bonsai_ipcc.waste.biological package
Submodules
bonsai_ipcc.waste.biological.elementary module
- bonsai_ipcc.waste.biological.elementary.ch4_emissions(m, ef_ch4_biotr, r_bt)[source]
Equation 4.1 (tier 1)
Calculates the CH4 emissions from biological treatment for MSW. Contrary to equations 4.1 in guidelines, no summation over treatment types.
Argument
- m (Gg/year)float
Amount of organic waste that is treated. (wet weight)
- ef_ch4_biotr (g/kg)float
CH4 emissions factor
- r (Gg/year)float
total amount of CH4 that is recovered
- returns:
VALUE – CH4 emissions for biological treated MSW(Gg/year)
- rtype:
float
- bonsai_ipcc.waste.biological.elementary.n2o_emissions(m, ef_n2o_biotr)[source]
Equation 4.2 (tier 1)
Calculates the N2O emissions from biological treatment for MSW. Contrary to equations 4.2 in guidelines, no summation over treatment types.
Argument
- m (Gg/year)float
Amount of organic waste that is treated. (wet weight)
- ef_n2o_biotr (g/kg)float
N2O emissions factor
- returns:
VALUE – N2O emissions for biological treated MSW(Gg/year)
- rtype:
float
bonsai_ipcc.waste.biological.sequence module
Sequences to determine GHG emissions from biogenic treatment.
- Decision tree for CH4 and N2O:
- tier 1: estimate total amount of wastes biogenic treated and use default emission factors
(requirement: incineration or open burning is not a key category)
tier 2: country-specific emission factors
tier 3: plant- or site-specific emission factors
- bonsai_ipcc.waste.biological.sequence.tier1_ch4(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 1 method CH4 Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass
- bonsai_ipcc.waste.biological.sequence.tier1_n2o(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 1 method N2O Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass
- bonsai_ipcc.waste.biological.sequence.tier2_ch4(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 2 method CH4 Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass
- bonsai_ipcc.waste.biological.sequence.tier2_n2o(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 2 method N2O Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass
- bonsai_ipcc.waste.biological.sequence.tier3_ch4(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 3 method CH4 Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass
- bonsai_ipcc.waste.biological.sequence.tier3_n2o(year=2010, region='BG', product='msw_metal', wastemoisture='wet', activity='compost', uncertainty='def')[source]
Tier 3 method N2O Emissions.
Argument
- yearint
year under study
- regionstr
region under study
- productstr
Fraction of solid waste.
- wastemoisturestr
‘dry’ for dry-matter, ‘wet’ for wet-matter.
- activitystr
biological treatment technology
- uncertaintystr
‘analytical’, ‘monte_carlo’ or a property dimension, e.g. ‘def’
- returns:
VALUE – Inlcudes the results of each step of the sequence.
- rtype:
DataClass