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# Direct conversion input of bio_ethanol to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_bio_ethanol"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of bio_ethanol to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"biodiesel_output_conversion / (1 - loss_output_conversion) * input_of_bio_ethanol"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of bio_pyrolysis_oil to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_bio_pyrolysis_oil"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of bio_pyrolysis_oil to bionaphtha

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_bio_pyrolysis_oil"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biogenic_waste to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_biogenic_waste"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biogenic_waste to bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_pyrolysis_oil_output_conversion / (1 - loss_output_conversion) * input_of_biogenic_waste"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biogenic_waste to biodiesel

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"biodiesel_output_conversion / (1 - loss_output_conversion) * input_of_biogenic_waste"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biogenic_waste to biomethanol

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"biomethanol_output_conversion / (1 - loss_output_conversion) * input_of_biogenic_waste"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Direct conversion input of biogenic_waste to bionaphtha

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_biogenic_waste"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biomethanol to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_biomethanol"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of biomethanol to bionaphtha

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_biomethanol"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to bio_kerosene in bio_ethanol_to_jet specifically

- query =
DIVIDE(
SUM(
V(
energy_production_bio_ethanol_to_jet,
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to bio_kerosene in biomethanol_to_jet specifically

- query =
DIVIDE(
SUM(
V(
energy_production_biomethanol_to_jet,
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to bio_kerosene in fractionation of bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to biodiesel in bio_ethanol_to_jet specifically

- query =
DIVIDE(
SUM(
V(
energy_production_bio_ethanol_to_jet,
"biodiesel_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to bionaphtha in biomethanol_to_jet specifically

- query =
DIVIDE(
SUM(
V(
energy_production_biomethanol_to_jet,
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of hydrogen to bionaphtha in fractionation of bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_hydrogen"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of steam_hot_water to bio_kerosene

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bio_kerosene_output_conversion / (1 - loss_output_conversion) * input_of_steam_hot_water"
)
),
BILLIONS
)
- unit = PJ
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# Direct conversion input of steam_hot_water to bionaphtha

- query =
DIVIDE(
SUM(
V(
Q(biofuels_producers),
"bionaphtha_output_conversion / (1 - loss_output_conversion) * input_of_steam_hot_water"
)
),
BILLIONS
)
- unit = PJ
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# Loss of bio_pyrolysis_oil to bio_kerosene in fractionation bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bio_kerosene_output_conversion * bio_pyrolysis_oil_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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# Loss of bio_pyrolysis_oil to bionaphtha in fractionation bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bionaphtha_output_conversion * bio_pyrolysis_oil_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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# Loss of hydrogen to bio_kerosene in bio_ethanol_to_jet

- query =
DIVIDE(
SUM(
V(
energy_production_bio_ethanol_to_jet,
"bio_kerosene_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of hydrogen to bio_kerosene in biomethanol_to_jet

- query =
DIVIDE(
SUM(
V(
energy_production_biomethanol_to_jet,
"bio_kerosene_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of hydrogen to bio_kerosene in fractionation bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bio_kerosene_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of hydrogen to biodiesel in bio_ethanol_to_jet

- query =
DIVIDE(
SUM(
V(
energy_production_bio_ethanol_to_jet,
"biodiesel_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of hydrogen to bionaphtha in biomethanol_to_jet

- query =
DIVIDE(
SUM(
V(
energy_production_biomethanol_to_jet,
"bionaphtha_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of hydrogen to bionaphtha in fractionation bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bionaphtha_output_conversion * hydrogen_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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@@ -0,0 +1,13 @@
# Loss of steam_hot_water to bio_kerosene in fractionation bio_pyrolysis_oil

- query =
DIVIDE(
SUM(
V(
energy_production_fractionation_bio_pyrolysis_oil,
"bio_kerosene_output_conversion * steam_hot_water_input_conversion / (1 - loss_output_conversion) * output_of_loss"
)
),
BILLIONS
)
- unit = PJ
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