ETEngine Beta

steam_hot_water_distribution_to_pyrolysis_fractionation debug

GQL Statement

DIVIDE(
  SUM(
    V(
      EDGE(
      energy_production_pyrolysis_locally_available_steam_hot_water,
      energy_production_fractionation_pyrolysis_oil
      ),
      demand
      ),
    V(
      EDGE(
      energy_production_bio_pyrolysis_locally_available_steam_hot_water,
      energy_production_fractionation_bio_pyrolysis_oil
      ),
      demand
      ),
    NEG(
      V(
        EDGE(
        energy_production_fractionation_pyrolysis_oil_burner_hydrogen,
        energy_production_pyrolysis_locally_available_steam_hot_water
        ),
        demand
        )
    ),
    NEG(
      V(
        EDGE(
        energy_production_fractionation_bio_pyrolysis_oil_burner_hydrogen,
        energy_production_bio_pyrolysis_locally_available_steam_hot_water
        ),
        demand
        )
      )
    ),
    BILLIONS
  )

Result

2019 
0.0
 PJ
2050 
0.0
 PJ

Description

Input of steam hot water from pyrolysis fractioning processes to locally available industry heat
This query corrects for the steam hot water production by the hydrogen burners in pyrolysis oil.
That energy flow is accounted for in the hydrogen to pyrolysis fractioning flow.

Characteristics

Groups
Unit PJ
File path /app/tmp/etsource/gqueries/general/liquid_fuels/steam_hot_water_distribution_to_pyrolysis_fractionation.gql

References

Gquery steam_hot_water_distribution_to_pyrolysis_fractionation_in_liquid_fuels_sankey