{"text_format":"1","workbook":"xlsx","n_sheets":14,"sheets":["Version log","Summary sheet","Front page","Main control","Modelling inputs","Shipping infrastructure","Port distances","Storage locations","Engineering inputs","Pipeline costs","Pipeline infrastructure costs","Shipping infrastructure costs","Results Active scenario","Results Pre-defined scenarios"],"not_rendered":{"charts":10,"images":4,"macros":1,"external_links":1,"defined_names":112,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Version log","index":0,"n_rows":24,"n_cols":4,"rows_kept":24,"cut":false,"hidden":false,"merged":[[2,2,2,3],[5,1,5,14],[6,1,6,14],[7,1,7,14],[10,1,10,14],[8,1,8,14],[34,3,34,14],[35,3,35,14],[23,3,23,14],[24,3,24,14],[25,3,25,14],[29,3,29,14],[30,3,30,14],[31,3,31,14],[32,3,32,14],[33,3,33,14],[19,3,19,14],[26,3,26,14],[27,3,27,14],[28,3,28,14],[11,1,11,14],[12,1,12,14],[17,3,17,14],[18,3,18,14],[13,1,13,14],[20,3,20,14],[21,3,21,14],[22,3,22,14]]}
[]
[]
[]
[]
[]
[null,"Shipping CO2 - UK Cost Estimation Study"]
[null,"BEIS CO2 shipping cost tool"]
[null,"V103"]
[null,"04/01/2019"]
[]
[null,"For further queries please contact:"]
[null,"Emrah.Durusut@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[null,"Foaad.Tahir@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[null,"Michael.Joos@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[]
[]
[]
[null,null,"Version","Changes"]
[null,null,"V100","Draft cost model was issued to BEIS"]
[null,null,"V101","Minor error regarding data validation of shipping fuel cost input has been corrected"]
[null,null,null,"Sheet Main control: acronyms expanded, description of workbook added to make usage easier"]
[null,null,null,"Sheet Predefined Scenarios: number formats changed in table displaying pipeline sizes (was £, now number format)"]
[null,null,"V102","Sheets protected for BEIS publication"]
[null,null,"V103","Front page disclaimer has been revised"]

{"sheet":"Summary sheet","index":1,"n_rows":32,"n_cols":4,"rows_kept":32,"cut":false,"hidden":false,"merged":[[19,3,19,10],[2,2,2,3],[5,1,5,10],[6,1,6,10],[7,1,7,10],[8,1,8,10],[10,1,10,10],[11,1,11,10],[12,1,12,10],[13,1,13,10],[17,3,17,10],[18,3,18,10],[26,3,26,10],[27,3,27,10],[28,3,28,10],[29,3,29,10],[20,3,20,10],[21,3,21,10],[22,3,22,10],[23,3,23,10],[24,3,24,10],[25,3,25,10]]}
[]
[]
[]
[]
[]
[null,{"$f":"'Version log'!B6:O6","v":"Shipping CO2 - UK Cost Estimation Study"}]
[null,{"$f":"'Version log'!B7:O7","v":"BEIS CO2 shipping cost tool"}]
[null,{"$f":"'Version log'!B8:O8","v":"V103"}]
[null,{"$f":"'Version log'!B9:O9","v":"04/01/2019"}]
[]
[null,"For further queries please contact:"]
[null,"Emrah.Durusut@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[null,"Foaad.Tahir@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[null,"Michael.Joos@element-energy.co.uk","Emrah.Durusut@element-energy.co.uk"]
[]
[]
[]
[null,"Tab name","Type","Comments"]
[null,{"$f":"MID(CELL(\"filename\",'Front page'!A1),FIND(\"]\",CELL(\"filename\",'Front page'!A1))+1,255)","v":"Front page"},"User interface","This tab is automatically shown to the user when the file is opened"]
[null,{"$f":"MID(CELL(\"filename\",'Main control'!A1),FIND(\"]\",CELL(\"filename\",'Main control'!A1))+1,255)","v":"Main control"},"User interface","This tab includes all of the key user inputs and navigation buttons to the outputs"]
[null,{"$f":"MID(CELL(\"filename\",'Modelling inputs'!A2),FIND(\"]\",CELL(\"filename\",'Modelling inputs'!A2))+1,255)","v":"Modelling inputs"},"Detailed input tables","Input ranges are defined here"]
[null,{"$f":"MID(CELL(\"filename\",'Shipping infrastructure'!A3),FIND(\"]\",CELL(\"filename\",'Shipping infrastructure'!A3))+1,255)","v":"Shipping infrastructure"},"Detailed input tables","Input tables regarding shipping infrastructure are included in this tab"]
[null,{"$f":"MID(CELL(\"filename\",'Port distances'!A4),FIND(\"]\",CELL(\"filename\",'Port distances'!A4))+1,255)","v":"Port distances"},"Detailed input tables","Port distances can be defined in this tab"]
[null,{"$f":"MID(CELL(\"filename\",'Storage locations'!A5),FIND(\"]\",CELL(\"filename\",'Storage locations'!A5))+1,255)","v":"Storage locations"},"Detailed input tables","Locations of storage sites can be defined in this tab"]
[null,{"$f":"MID(CELL(\"filename\",'Engineering inputs'!A6),FIND(\"]\",CELL(\"filename\",'Engineering inputs'!A6))+1,255)","v":"Engineering inputs"},"Detailed input tables","All of the key engineering inputs that are being used for calculations are shown here"]
