biochar is higher than original
biomass, it could be used as solid fuel in boilers as well.
Furthermore, heavy metal sequestration is an important aspect of
biochar for soil fertilisation and environmental remediation which
are encountered in wastewater streams from industries. Biochar is a
carbonaceous material, derived from biomass by pyrolysis. During
the pyrolysis, the biomass feedstock is heated up to desired in the
partial or total absence of oxygen conditions. At that point, the
molecules in the biomass as organic waste reorganise to form
biochar, the feed stocks carbonise and volatile molecules leave the
biomass. Furthermore, carbonisation stabilise the molecules causing
hysteresis behaviour when biomass is used in raw state as
biosorbent.
Turning Tea Waste into biochar is much better for chaging soil
quality.
Tea Waste to Biochar Production Process:
Biochar has been attracting increasing attention due to its ability to sequestrate carbon to
improve soil quality and therefore can be beneficial for land
reclamation, water
remediation and soil amendment (Barrow, 2012; Meyer et al., 2011). As the energy
content of biochar is higher than original biomass, it could be
used as solid fuel in boilers
as well. Furthermore, heavy metal sequestration is an important
aspect of biochar for soil
fertilisation and environmental remediation which are encountered in wastewater streams
from industries.
Biochar is a carbonaceous material, derived from biomass by pyrolysis. During the
pyrolysis, the biomass feedstock is heated up to desired in the
partial or total absence of
oxygen conditions. At that point, the molecules in the biomass as
organic waste
reorganise to form biochar, the feed stocks carbonise and volatile
molecules leave the
biomass. Furthermore, carbonisation stabilise the molecules causing
hysteresis behaviour
when biomass is used in raw state as biosorbent.
Biochar has been attracting increasing attention due to its ability to sequestrate carbon to
improve soil quality and therefore can be beneficial for land
reclamation, water
remediation and soil amendment (Barrow, 2012; Meyer et al., 2011). As the energy
content of biochar is higher than original biomass, it could be
used as solid fuel in boilers
as well. Furthermore, heavy metal sequestration is an important
aspect of biochar for soil
fertilisation and environmental remediation which are encountered in wastewater streams
from industries.
Biochar is a carbonaceous material, derived from biomass by pyrolysis. During the
pyrolysis, the biomass feedstock is heated up to desired in the
partial or total absence of
oxygen conditions. At that point, the molecules in the biomass as
organic waste
reorganise to form biochar, the feed stocks carbonise and volatile
molecules leave the
biomass. Furthermore, carbonisation stabilise the molecules causing
hysteresis behaviour
when biomass is used in raw state as biosorbent.
Biochar has been attracting increasing attention due to its ability to sequestrate carbon to
improve soil quality and therefore can be beneficial for land
reclamation, water
remediation and soil amendment (Barrow, 2012; Meyer et al., 2011). As the energy
content of biochar is higher than original biomass, it could be
used as solid fuel in boilers
as well. Furthermore, heavy metal sequestration is an important
aspect of biochar for soil
fertilisation and environmental remediation which are encountered in wastewater streams
from industries.
Biochar is a carbonaceous material, derived from biomass by pyrolysis. During the
pyrolysis, the biomass feedstock is heated up to desired in the
partial or total absence of
oxygen conditions. At that point, the molecules in the biomass as
organic waste
reorganise to form biochar, the feed stocks carbonise and volatile
molecules leave the
biomass. Furthermore, carbonisation stabilise the molecules causing
hysteresis behaviour
when biomass is used in raw state as biosorbent.
