false true false pedror 2016-01-04T14:25:33Z renatow 2017-11-22T17:45:28Z CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ANY CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY CONNECT_ALL CONNECT_ALL CONNECT_ANY renatow 2016-10-03T14:29:42Z renatow 2017-04-27T09:24:58Z false topology reports false true -199773695 Chain 1 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Miscanthus_screening AS Screening Underfeed_stoker AS Underfeed_stoker Heat AS Sink_heat Blending AS Blending Miscanthus AS Source_biomass LRF_pellet AS Source_biomass SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_small_tipper_trailer SRF_conif_transport AS Truck_small_tipper_trailer LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer Reports_and_assumptions001 AS Reports_and_assumptions Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Outdoor_roofed_shed SRF_conif_storage AS Outdoor_roofed_shed SRC_willow_screening AS Screening SRF_decid_screening AS Screening SRF_conif_screening AS Screening SET TOPOLOGY Underfeed_stoker.outlet = Heat.inlet; Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); LRF_pellet.results(1) = Reports_and_assumptions001.input(5); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(6); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(7); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(8); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(9); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(10); Miscanthus_storage.results(1) = Reports_and_assumptions001.input(11); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(12); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(13); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(14); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(15); Blending.results(1) = Reports_and_assumptions001.input(16); Miscanthus_screening.results(1) = Reports_and_assumptions001.input(17); LRF_pellet.outlet = LRF_pellet_storage.inlet; Miscanthus_transport.outlet = Blending.inlet(1); SRC_willow_transport.outlet = Blending.inlet(2); SRF_conif_transport.outlet = Blending.inlet(3); Blending.outlet = Underfeed_stoker.inlet; LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; SRC_willow_screening.results(1) = Reports_and_assumptions001.input(18); SRF_conif_screening.results(1) = Reports_and_assumptions001.input(19); SRF_decid_screening.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending.inlet(4); LRF_pellet_transport.outlet = Blending.inlet(5); Underfeed_stoker.results(1) = Reports_and_assumptions001.input(21); Miscanthus.outlet = Miscanthus_screening.inlet; Miscanthus_screening.outlet = Miscanthus_storage.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; SRC_willow.outlet = SRC_willow_screening.inlet; SRC_willow_screening.outlet = SRC_willow_storage.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; SRF_conif.outlet = SRF_conif_screening.inlet; SRF_decid.outlet = SRF_decid_screening.inlet; SRF_conif_screening.outlet = SRF_conif_storage.inlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRF_decid_screening.outlet = SRF_decid_storage.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; ]]> renatow 2016-10-03T14:33:20Z renatow 2017-05-24T10:17:47Z false topology reports false true -199773695 Chain 2 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Heat AS Sink_heat Miscanthus AS Source_biomass SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Reports_and_assumptions001 AS Reports_and_assumptions Miscanthus_field_wash AS Field_wash SRC_willow_field_wash AS Field_wash SRF_conif_field_wash AS Field_wash SRF_decid_field_wash AS Field_wash Miscanthus_storage2 AS Outdoor_roofed_shed SRC_willow_storage2 AS Outdoor_roofed_shed Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_storage2 AS Outdoor_roofed_shed SRF_conif_storage2 AS Outdoor_roofed_shed SRF_decid_transport AS Truck_small_tipper_trailer SRF_conif_transport AS Truck_small_tipper_trailer Blending AS Blending Underfeed_stoker AS Underfeed_stoker SRF_decid_screening AS Screening SRF_conif_screening AS Screening LRF_pellet_transport AS Truck_walking_floor_trailer LRF_pellet_storage AS Silo LRF_pellet AS Source_biomass Miscanthus_screening AS Screening SRC_willow_screening AS Screening SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); Miscanthus_storage2.inlet = Miscanthus_field_wash.outlet; SRC_willow_storage2.inlet = SRC_willow_field_wash.outlet; SRC_willow_storage2.outlet = SRC_willow_transport.inlet; Miscanthus_storage2.outlet = Miscanthus_transport.inlet; SRF_conif_field_wash.outlet = SRF_conif_storage2.inlet; SRF_decid_field_wash.outlet = SRF_decid_storage2.inlet; SRF_decid_storage2.outlet = SRF_decid_transport.inlet; Miscanthus_transport.outlet = Blending.inlet(1); SRC_willow_transport.outlet = Blending.inlet(2); SRF_conif_transport.outlet = Blending.inlet(3); Underfeed_stoker.outlet = Heat.inlet; Underfeed_stoker.inlet = Blending.outlet; SRF_conif_storage2.outlet = SRF_conif_transport.inlet; Miscanthus_field_wash.results(1) = Reports_and_assumptions001.input(5); SRC_willow_field_wash.results(1) = Reports_and_assumptions001.input(6); SRF_decid_field_wash.results(1) = Reports_and_assumptions001.input(7); SRF_conif_field_wash.results(1) = Reports_and_assumptions001.input(8); Miscanthus_storage2.results(1) = Reports_and_assumptions001.input(9); SRC_willow_storage2.results(1) = Reports_and_assumptions001.input(10); SRF_decid_storage2.results(1) = Reports_and_assumptions001.input(11); SRF_conif_storage2.results(1) = Reports_and_assumptions001.input(12); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(13); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(14); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(15); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(16); Blending.results(1) = Reports_and_assumptions001.input(17); SRF_conif_screening.outlet = SRF_conif_field_wash.inlet; SRF_decid_screening.outlet = SRF_decid_field_wash.inlet; SRF_decid_screening.results(1) = Reports_and_assumptions001.input(18); SRF_conif_screening.results(1) = Reports_and_assumptions001.input(19); Blending.inlet(4) = SRF_decid_transport.outlet; LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet.results(1) = Reports_and_assumptions001.input(20); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(21); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(22); LRF_pellet_transport.outlet = Blending.inlet(5); Underfeed_stoker.results(1) = Reports_and_assumptions001.input(23); Miscanthus_screening.outlet = Miscanthus_field_wash.inlet; SRC_willow_screening.outlet = SRC_willow_field_wash.inlet; Miscanthus_screening.results(1) = Reports_and_assumptions001.input(24); SRC_willow_screening.results(1) = Reports_and_assumptions001.input(25); Miscanthus.outlet = Miscanthus_screening.inlet; SRC_willow.outlet = SRC_willow_screening.inlet; SRF_conif.outlet = SRF_conif_screening.inlet; SRF_decid.outlet = SRF_decid_screening.inlet; ]]> pedror 2016-01-12T18:04:28Z renatow 2017-07-26T12:11:05Z false topology reports false true -199773695 Chain 3 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass LRF_pellet AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered LRF_pellet_storage AS Silo Miscanthus_screening AS Screening SRC_willow_screening AS Screening SRF_decid_screening AS Screening SRF_conif_screening AS Screening SRF_decid_transport AS Truck_flat_bed_trailer SRC_willow_transport AS Truck_flat_bed_trailer Miscanthus_transport AS Truck_flat_bed_trailer SRF_conif_transport AS Truck_flat_bed_trailer LRF_pellet_transport AS Truck_walking_floor_trailer Blending AS Blending BFB_gasifier_and_engine AS BFB_gasifier_and_engine Power AS Sink_power SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); LRF_pellet.results(1) = Reports_and_assumptions001.input(5); LRF_pellet.outlet = LRF_pellet_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; Miscanthus.outlet = Miscanthus_storage.inlet; SRF_conif_storage.outlet = SRF_conif_screening.inlet; SRF_decid_storage.outlet = SRF_decid_screening.inlet; SRC_willow_storage.outlet = SRC_willow_screening.inlet; Miscanthus_storage.outlet = Miscanthus_screening.inlet; Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(7); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(8); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(9); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(10); SRF_conif_screening.results(1) = Reports_and_assumptions001.input(11); SRF_decid_screening.results(1) = Reports_and_assumptions001.input(12); SRC_willow_screening.results(1) = Reports_and_assumptions001.input(13); Miscanthus_screening.results(1) = Reports_and_assumptions001.input(14); SRF_conif_screening.outlet = SRF_conif_transport.inlet; SRF_decid_screening.outlet = SRF_decid_transport.inlet; SRC_willow_screening.outlet = SRC_willow_transport.inlet; Miscanthus_screening.outlet = Miscanthus_transport.inlet; LRF_pellet_transport.inlet = LRF_pellet_storage.outlet; Miscanthus_transport.outlet = Blending.inlet(1); SRC_willow_transport.outlet = Blending.inlet(2); SRF_conif_transport.outlet = Blending.inlet(3); BFB_gasifier_and_engine.inlet = Blending.outlet; BFB_gasifier_and_engine.outlet = Power.inlet; Blending.results(1) = Reports_and_assumptions001.input(15); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(16); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(17); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(18); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending.inlet(4); LRF_pellet_transport.outlet = Blending.inlet(5); BFB_gasifier_and_engine.results(1) = Reports_and_assumptions001.input(21); ]]> pedror 2016-01-21T10:45:40Z renatow 2017-06-15T16:39:57Z false topology reports false true -199773695 Chain 