[null,{"$f":"MID(CELL(\"filename\",'Pipeline costs'!A7),FIND(\"]\",CELL(\"filename\",'Pipeline costs'!A7))+1,255)","v":"Pipeline costs"},"Detailed input tables","Pipeline cost inputs are defined here"]
[null,{"$f":"MID(CELL(\"filename\",'Pipeline infrastructure costs'!A8),FIND(\"]\",CELL(\"filename\",'Pipeline infrastructure costs'!A8))+1,255)","v":"Pipeline infrastructure costs"},"Calculation tab","This tab includes all of the calculation steps for pipeline costs"]
[null,{"$f":"MID(CELL(\"filename\",'Shipping infrastructure costs'!A9),FIND(\"]\",CELL(\"filename\",'Shipping infrastructure costs'!A9))+1,255)","v":"Shipping infrastructure costs"},"Calculation tab","This tab includes all of the calculation steps for shipping costs"]
[null,{"$f":"MID(CELL(\"filename\",'Results Active scenario'!A10),FIND(\"]\",CELL(\"filename\",'Results Active scenario'!A10))+1,255)","v":"Results Active scenario"},"Output tab","Detailed outputs for the active scenario are shown in this tab"]
[null,{"$f":"MID(CELL(\"filename\",'Results Pre-defined scenarios'!A11),FIND(\"]\",CELL(\"filename\",'Results Pre-defined scenarios'!A11))+1,255)","v":"Results Pre-defined scenarios"},"Output tab","Outputs for a range of pre-defined scenarios are shown in this tab"]
[]
[null,"Note: See the final project report for the key data sources, assumptions and modelling methodology"]

{"sheet":"Front page","index":2,"n_rows":31,"n_cols":13,"rows_kept":31,"cut":false,"hidden":false,"merged":[[10,3,15,16],[1,2,1,17],[3,2,4,17],[7,3,7,16],[8,3,8,4]]}
[]
[null,null,"BEIS CO2 shipping cost tool"]
[]
[null,null,{"$f":"'Version log'!B8&\" - \"&'Version log'!B9","v":"V103 - 04/01/2019"}]
[]
[]
[]
[null,null,null,"Disclaimer"]
[]
[null,null,null,"Important note:"]
[null,null,null,"The results produced by this model rely entirely on the inputs entered and underlying assumptions. All results should be challenged and checked before publication or off-model use. Element Energy accepts no responsibility for the use of custom model runs. Element Energy Limited gives no guarantee, nor should any be implied, with regards to the result of this model. This model should not be used for research or commercial purposes without the permission of Element Energy."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,"For further queries please contact:"]
[null,null,null,"Emrah.Durusut@element-energy.co.uk"]
[null,null,null,"Foaad.Tahir@element-energy.co.uk",null,null,null,null,null,null,null,null,"Produced for"]
[null,null,null,"© Element Energy 2018"]

{"sheet":"Main control","index":3,"n_rows":32,"n_cols":10,"rows_kept":32,"cut":false,"hidden":false,"merged":[[6,3,6,11],[7,3,7,4],[9,9,11,10],[13,9,14,10],[16,9,20,10]]}
[]
[null,null,null,"CO2 shipping cost tool"]
[]
[null,null,null,{"$f":"MID(CELL(\"filename\",B1),FIND(\"]\",CELL(\"filename\",B1))+1,255)","v":"Main control"}]
[]
[]
[null,null,null,"Scenario definition"]
[]
[null,null,null,null,"Financial inputs",null,null,null,null,"Notes:"]
[null,null,null,null,"Discount rate",null,0,null,null,"This sheet contains the main user inputs, which are \"white\". User can either create a scenario by choosing a flow rate, a start port and an end port or a storage site (\"Active Scenario\") or assess a range of scenarios based on predefined inputs (\"Predefined Scenarios\")"]
[null,null,null,null,"Shipping project lifetime",null,20]
[null,null,null,null,"Pipeline project lifetime",null,20]
[null,null,null,null,"Liquefaction and compression fuel price",null,"Central"]
[null,null,null,null,"Ship fuel type: Liquefied Natural Gas (LNG) or Marine Diesel Oil (MDO)",null,"LNG",null,null,"Active scenario: The results for the \"Active scenario\" are shown on sheet \"Results Active Scenario\" tab, which can be accessed by clicking the button \"Show results for the active scenario\""]
[null,null,null,null,"Ship fuel price",null,"Central"]
[]
[null,null,null,null,"Project inputs",null,null,null,null,"Predefined scenarios: Instead of looking at a particular scenario, the user can obtain cost results for a range of flow rates and distances, as defined in sheet \"Modelling Inputs\". In this case, the values chosen for flow-rate and start/end locations are irrelevant. The calculated results for the pre-defined scenarios are shown in sheet \"Results Predefined Scenarios\", which can be accessed by clicking the button \"Show results for the pre-defined scenario\"."]
