Net coupled sulfur/nitrogen hydrotreating liquid-product intensity receipt

RefineryHydrotreatingSulfurNitrogenNetProductIntensityReceipt converts the qualified net operating receipt to an external liquid-product reporting basis. The upstream product-distribution receipt supplies the liquid-product rate; the energy, emissions, and operating-cost totals are not recomputed.

RefineryHydrotreatingSulfurNitrogenNetProductIntensityReceipt intensity =
    RefineryHydrotreatingSulfurNitrogenNetProductIntensityReceipt.calculate(
        netOperatingReceipt);

double energyMWhPerTonneProduct =
    intensity.getTotalExternalEnergyMWhPerTonneLiquidProduct();
double emissionsKgCo2ePerTonneProduct =
    intensity.getTotalEmissionsKgCo2EquivalentPerTonneLiquidProduct();
double costPerTonneProduct =
    intensity.getTotalOperatingCostPerTonneLiquidProduct();

The receipt closes three basis-conversion identities:

product-basis energy intensity * liquid-product rate = feed-basis energy intensity * feed rate
product-basis emissions intensity * liquid-product rate = total emissions rate
product-basis operating-cost intensity * liquid-product rate = total operating-cost rate

For the public 1000 kg/h DOE/OEDI Big Hill chain, the qualified external liquid product is 995.489447979 kg/h. The established net operating scenario therefore reports 1.022676277 MWh/t liquid product, 224.327058002 kg CO2e/t liquid product, and 54.384041043 caller-currency units/t liquid product. All three basis closure residuals are numerical zero.

These are gross process-input intensities divided by the qualified external liquid-product rate. They do not allocate energy, emissions, or cost between liquid product and export gas, and they do not represent a product carbon footprint or lifecycle result. The receipt adds no hydrocarbon-yield correlation, product-quality model, byproduct credit, product value, market assumption, equipment design, optimization, compliance conclusion, or design recommendation.