Add hydrogen input for methanol production (in external model liquid fuels).

config/energy_node_positions.yml

@@ -1658,6 +1658,9 @@ energy_production_methanol_synthesis_dry_biomass_ccs:
 energy_production_methanol_synthesis_non_biogenic_waste_ccs:
   x: 6400
   "y": 10100
+energy_production_methanol_synthesis_non_biogenic_waste_ccs_hydrogen:
+  x: 6700
+  "y": 10100
 energy_production_methanol_synthesis_synthetic:
   x: 6400
   "y": 10040

config/sankey_csv.yml

@@ -386,6 +386,11 @@ rows:
     Category: Synthetic fuels production
     Type: Input
     Value: hydrogen_for_synthetic_fuels_conversion
+  - Group: Conversion
+    Carrier: Hydrogen
+    Category: Methanol from non-biogenic waste
+    Type: Input
+    Value: hydrogen_for_methanol_from_non_biogenic_waste_conversion
   - Group: Conversion
     Carrier: Hydrogen
     Category: Biofuels production
@@ -2292,7 +2297,7 @@ rows:
     Value: non_biogenic_waste_to_blending_in_sankey
   - Group: Conversion
     Carrier: Non-biogenic waste
-    Category: Non-biogenic waste for methanol production
+    Category: Methanol from non-biogenic waste
     Type: Input
     Value: non_biogenic_waste_to_methanol_production_in_sankey
   - Group: Conversion

gqueries/general/conversion/hydrogen/carrier_for_hydrogen_conversion/hydrogen_for_methanol_from_non_biogenic_waste_conversion.gql

@@ -0,0 +1,14 @@
+- query =
+    DIVIDE(
+      SUM(
+        V(
+          FILTER(
+            G(application_group),
+            "methanol_output_conversion > 0.0 && non_biogenic_waste_input_conversion > 0.0"
+          ),
+        input_of_hydrogen
+        )
+      ),
+      BILLIONS
+    )
+- unit = PJ

gqueries/general/hydrogen/demand_curve/energy_methanol_synthesis_biogenic_waste_ccs_hydrogen_demand_input_curve.gql

@@ -0,0 +1,11 @@
+# This query obtains the node of methanol synthesis from biogenic waste and retrieves
+# the hydrogen input curve.
+
+- query =
+    SUM_CURVES(
+      V(
+        energy_production_methanol_synthesis_biogenic_waste_ccs,
+        hydrogen_input_curve
+      )
+    )
+- unit = curve

gqueries/general/hydrogen/demand_curve/energy_methanol_synthesis_dry_biomass_ccs_hydrogen_demand_input_curve.gql

@@ -0,0 +1,11 @@
+# This query obtains the node of methanol synthesis from dry biomass and retrieves
+# the hydrogen input curve.
+
+- query =
+    SUM_CURVES(
+      V(
+        energy_production_methanol_synthesis_dry_biomass_ccs,
+        hydrogen_input_curve
+      )
+    )
+- unit = curve

gqueries/general/hydrogen/demand_curve/energy_methanol_synthesis_non_biogenic_waste_ccs_hydrogen_demand_input_curve.gql

@@ -0,0 +1,11 @@
+# This query obtains the node of methanol synthesis from non-biogenic waste and retrieves
+# the hydrogen input curve.
+
+- query =
+    SUM_CURVES(
+      V(
+        energy_production_methanol_synthesis_non_biogenic_waste_ccs,
+        hydrogen_input_curve
+      )
+    )
+- unit = curve

gqueries/modules/sankey_csv/conversion/hydrogen/conversion_loss_hydrogen_to_biomass_products.gql

@@ -5,5 +5,6 @@
       Q(conversion_loss_hydrogen_to_biodiesel),
       Q(conversion_loss_hydrogen_to_bio_kerosene),
       Q(conversion_loss_hydrogen_to_bionaphtha),
-      Q(conversion_loss_hydrogen_to_bio_ethanol)
+      Q(conversion_loss_hydrogen_to_bio_ethanol),
+      Q(conversion_loss_hydrogen_to_biomethanol)
     )

gqueries/modules/sankey_csv/conversion/hydrogen/conversion_loss_hydrogen_to_biomethanol.gql

@@ -0,0 +1,11 @@
+- unit = PJ
+- query =
+    DIVIDE(
+      SUM(
+        V(
+          FILTER(G(sankey_conversion_group),"biomethanol_output_conversion > 0.0 && hydrogen_input_conversion > 0.0"),
+          "biomethanol_output_conversion * hydrogen_input_conversion / (1 - (loss_output_conversion + residual_heat_output_conversion)) * (output_of_loss + output_of_residual_heat)"
+        )
+      ),
+      BILLIONS
+    )

graphs/energy/edges/energy/energy_hydrogen_after_distribution-energy_production_methanol_synthesis_biogenic_waste_ccs@hydrogen.ad

@@ -0,0 +1,2 @@
+- type = share
+- reversed = false

graphs/energy/edges/energy/energy_hydrogen_after_distribution-energy_production_methanol_synthesis_dry_biomass_ccs@hydrogen.ad