[null,null,null,null,"Flow rate (Megatonnes CO2/year)",null,5]
[null,null,null,null,"CO2 inlet pressure",null,"Pre-pressurised"]
[null,null,null,null,"Unloading option for shipping",null,"Onshore",{"$f":"IF(Selected_unloading_option=\"Onshore\",\"Onshore\",\"Offshore\")","v":"Onshore"}]
[null,null,null,null,"Pipeline pressure drop (megapascal/MPa)",null,15]
[]
[null,null,null,null,null,null,null,"Latitude","Longitude"]
[null,null,null,null,"Select starting port/hub",null,"Teesside",{"$f":"SUMIFS(PortLocation[Latitude],PortLocation[Port],$G24)+SUMIFS(StorageSiteLocation[Latitude],StorageSiteLocation[Description],$G24)","v":54.61},{"$f":"SUMIFS(PortLocation[Longitude],PortLocation[Port],$G24)+SUMIFS(StorageSiteLocation[Longitude],StorageSiteLocation[Description],$G24)","v":-1.19}]
[null,null,null,null,"Select end port/hub (if onshore unloading is selected)",null,"St Fergus",{"$f":"SUMIFS(PortLocation[Latitude],PortLocation[Port],$G25)+SUMIFS(StorageSiteLocation[Latitude],StorageSiteLocation[Description],$G25)","v":57.58},{"$f":"SUMIFS(PortLocation[Longitude],PortLocation[Port],$G25)+SUMIFS(StorageSiteLocation[Longitude],StorageSiteLocation[Description],$G25)","v":-1.84}]
[null,null,null,null,"Select storage site (if offshore unloading is selected)",null,"CNS site",{"$f":"SUMIFS(PortLocation[Latitude],PortLocation[Port],$G26)+SUMIFS(StorageSiteLocation[Latitude],StorageSiteLocation[Description],$G26)","v":58.004064999999997},{"$f":"SUMIFS(PortLocation[Longitude],PortLocation[Port],$G26)+SUMIFS(StorageSiteLocation[Longitude],StorageSiteLocation[Description],$G26)","v":-0.36482599999999998}]
[null,null,null,null,"   CNS = Central North Sea, SNS = Southern North Sea, EIS = Eastern Irish Sea"]
[]
[null,null,null,null,"Calculate active scenario (If \"No\", model calculates pre-defined scenarios)",null,"Yes"]
[]
[null,null,null,null,null,"Calculated distance","User defined","Final used"]
[null,null,null,null,"Distance (km) - user can overwrite calculated distance",{"$f":"IF(H20=\"Onshore\",SUMIFS(InterPortDistance[Distance (km)],InterPortDistance[Start port],G24,InterPortDistance[End port],G25)+SUMIFS(InterPortDistance[Distance (km)],InterPortDistance[Start port],G25,InterPortDistance[End port],G24),ACOS(SIN(RADIANS(H26))*SIN(RADIANS(H24))+COS(RADIANS(H26))*COS(RADIANS(H24))*COS(RADIANS(I26-I24)))*Earth_radius*Routing_factor/10^3)","v":476},null,{"$f":"IF(ISBLANK(G32),F32,G32)","v":476}]

{"sheet":"Modelling inputs","index":4,"n_rows":30,"n_cols":23,"rows_kept":30,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Modelling inputs"}]
[]
[]
[null,null,"Total terminals",null,"Total pipeline sizes",null,"Total transportation distances",null,"Total flow rates",null,"Total CO2 pressure",null,"Total CO2 ships",null,"Total ship unloading",null,"Total pressure drop",null,"Total durations",null,"Total CO2 inlet pressures",null,"Fuel price scenarios"]
[null,null,{"$f":"COUNTA(ShorelineTerminals[Shoreline terminal])","v":12},null,{"$f":"COUNTA(PipelineSizes[Pipeline diameter (inches)])","v":20},null,{"$f":"IF(Active_scenario_switch=\"Yes\",1,COUNTA(TransportationDistances[Transportation distance (km)]))","v":1},null,{"$f":"COUNTA(FlowRates[Flow rate (Mt CO2/y)])","v":7},null,{"$f":"COUNTA(TransportCO2Pressure[Transport CO2 pressure])","v":3},null,{"$f":"COUNTA(ShipSize[Ship size (t CO2)])","v":9},null,{"$f":"COUNTA(ShipUnloading[Ship unloading])","v":4},null,{"$f":"COUNTA(PressureDrop[Pressure drop (MPa)])","v":4},null,{"$f":"COUNTA(InjectionDurations[Injection duration (years)])","v":4},null,{"$f":"COUNTA(CO2inlet[CO2 inlet pressure])","v":2},null,{"$f":"COUNTA(Fuelprices[Fuel price scenarios])","v":3}]
