r.green.biomassfor.financial
Estimates bioenergy that can be collected to supply heating plants or biomass logistic centres and that is associated with a positive net revenue for the entire production process
r.green.biomassfor.financial [-r] forest=name dhp=name forest_column_yield=string forest_column_yield_surface=string forest_column_management=string forest_column_treatment=string forest_column_wood_price=string forest_roads=name main_roads=name elevation=name [technical_bioenergy=name] [tech_bioc=name] [tech_biohf=name] [soilp2_map=name] [tree_diam=name] [tree_vol=name] [rivers=name] [lakes=name] [forest_column_roughness=string] [slp_min_cc=float] [slp_max_cc=float] [dist_max_cc=float] [slp_max_fw=float] [dist_max_fw=float] [slp_max_cop=float] [dist_max_cop=float] [price_energy_woodchips=float] [cost_chainsaw=float] [cost_processor=float] [cost_harvester=float] [cost_cablehf=float] [cost_cablec=float] [cost_forwarder=float] [cost_skidder=float] [cost_chipping=float] [cost_transport=float] [ton_tops_hf=float] [ton_vol_hf=float] [ton_tops_cop=float] econ_bioenergy=name net_revenues=name [total_revenues=name] [total_cost=name] [econ_bioenergyhf=name] [econ_bioenergyc=name] [--overwrite] [--verbose] [--quiet] [--qq] [--ui]
Example:
r.green.biomassfor.financial forest=name dhp=name forest_column_yield=string forest_column_yield_surface=string forest_column_management=string forest_column_treatment=string forest_column_wood_price=string forest_roads=name main_roads=name elevation=name econ_bioenergy=name net_revenues=net_revenues
grass.script.run_command("r.green.biomassfor.financial", forest, dhp, forest_column_yield, forest_column_yield_surface, forest_column_management, forest_column_treatment, forest_column_wood_price, forest_roads, main_roads, elevation, technical_bioenergy=None, tech_bioc=None, tech_biohf=None, soilp2_map=None, tree_diam=None, tree_vol=None, rivers=None, lakes=None, forest_column_roughness=None, slp_min_cc=30., slp_max_cc=100., dist_max_cc=800., slp_max_fw=30., dist_max_fw=600., slp_max_cop=30., dist_max_cop=600., price_energy_woodchips=19.50, cost_chainsaw=13.17, cost_processor=87.42, cost_harvester=96.33, cost_cablehf=111.44, cost_cablec=104.31, cost_forwarder=70.70, cost_skidder=64.36, cost_chipping=150.87, cost_transport=64.90, ton_tops_hf=0.25, ton_vol_hf=1, ton_tops_cop=0.28, econ_bioenergy, net_revenues="net_revenues", total_revenues=None, total_cost=None, econ_bioenergyhf=None, econ_bioenergyc=None, flags=None, overwrite=False, verbose=False, quiet=False, superquiet=False)
Example:
gs.run_command("r.green.biomassfor.financial", forest="name", dhp="name", forest_column_yield="string", forest_column_yield_surface="string", forest_column_management="string", forest_column_treatment="string", forest_column_wood_price="string", forest_roads="name", main_roads="name", elevation="name", econ_bioenergy="name", net_revenues="net_revenues")
Parameters
forest=name [required]
Name of vector parcel map
Name of vector parcel map
dhp=name [required]
Name of vector district heating points
Name of vector district heating points
forest_column_yield=string [required]
Vector field of yield
forest_column_yield_surface=string [required]
Vector field of stand surface (ha)
forest_column_management=string [required]
Vector field of forest management (1: high forest, 2:coppice)
forest_column_treatment=string [required]
Vector field of forest treatment (1: final felling, 2:thinning)
forest_column_wood_price=string [required]
Vector field of wood prices
forest_roads=name [required]
Vector map of forest roads
Vector map of forest roads
main_roads=name [required]
Vector map of main roads
Vector map of main roads
elevation=name [required]
Name of input elevation raster map
technical_bioenergy=name
Total technical biomass potential [MWh/year]
tech_bioc=name
Technical biomass potential for coppices [MWh/year]
tech_biohf=name
Technical biomass potential in high forest [MWh/year]
soilp2_map=name
Soil production map
tree_diam=name
Average tree diameter map
tree_vol=name
Average tree volume map
rivers=name
Vector map of rivers
Vector map of rivers
lakes=name
Vector map of lakes
Vector map of lakes
forest_column_roughness=string
Vector field of roughness
slp_min_cc=float
Percent slope lower limit with Cable Crane
Default: 30.
