> Concept diagram of low-temperature pyroysis bioenergy with biochar sequestration.
Typically, about 50% of the pyrolysed
biomass is converted into biochar and can be returned to the soil.
Johannes Lehman
Bio-char Bio-energy Lifecycle
(C) 50%
(C) 50%...
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> Concept diagram of low-temperature pyroysis bioenergy with biochar sequestration.
Typically, about 50% of the pyrolysed
biomass is converted into biochar and can be returned to the soil.
Johannes Lehman
Bio-char Bio-energy Lifecycle
(C) 50%
(C) 50%
Returned to soil
as Bio-char
Bio-fuel
- bio-oil
- hydrogen
Industry
Biomass
- manure
- organic wastes
- bioenergy crops (grasses,willows)
- crop residues
Transport
Energy
Coproducts (oil, cosmetics)(C) 100%
Optionally, N2
, NOx
, SOx
,
CO2
can be added to
increase C sink and nutrient
contents
Pyrolysis
Residual heat
CSIRO Land and Water
Biochar
Biochar has been attracting growing interest due to its potential in carbon sequestration
and in improving soil health.
However, further research needs to be undertaken to
answer numerous questions about its properties and the benefits associated with its
production and application.
What is biochar?
Biochar is a type of charcoal which results
from the thermal treatment (heating) of
natural organ
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