[]
[null,null,"Shoreline terminal",null,"Pipeline diameter (inches)",null,"Transportation distance (km)",null,"Flow rate (Mt CO2/y)",null,"Transport CO2 pressure",null,"Ship size (t CO2)",null,"Ship unloading",null,"Pressure drop (MPa)",null,"Injection duration (years)",null,"CO2 inlet pressure",null,"Fuel price scenarios"]
[null,null,"Teesside",null,4.5,null,200,null,0.1,null,"Low",null,1000,null,"Onshore",null,1,null,10,null,"Non-pressurised",null,"Low"]
[null,null,"St Fergus",null,6,null,400,null,0.2,null,"Medium",null,2000,null,"Direct injection",null,5,null,20,null,"Pre-pressurised",null,"Central"]
[null,null,"Grangemouth",null,8,null,600,null,0.5,null,"High",null,4000,null,"Platform with storage",null,10,null,30,null,null,null,"High"]
[null,null,"Merseyside",null,10,null,800,null,1,null,null,null,8000,null,"Existing platform with storage",null,15,null,40]
[null,null,"Humberside",null,12,null,1000,null,2,null,null,null,10000]
[null,null,"South Wales",null,14,null,null,null,5,null,null,null,20000]
[null,null,"Thames Estuary",null,16,null,null,null,10,null,null,null,30000]
[null,null,"Rotterdam",null,18,null,null,null,null,null,null,null,40000]
[null,null,"Porsgrunn",null,20,null,null,null,null,null,null,null,50000]
[null,null,"Duisburg",null,22]
[null,null,"Le Havre",null,24]
[null,null,"Antwerp",null,26]
[null,null,null,null,28]
[null,null,null,null,32]
[null,null,null,null,36]
[null,null,null,null,40]
[null,null,null,null,44]
[null,null,null,null,48]
[null,null,null,null,52]
[null,null,null,null,56]

{"sheet":"Shipping infrastructure","index":5,"n_rows":22,"n_cols":55,"rows_kept":22,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Shipping infrastructure"}]
[]
[]
[null,null,null,null,null,null,"Liquefaction fuel"]
[null,null,"Liquefaction cost table",null,null,null,"Electricity",null,"Temporary CO2 storage cost table",null,null,null,null,"Loading infrastructure cost table",null,null,"Ship cost table",null,null,null,null,null,null,"Unloading cost table",null,null,null,null,null,null,null,null,null,"Gasification cost table",null,null,null,null,null,null,null,"Ship operational parameters table",null,null,null,null,null,null,null,null,null,"Fuel cost table"]
[]
[null,null,"Transport CO2 pressure","Inlet pressure","Capex (£/(t CO2/y))","Fixed Opex (% of Capex)","Energy (kWh/t CO2)",null,"Transport CO2 pressure","Storage factor (relative to ship size)","Capex (£/t CO2)","Opex (% of Capex)",null,"Capex (£/(t CO2/y))","Opex (% of Capex)",null,"Transport CO2 pressure","Fixed capex (£)","Capex constant (£/t CO2)","Capex exponent","Opex (% of Capex)","Maximum ship size (t CO2)",null,"Unloading option","Capex (£/(t CO2/y))","Fixed Capex (£)","Opex (£/y/(t CO2/y))","Opex (% of Capex)","Storage required","Harbor fees","Unloading duration (hours)","Connection duration (hours)",null,"Transport CO2 pressure","Unloading option","Fixed Capex (£)","Capex (£/(t CO2/y))","Opex (% of Capex)","Opex (£/t CO2)","Energy (kWh/t)",null,"Ship speed (km/h)","Fixed fuel consumption (MWh/d)","Marginal fuel consumption (MWh/d/t CO2)","Fixed harbour fees (£/stop)","Marginal harbour fees (£/t CO2/stop)","Loading time (hours)","Port entry/exit (hours)","Availbility (%)","Electricity generator efficiency [%]",null,"Fuel","Scenario","Carbon intensity (t/MWh)","Cost (£/kWh)"]