slp_max_cc=float
Percent slope higher limit with Cable Crane
Default: 100.
dist_max_cc=float
Maximum distance with Cable Crane
Default: 800.
slp_max_fw=float
Percent slope higher limit with Forwarder
Default: 30.
dist_max_fw=float
Maximum distance with Forwarder
Default: 600.
slp_max_cop=float
Percent slope higher limit with other techniques for Coppices
Default: 30.
dist_max_cop=float
Maximum distance with other techniques for Coppices
Default: 600.
price_energy_woodchips=float
Price for energy from woodchips EUR/MWh
Default: 19.50
cost_chainsaw=float
Felling and/or felling-processing cost with chainsaw EUR/h
Default: 13.17
cost_processor=float
Processing cost with processor EUR/h
Default: 87.42
cost_harvester=float
Felling and processing cost with harvester EUR/h
Default: 96.33
cost_cablehf=float
Extraction cost with high power cable crane EUR/h
Default: 111.44
cost_cablec=float
Extraction cost with medium power cable crane EUR/h
Default: 104.31
cost_forwarder=float
Extraction cost with forwarder EUR/h
Default: 70.70
cost_skidder=float
Extraction cost with skidder EUR/h
Default: 64.36
cost_chipping=float
Chipping cost EUR/h
Default: 150.87
cost_transport=float
Transport with truck EUR/h
Default: 64.90
ton_tops_hf=float
BEF for tops and branches in high forest [ton/m3]
Default: 0.25
ton_vol_hf=float
BEF for the whole tree in high forest (tops, branches and stem) in ton/m3
Default: 1
ton_tops_cop=float
BEF for tops and branches for Coppices in ton/m3
Default: 0.28
econ_bioenergy=name [required]
Name of raster map with the financial potential of bioenergy [Mwh/year]
net_revenues=name [required]
Name of raster map with the net present value [EUR/year]
Default: net_revenues
total_revenues=name
Name of raster map with the total revenues [EUR/year]
total_cost=name
Name of raster map with the total cost [EUR/year]
econ_bioenergyhf=name
Name of raster map with the financial potential of bioenergy in high forest [Mwh/year]
econ_bioenergyc=name
Name of raster map with the financial potential of bioenergy for coppices[Mwh/year]
-r
Remove all operational maps
--overwrite
Allow output files to overwrite existing files
--help
Print usage summary
--verbose
Verbose module output
--quiet
Quiet module output
--qq
Very quiet module output
--ui
Force launching GUI dialog
forest : str, required
Name of vector parcel map
Name of vector parcel map
Used as: input, vector, name
dhp : str, required
Name of vector district heating points
Name of vector district heating points
Used as: input, vector, name
forest_column_yield : str, required
Vector field of yield
forest_column_yield_surface : str, required
Vector field of stand surface (ha)
forest_column_management : str, required
Vector field of forest management (1: high forest, 2:coppice)
forest_column_treatment : str, required
Vector field of forest treatment (1: final felling, 2:thinning)
forest_column_wood_price : str, required
Vector field of wood prices
forest_roads : str, required
Vector map of forest roads
Vector map of forest roads
Used as: input, vector, name
main_roads : str, required
Vector map of main roads
Vector map of main roads
Used as: input, vector, name
elevation : str, required
Name of input elevation raster map
Used as: input, raster, name
technical_bioenergy : str, optional
Total technical biomass potential [MWh/year]
Used as: input, raster, name
tech_bioc : str, optional
Technical biomass potential for coppices [MWh/year]
Used as: input, raster, name
tech_biohf : str, optional
Technical biomass potential in high forest [MWh/year]
Used as: input, raster, name
soilp2_map : str, optional
Soil production map
Used as: input, raster, name
tree_diam : str, optional
Average tree diameter map
Used as: input, raster, name
tree_vol : str, optional
Average tree volume map
Used as: input, raster, name
rivers : str, optional
Vector map of rivers
Vector map of rivers
Used as: input, vector, name
lakes : str, optional
Vector map of lakes
Vector map of lakes
Used as: input, vector, name
forest_column_roughness : str, optional
Vector field of roughness
slp_min_cc : float, optional
Percent slope lower limit with Cable Crane
Default: 30.