@@ -0,0 +1,2 @@
+- type = share
+- reversed = false

graphs/energy/edges/energy/energy_hydrogen_after_distribution-energy_production_methanol_synthesis_non_biogenic_waste_ccs_hydrogen@hydrogen.ad

@@ -0,0 +1,2 @@
+- type = share
+- reversed = false

graphs/energy/edges/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs_hydrogen-energy_production_methanol_synthesis_non_biogenic_waste_ccs@hydrogen.ad

@@ -0,0 +1,2 @@
+- type = share
+- reversed = false

graphs/energy/nodes/energy/energy_production_methanol_synthesis_biogenic_waste_ccs.ad

@@ -1,4 +1,5 @@
 - input.biogenic_waste = 1.0
+- input.hydrogen = 0.0
 - output.biomethanol = 0.61
 - output.loss = elastic
 - groups = [
@@ -20,6 +21,9 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
+- hydrogen.group = flat
+- hydrogen.subtype = generic
+- hydrogen.type = consumer
 - free_co2_factor = 0.522288
 - ccs_capture_rate = 0.9
 - takes_part_in_ets = 1.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_dry_biomass_ccs.ad

@@ -1,4 +1,5 @@
 - input.dry_biomass = 1.0
+- input.hydrogen = 0.0
 - output.biomethanol = 0.61
 - output.loss = elastic
 - groups = [
@@ -20,6 +21,9 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
+- hydrogen.group = flat
+- hydrogen.subtype = generic
+- hydrogen.type = consumer
 - free_co2_factor = 0.522288
 - ccs_capture_rate = 0.9
 - takes_part_in_ets = 1.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs.ad

@@ -1,4 +1,5 @@
 - input.non_biogenic_waste = 1.0
+- input.hydrogen = 0.0
 - output.loss = elastic
 - output.methanol = 0.61
 - groups = [
@@ -20,6 +21,9 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
+- hydrogen.group = flat
+- hydrogen.subtype = generic
+- hydrogen.type = consumer
 - free_co2_factor = 0.539393
 - ccs_capture_rate = 0.9
 - takes_part_in_ets = 1.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs_hydrogen.ad

@@ -0,0 +1,10 @@
+# This node is defined for methanol synthesis from non-biogenic waste, where
+# co2_emissions_primary needs to be defined on this node to retrieve the primary
+# emissions of the hydrogen input. CO2 emissions of the final demand of the produced methanol
+# are queried with the co2_emissions_refinery_products group.
+# For methanol synthesis from dry biomass and biogenic waste, CO2 emissions of the
+# final demand of produced methanol are queried with the co2_emissions_primary
+# group directly. Therefore, no separate hydrogen node is needed for those processes.
+
+- groups = [co2_emissions_primary, sankey_conversion_group]
+- use = undefined

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_production/external_coupling_bio_ethanol_bio_ethanol_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol), bio_ethanol), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_bio_ethanol), bio_ethanol),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_production/external_coupling_bio_ethanol_loss_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol), loss), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_bio_ethanol), loss),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_production/external_coupling_bio_ethanol_network_gas_input_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol), network_gas), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      INPUT_SLOTS(V(energy_production_bio_ethanol), network_gas),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_input
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_production/external_coupling_bio_ethanol_wet_biomass_input_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol), wet_biomass), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      INPUT_SLOTS(V(energy_production_bio_ethanol), wet_biomass),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_input
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_to_jet/external_coupling_bio_ethanol_to_jet_bio_ethanol_input_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_ethanol), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_ethanol),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_to_jet_input
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_to_jet/external_coupling_bio_ethanol_to_jet_bio_kerosene_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_kerosene),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_to_jet_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_to_jet/external_coupling_bio_ethanol_to_jet_biodiesel_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), biodiesel),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_to_jet_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_to_jet/external_coupling_bio_ethanol_to_jet_hydrogen_input_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), hydrogen), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), hydrogen),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_to_jet_input
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/bio_ethanol_to_jet/external_coupling_bio_ethanol_to_jet_loss_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), loss), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), loss),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_bio_ethanol_to_jet_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_biogenic_waste_ccs_bio_kerosene_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bio_kerosene),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_biogenic_waste_ccs_biodiesel_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), biodiesel),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_biogenic_waste_ccs_bionaphtha_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bionaphtha), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bionaphtha),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_biogenic_waste_ccs_loss_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), loss), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), loss),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_dry_biomass_ccs_bio_kerosene_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bio_kerosene),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_dry_biomass_ccs_biodiesel_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), biodiesel),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_dry_biomass_ccs_bionaphtha_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bionaphtha), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bionaphtha),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
 - priority = 2
 - max_value = 100.0

inputs/modules/external_coupling/liquid_fuels/fischer_tropsch/external_coupling_fischer_tropsch_dry_biomass_ccs_loss_output_share.ad

@@ -1,6 +1,11 @@
 # Priority is set at 2 to go before the regular liquid fuels inputs
 
-- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), loss), conversion, DIVIDE(USER_INPUT(),100.0))
+- query =
+    UPDATE(
+      OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), loss),
+      conversion,
+      DIVIDE(USER_INPUT(),100.0)
+    )
 - share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
 - priority = 2
 - max_value = 100.0