pycontrails.HydrogenFuel¶

class pycontrails.HydrogenFuel(fuel_name='Hydrogen', q_fuel=122800000.0, hydrogen_content=nan, ei_co2=0.0, ei_h2o=9.21, ei_so2=0.0, ei_sulphates=0.0, ei_oc=0.0)¶

Bases: Fuel

Hydrogen Fuel.

References

[Khan et al., 2022]

__init__(fuel_name='Hydrogen', q_fuel=122800000.0, hydrogen_content=nan, ei_co2=0.0, ei_h2o=9.21, ei_so2=0.0, ei_sulphates=0.0, ei_oc=0.0)¶

Methods

__init__([fuel_name, q_fuel, ...])

Attributes

`ei_co2`	CO2 emissions index for fuel, \([kg_{CO_{2}} \ kg_{fuel}^{-1}]\)
`ei_h2o`	Water vapour emissions index for fuel, \([kg_{H_{2}O} \ kg_{fuel}^{-1}]\)
`ei_oc`	Organic carbon emissions index for fuel, \([kg_{OC} \ kg_{fuel}^{-1}]\)
`ei_so2`	Sulphur oxide, SO2-S gas, emissions index for fuel, \([kg_{SO_{2}} \ kg_{fuel}^{-1}]\)
`ei_sulphates`	Sulphates, S(VI)-S particle, emissions index for fuel, \([kg_{S} \ kg_{fuel}^{-1}]\)
`fuel_name`	Fuel Name
`hydrogen_content`	Percentage of hydrogen mass content in the fuel
`q_fuel`	Lower calorific value (LCV) of fuel, \([J \ kg_{fuel}^{-1}]\)

ei_co2 = 0.0¶: CO2 emissions index for fuel, \([kg_{CO_{2}} \ kg_{fuel}^{-1}]\)

ei_h2o = 9.21¶: Water vapour emissions index for fuel, \([kg_{H_{2}O} \ kg_{fuel}^{-1}]\)

ei_oc = 0.0¶: Organic carbon emissions index for fuel, \([kg_{OC} \ kg_{fuel}^{-1}]\)

ei_so2 = 0.0¶: Sulphur oxide, SO2-S gas, emissions index for fuel, \([kg_{SO_{2}} \ kg_{fuel}^{-1}]\)

ei_sulphates = 0.0¶: Sulphates, S(VI)-S particle, emissions index for fuel, \([kg_{S} \ kg_{fuel}^{-1}]\)

fuel_name = 'Hydrogen'¶: Fuel Name

hydrogen_content = nan¶: Percentage of hydrogen mass content in the fuel

q_fuel = 122800000.0¶: Lower calorific value (LCV) of fuel, \([J \ kg_{fuel}^{-1}]\)