slp_max_cc : float, optional
Percent slope higher limit with Cable Crane
Default: 100.
dist_max_cc : float, optional
Maximum distance with Cable Crane
Default: 800.
slp_max_fw : float, optional
Percent slope higher limit with Forwarder
Default: 30.
dist_max_fw : float, optional
Maximum distance with Forwarder
Default: 600.
slp_max_cop : float, optional
Percent slope higher limit with other techniques for Coppices
Default: 30.
dist_max_cop : float, optional
Maximum distance with other techniques for Coppices
Default: 600.
price_energy_woodchips : float, optional
Price for energy from woodchips EUR/MWh
Default: 19.50
cost_chainsaw : float, optional
Felling and/or felling-processing cost with chainsaw EUR/h
Default: 13.17
cost_processor : float, optional
Processing cost with processor EUR/h
Default: 87.42
cost_harvester : float, optional
Felling and processing cost with harvester EUR/h
Default: 96.33
cost_cablehf : float, optional
Extraction cost with high power cable crane EUR/h
Default: 111.44
cost_cablec : float, optional
Extraction cost with medium power cable crane EUR/h
Default: 104.31
cost_forwarder : float, optional
Extraction cost with forwarder EUR/h
Default: 70.70
cost_skidder : float, optional
Extraction cost with skidder EUR/h
Default: 64.36
cost_chipping : float, optional
Chipping cost EUR/h
Default: 150.87
cost_transport : float, optional
Transport with truck EUR/h
Default: 64.90
ton_tops_hf : float, optional
BEF for tops and branches in high forest [ton/m3]
Default: 0.25
ton_vol_hf : float, optional
BEF for the whole tree in high forest (tops, branches and stem) in ton/m3
Default: 1
ton_tops_cop : float, optional
BEF for tops and branches for Coppices in ton/m3
Default: 0.28
econ_bioenergy : str, required
Name of raster map with the financial potential of bioenergy [Mwh/year]
Used as: output, raster, name
net_revenues : str, required
Name of raster map with the net present value [EUR/year]
Used as: output, raster, name
Default: net_revenues
total_revenues : str, optional
Name of raster map with the total revenues [EUR/year]
Used as: output, raster, name
total_cost : str, optional
Name of raster map with the total cost [EUR/year]
Used as: output, raster, name
econ_bioenergyhf : str, optional
Name of raster map with the financial potential of bioenergy in high forest [Mwh/year]
Used as: output, raster, name
econ_bioenergyc : str, optional
Name of raster map with the financial potential of bioenergy for coppices[Mwh/year]
Used as: output, raster, name
flags : str, optional
Allowed values: r
r
Remove all operational maps
overwrite: bool, optional
Allow output files to overwrite existing files
Default: False
verbose: bool, optional
Verbose module output
Default: False
quiet: bool, optional
Quiet module output
Default: False
superquiet: bool, optional
Very quiet module output
Default: False
DESCRIPTION
Compute the biomass forestry residual potential considering the economic constraints.
NOTES
EXAMPLE
REFERENCE
SEE ALSO
AUTHORS
Francesco Geri, Pietro Zambelli, Sandro Sacchelli, Marco Ciolli
Code rewritten by Giulia Garegnani
SOURCE CODE
Available at: r.green.biomassfor.financial source code
(history)
Latest change: Thursday Feb 20 13:02:26 2025 in commit 53de819