4 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Blending1 AS Blending Water_washing AS Water_washing Warehouse AS Warehouse Pelleting AS Pelleting Transport AS Truck_walking_floor_trailer BFB_gasifier_and_engine AS BFB_gasifier_and_engine Power AS Sink_power Blending2 AS Blending LRF_pellet AS Source_biomass LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); Miscanthus.outlet = Miscanthus_storage.inlet; SRC_willow_storage.inlet = SRC_willow.outlet; SRF_decid_storage.inlet = SRF_decid.outlet; SRF_conif_storage.inlet = SRF_conif.outlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; Miscanthus_transport.outlet = Blending1.inlet(1); SRC_willow_transport.outlet = Blending1.inlet(2); SRF_conif_transport.outlet = Blending1.inlet(3); Blending1.outlet = Water_washing.inlet; Water_washing.outlet = Warehouse.inlet; Warehouse.outlet = Pelleting.inlet; Pelleting.outlet = Transport.inlet; BFB_gasifier_and_engine.outlet = Power.inlet; Warehouse.results(1) = Reports_and_assumptions001.input(5); Pelleting.results(1) = Reports_and_assumptions001.input(6); Transport.results(1) = Reports_and_assumptions001.input(7); Water_washing.results(1) = Reports_and_assumptions001.input(8); Blending1.results(1) = Reports_and_assumptions001.input(9); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(10); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(12); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(13); Miscanthus_storage.results(1) = Reports_and_assumptions001.input(14); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(15); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(16); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(17); Transport.outlet = Blending2.inlet(1); Blending2.outlet = BFB_gasifier_and_engine.inlet; Blending2.results(1) = Reports_and_assumptions001.input(18); LRF_pellet.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_transport.outlet = Blending2.inlet(2); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(21); Blending1.inlet(4) = SRF_decid_transport.outlet; BFB_gasifier_and_engine.results(1) = Reports_and_assumptions001.input(22); ]]> pedror 2016-01-21T11:05:12Z renatow 2017-06-16T16:34:35Z false topology reports false true -199773695 Chain 5 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass LRF_pellet AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Blending1 AS Blending Screening AS Screening Warehouse AS Warehouse Transport AS Truck_flat_bed_trailer LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer Blending2 AS Blending CFB_combustion AS CFB_combustion Power AS Sink_power SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); LRF_pellet.results(1) = Reports_and_assumptions001.input(5); SRF_decid.outlet = SRF_decid_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; Miscanthus.outlet = Miscanthus_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; Blending1.inlet(1) = Miscanthus_transport.outlet; Blending1.inlet(2) = SRC_willow_transport.outlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; Blending1.outlet = Screening.inlet; Screening.outlet = Warehouse.inlet; Warehouse.outlet = Transport.inlet; Transport.outlet = Blending2.inlet(1); LRF_pellet_transport.outlet = Blending2.inlet(2); Blending2.outlet = CFB_combustion.inlet; Power.inlet = CFB_combustion.outlet; Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(7); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(8); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(9); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(10); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(11); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(12); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(13); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(14); Blending1.results(1) = Reports_and_assumptions001.input(15); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(16); Screening.results(1) = Reports_and_assumptions001.input(17); Warehouse.results(1) = Reports_and_assumptions001.input(18); Transport.results(1) = Reports_and_assumptions001.input(19); Blending2.results(1) = Reports_and_assumptions001.input(20); SRF_conif_transport.outlet = Blending1.inlet(3); SRF_decid_transport.outlet = Blending1.inlet(4); CFB_combustion.results(1) = Reports_and_assumptions001.input(21); ]]> stephanb 2016-05-04T07:18:16Z renatow 2017-05-24T09:23:24Z false topology reports false true -199773695 Chain 6 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Miscanthus_storage AS Outdoor_roofed_shed Reports_and_assumptions001 AS Reports_and_assumptions Power AS Sink_power CFB_combustion AS CFB_combustion SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass Pelleting AS Pelleting SRF_decid_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag Blending1 AS Blending Silo AS Silo Transport AS Truck_walking_floor_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRC_willow_storage AS Outdoor_roofed_shed SRF_conif_transport AS Truck_log_crane_and_drag SRF_conif_storage AS Open_air_covered LRF_pellet AS Source_biomass Blending2 AS Blending LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer SET TOPOLOGY CFB_combustion.outlet = Power.