RUFAS.biophysical.manure.handler.single_stream_handler module#

class RUFAS.biophysical.manure.handler.single_stream_handler.SingleStreamHandler(name: str, processor_type: str, cleaning_water_use_amount: float, cleaning_water_recycle_fraction: float, use_parlor_flush: bool)#

Bases: Handler

Base class for all handlers that only accept a single manure stream at a time.

Parameters#

namestr: Unique identifier of the processor.
handler_type: str: The manure handler sub-type class into which this handler is categorized.
cleaning_water_use_amountfloat: Amount of cleaning water used per animal per day (L).
cleaning_water_recycle_fractionfloat: Fraction of cleaning water that is from recycled (not fresh) water sources (unitless).
use_parlor_flushbool: Indication for if a parlor flush is used in addition to routine parlor water cleaning with fresh water.

__init__(name: str, processor_type: str, cleaning_water_use_amount: float, cleaning_water_recycle_fraction: float, use_parlor_flush: bool)#: Initializes a new Processor.

receive_manure(manure_stream: ManureStream) → None#

Takes in manure to be processed.

Parameters#

manure_streamManureStream: The manure to be processed.

Raises#

ValueError: If the ManureStream is incompatible with the processor receiving it.

process_manure(conditions: CurrentDayConditions, time: RufasTime) → dict[str, ManureStream]#

Executes the daily manure processing operations. This method will calculate the gas emissions then call the base handler’s process manure.

Parameters#

conditionsCurrentDayConditions: Current weather and environmental conditions that manure is being processed in.
timeRufasTime: RufasTime instance containing the simulations temporal information.

Returns#

dict[str, ManureStream]: Mapping between classification of manure coming out of this processor to the ManureStream containing the manure information. If the processor is a separator, the classifications are “solid” and “liquid”. Otherwise the only classification is “manure”.

static determine_housing_methane_emissions(manure_deposition_surface_area: float, barn_temperature: float) → float#

Calculates the methane housing emission.

Parameters#

manure_deposition_surface_areafloat: The surface area of the manure deposition area in the pen (m^2).
barn_temperaturefloat: Temperature of the barn (Celsius).

Returns#

float: Methane emission from manure (kg).

static determine_housing_carbon_dioxide_emissions(manure_deposition_surface_area: float, barn_temperature: float) → float#

Calculates the housing carbon dioxide housing emission.

Parameters#

manure_deposition_surface_areafloat: The surface area of the manure deposition area in the pen (m^2).
barn_temperaturefloat: Temperature of the barn (Celsius).

Returns#

float: Carbon dioxide emission from manure (kg).

_abc_impl = <_abc._abc_data object>#