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; Miscanthus_transport.outlet = Blending1.inlet(1); Blending1.outlet = Pelleting.inlet; Transport.inlet = Silo.outlet; Pelleting.outlet = Silo.inlet; Miscanthus_storage.inlet = Miscanthus.outlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRC_willow_transport.outlet = Blending1.inlet(2); SRF_conif_transport.outlet = Blending1.inlet(3); Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(6); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(7); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(8); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(9); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(10); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(11); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(12); Blending1.results(1) = Reports_and_assumptions001.input(13); Pelleting.results(1) = Reports_and_assumptions001.input(14); Silo.results(1) = Reports_and_assumptions001.input(15); Transport.results(1) = Reports_and_assumptions001.input(16); Blending2.inlet(1) = Transport.outlet; Blending2.outlet = CFB_combustion.inlet; Blending2.results(1) = Reports_and_assumptions001.input(17); LRF_pellet.results(1) = Reports_and_assumptions001.input(18); LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_transport.outlet = Blending2.inlet(2); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending1.inlet(4); CFB_combustion.results(1) = Reports_and_assumptions001.input(21); ]]> pedror 2016-01-21T11:09:00Z renatow 2017-05-24T09:23:36Z false topology reports false true -199773695 Chain 7 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Chemical_washing AS Chemical_washing Warehouse AS Warehouse Pelleting AS Pelleting Silo AS Silo CFB_combustion AS CFB_combustion Blending AS Blending Power AS Sink_power Transport AS Truck_walking_floor_trailer LRF_pellet AS Source_biomass Blending2 AS Blending LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); Miscanthus.outlet = Miscanthus_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; Silo.inlet = Pelleting.outlet; Warehouse.outlet = Pelleting.inlet; Warehouse.inlet = Chemical_washing.outlet; Miscanthus_transport.outlet = Blending.inlet(1); SRC_willow_transport.outlet = Blending.inlet(2); SRF_conif_transport.outlet = Blending.inlet(3); Blending.outlet = Chemical_washing.inlet; Power.inlet = CFB_combustion.outlet; Transport.inlet = Silo.outlet; Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(6); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(7); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(8); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(9); Warehouse.results(1) = Reports_and_assumptions001.input(10); Chemical_washing.results(1) = Reports_and_assumptions001.input(11); Pelleting.results(1) = Reports_and_assumptions001.input(12); Transport.results(1) = Reports_and_assumptions001.input(13); Silo.results(1) = Reports_and_assumptions001.input(14); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(15); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(16); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(17); Blending.results(1) = Reports_and_assumptions001.input(18); Transport.outlet = Blending2.inlet(1); Blending2.outlet = CFB_combustion.inlet; LRF_pellet.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_transport.outlet = Blending2.inlet(2); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(21); SRF_decid_transport.outlet = Blending.inlet(4); Blending2.results(1) = Reports_and_assumptions001.input(22); Reports_and_assumptions001.input(23) = CFB_combustion.results(1); ]]> pedror 2016-01-21T11:12:23Z renatow 2017-05-24T09:23:46Z false topology reports false true -199773695 Chain 8 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass LRF_pellet AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered LRF_pellet_storage AS Silo Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Pelleting AS Pelleting Silo AS Silo Transport AS Truck_walking_floor_trailer LRF_pellet_transport AS Truck_walking_floor_trailer Blending1 AS Blending Blending2 AS Blending EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT Power AS Sink_power SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); LRF_pellet.results(1) = Reports_and_assumptions001.input(5); Miscanthus.outlet = Miscanthus_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; Miscanthus_transport.outlet = Blending1.inlet(1); SRC_willow_transport.outlet = Blending1.inlet(2); SRF_conif_transport.outlet = Blending1.inlet(3); Blending1.outlet = Pelleting.inlet; Pelleting.outlet = Silo.inlet; Silo.outlet = Transport.inlet; LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; Transport.outlet = Blending2.inlet(1); LRF_pellet_transport.outlet = Blending2.inlet(2); Blending2.outlet = EF_gasifier_and_CCGT.inlet; Power.inlet = EF_gasifier_and_CCGT.outlet; Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(7); Blending1.results(1) = Reports_and_assumptions001.input(8); Pelleting.results(1) = Reports_and_assumptions001.input(9); Silo.results(1) = Reports_and_assumptions001.input(10); Transport.results(1) = Reports_and_assumptions001.input(11); Blending2.results(1) = Reports_and_assumptions001.input(12); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(13); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(14); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(15); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(16); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(17); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(18); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(19); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending1.inlet(4); EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21); ]]> pedror 2016-01-21T11:15:37Z renatow 2017-05-24T09:23:59Z false topology reports false true -199773695 Chain 9 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass SRC_willow_storage AS Outdoor_roofed_shed Miscanthus_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Torrefaction_and_pelleting AS Torrefaction_and_pelleting Silo AS Silo Transport AS Truck_walking_floor_trailer EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT Blending1 AS Blending Power AS Sink_power LRF_pellet AS Source_biomass Blending2 AS Blending LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); EF_gasifier_and_CCGT.outlet = Power.inlet; Silo.outlet = Transport.inlet; Torrefaction_and_pelleting.outlet = Silo.inlet; Blending1.outlet = Torrefaction_and_pelleting.inlet; Blending1.inlet(1) = Miscanthus_transport.outlet; SRC_willow_transport.outlet = Blending1.inlet(2); SRF_conif_transport.outlet = Blending1.inlet(3); SRF_decid_transport.inlet = SRF_decid_storage.outlet; SRF_conif_storage.outlet = SRF_conif_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; Miscanthus_transport.inlet = Miscanthus_storage.outlet; Miscanthus.outlet = Miscanthus_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; Transport.results(1) = Reports_and_assumptions001.input(5); Silo.results(1) = Reports_and_assumptions001.input(6); Torrefaction_and_pelleting.results(1) = Reports_and_assumptions001.input(7); Blending1.results(1) = Reports_and_assumptions001.input(8); Miscanthus_storage.results(1) = Reports_and_assumptions001.input(9); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(10); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(12); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(13); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(14); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(15); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(16); Blending2.inlet(1) = Transport.outlet; Blending2.outlet = EF_gasifier_and_CCGT.inlet; Blending2.results(1) = Reports_and_assumptions001.input(17); LRF_pellet.results(1) = Reports_and_assumptions001.input(18); LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_transport.outlet = Blending2.inlet(2); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending1.inlet(4); EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21); ]]> pedror 2016-01-22T16:09:32Z renatow 2017-06-15T14:01:23Z false topology reports false true -199773695 Chain 10 # ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value > # ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" > # ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] > # DISTRIBUTION_DOMAIN # DomainName AS [ LowerBound : UpperBound ] # DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ] # UNIT # UnitName AS UnitModelName # UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName # PORT # PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL > # PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType # VARIABLE # VariableName AS VariableType # VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType # VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType # SELECTOR # SelectorName AS ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag > # SET # ParameterPath := Expression ; # ParameterPath := [ Expression < , ... > ]; # ParameterPath := "ForeignObjectValue"; # ParameterPath := [ "Name" < , ... > ]; # DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ]; # BOUNDARY # Boundary condition equations # TOPOLOGY # Unit connection equations # EQUATION # Model equations # ASSIGN # VariablePath := Expression ; # VariablePath := [ Expression < , ... > ]; # PRESET # < RESTORE "filename" > # VariablePath := InitialValue ; # VariablePath := InitialValue : LowerBound : UpperBound ; # INITIALSELECTOR # SelectorPath := FlagPath ; # SelectorPath := [ FlagPath < , ... > ]; # INITIAL # Equations UNIT Reports_and_assumptions001 AS Reports_and_assumptions SRF_conif AS Source_biomass SRC_willow AS Source_biomass SRF_decid AS Source_biomass Miscanthus AS Source_biomass Miscanthus_storage AS Outdoor_roofed_shed SRC_willow_storage AS Outdoor_roofed_shed SRF_decid_storage AS Open_air_covered SRF_conif_storage AS Open_air_covered Miscanthus_transport AS Truck_small_tipper_trailer SRC_willow_transport AS Truck_small_tipper_trailer SRF_decid_transport AS Truck_log_crane_and_drag SRF_conif_transport AS Truck_log_crane_and_drag Blending1 AS Blending Pyrolysis AS Pyrolysis Tank AS Tank Transport AS Truck_liquid_tanker EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT Power AS Sink_power LRF_pellet AS Source_biomass Blending2 AS Blending LRF_pellet_storage AS Silo LRF_pellet_transport AS Truck_walking_floor_trailer SET TOPOLOGY Miscanthus.results(1) = Reports_and_assumptions001.input(1); SRC_willow.results(1) = Reports_and_assumptions001.input(2); SRF_decid.results(1) = Reports_and_assumptions001.input(3); SRF_conif.results(1) = Reports_and_assumptions001.input(4); EF_gasifier_and_CCGT.outlet = Power.inlet; Transport.inlet = Tank.outlet; Pyrolysis.outlet = Tank.inlet; Blending1.outlet = Pyrolysis.inlet; Blending1.inlet(1) = Miscanthus_transport.outlet; SRC_willow_transport.outlet = Blending1.inlet(2); SRF_conif_transport.outlet = Blending1.inlet(3); SRF_conif_transport.inlet = SRF_conif_storage.outlet; SRF_decid_storage.outlet = SRF_decid_transport.inlet; SRC_willow_storage.outlet = SRC_willow_transport.inlet; Miscanthus_storage.outlet = Miscanthus_transport.inlet; SRF_decid.outlet = SRF_decid_storage.inlet; SRF_conif.outlet = SRF_conif_storage.inlet; SRC_willow.outlet = SRC_willow_storage.inlet; Miscanthus_storage.inlet = Miscanthus.outlet; Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5); SRC_willow_storage.results(1) = Reports_and_assumptions001.input(6); SRF_decid_storage.results(1) = Reports_and_assumptions001.input(7); SRF_conif_storage.results(1) = Reports_and_assumptions001.input(8); SRF_conif_transport.results(1) = Reports_and_assumptions001.input(9); SRF_decid_transport.results(1) = Reports_and_assumptions001.input(10); SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11); Miscanthus_transport.results(1) = Reports_and_assumptions001.input(12); Blending1.results(1) = Reports_and_assumptions001.input(13); Pyrolysis.results(1) = Reports_and_assumptions001.input(14); Tank.results(1) = Reports_and_assumptions001.input(15); Transport.results(1) = Reports_and_assumptions001.input(16); Transport.outlet = Blending2.inlet(1); Blending2.outlet = EF_gasifier_and_CCGT.inlet; Blending2.results(1) = Reports_and_assumptions001.input(17); LRF_pellet.results(1) = Reports_and_assumptions001.input(18); LRF_pellet_storage.outlet = LRF_pellet_transport.inlet; LRF_pellet.outlet = LRF_pellet_storage.inlet; LRF_pellet_transport.outlet = Blending2.inlet(2); LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(19); LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20); SRF_decid_transport.outlet = Blending1.inlet(4); EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21); ]]> pedror 2016-02-16T11:53:29Z renatow 2017-09-12T14:57:12Z false true true renatow 2017-07-27T13:42:20Z renatow 2017-11-22T17:45:26Z false false true pedror 2016-02-16T11:53:31Z renatow 2017-09-12T14:57:28Z false true true renatow 2017-07-27T13:42:21Z renatow 2017-11-22T17:45:27Z false false true renatow 2017-07-27T13:42:22Z renatow 2017-09-12T14:57:43Z false true true pedror 2016-02-16T11:53:32Z renatow 2017-11-22T17:45:27Z false false true pedror 2016-02-16T11:53:34Z renatow 2017-09-12T14:57:57Z false true true renatow 2017-07-27T13:42:23Z renatow 2017-11-22T17:45:27Z false false true pedror 2016-02-16T11:53:35Z renatow 2017-09-12T14:58:13Z false true true renatow 2017-07-27T13:42:24Z renatow 2017-11-22T17:45:27Z false false true renatow 2016-04-27T14:15:15Z renatow 2017-09-12T14:58:35Z false true true renatow 2017-07-27T13:42:25Z renatow 2017-11-22T17:45:27Z false false true pedror 2016-02-16T11:53:38Z renatow 2017-09-12T14:58:51Z false true true renatow 2017-07-27T13:42:28Z renatow 2017-11-22T17:45:27Z false false true pedror 2016-02-16T11:53:40Z renatow 2017-09-12T14:59:05Z false true true renatow 2017-07-27T13:42:30Z renatow 2017-11-22T17:45:27Z false false true pedror 2016-02-16T11:53:41Z renatow 2017-09-12T14:59:18Z false true true renatow 2017-07-27T13:42:32Z renatow 2017-11-22T17:45:28Z false false true pedror 2016-02-16T11:53:42Z renatow 2017-09-12T14:59:31Z false true true renatow 2017-07-27T13:42:33Z renatow 2017-11-22T17:45:28Z false false true