[null,null,"Low","Pre-pressurised",9.7734522445923009,0.1,24.552399999999999,null,"Low",1.2,516,0.05,null,1.3766291390290957,0.03,null,"Low",null,{"$f":"0.1981*10^6","v":198100},{"$f":"0.5369","v":0.53690000000000004},0.05,50000,null,"Onshore",1.3766291390290957,null,null,0.03,1,1,{"$f":"15","v":15},0,null,"Low","Onshore",null,0.83333458015758344,null,0.33031847667430475,null,null,28,225.15,3.8E-3,5559.3,0.46350000000000002,15,2,0.95,0.35,null,"Electricity","Low",0.23,0.06]
[null,null,"Low","Non-pressurised",19.452854241085198,0.1,104.244,null,"Medium",1.2,795,0.05,null,null,null,null,"Medium",null,{"$f":"0.5864*10^6","v":586400},{"$f":"0.4982","v":0.49819999999999998},0.05,10000,null,"Direct injection",null,16389600,null,0.05,0,0,36,4,null,"Medium","Onshore",null,0.77850993672616042,null,0.31387108364487892,null,null,null,null,null,null,null,null,null,null,null,null,"Electricity","Central",0.23,0.08]
[null,null,"Medium","Pre-pressurised",7.6015325247029466,0.1,19.5666636015326,null,"High",1.2,3073,0.05,null,null,null,null,"High",null,{"$f":"0.5864*2.01994302*10^6","v":1184494.586928},{"$f":"0.4982","v":0.49819999999999998},0.05,10000,null,"Platform with storage",null,69142800,null,0.05,1,0,15,4,null,"High","Onshore",null,0.504386719569064,null,0.23026350241196372,null,null,null,null,null,null,null,null,null,null,null,null,"Electricity","High",0.23,0.1]
[null,null,"Medium","Non-pressurised",15.129915255250038,0.1,83.075678160919537,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Existing platform with storage",null,0,null,0.05,1,0,15,4,null,"Low","Direct injection",null,4.32787875,0.05,null,6.7550000000000008,null,null,null,null,null,null,null,null,null,null,null,"LNG","Low",0.18107574076800001,{"$f":"0.0175810520419201*0+0.0195345022688001*0.75","v":1.4650876701600073E-2}]
[null,null,"High","Pre-pressurised",4.8667711669442646,0.1,16.556407662835252,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Medium","Direct injection",null,4.32787875,0.05,null,6.4750000000000005,null,null,null,null,null,null,null,null,null,null,null,"LNG","Central",0.18107574076800001,1.9534502268800057E-2]
[null,null,"High","Non-pressurised",9.68670923702172,0.1,70.294804597701145,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"High","Direct injection",null,4.32787875,0.05,null,5.4250000000000007,null,null,null,null,null,null,null,null,null,null,null,"LNG","High",0.18107574076800001,{"$f":"0.0214879524956801*0+0.0195345022688001*1.25","v":2.4418127836000125E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Low","Platform with storage",null,6.6680975342465745,0.05,null,10.255000000000001,null,null,null,null,null,null,null,null,null,null,null,"MDO","Low",0.24948213172479999,{"$f":"0.0216186025939604*0+0.0236631526067226*0.75","v":1.774736445504195E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Medium","Platform with storage",null,6.6680975342465745,0.05,null,9.9750000000000014,null,null,null,null,null,null,null,null,null,null,null,"MDO","Central",0.24948213172479999,2.3663152606722564E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"High","Platform with storage",null,6.6680975342465745,0.05,null,8.9250000000000007,null,null,null,null,null,null,null,null,null,null,null,"MDO","High",0.24948213172479999,{"$f":"0.0260093575394004*0+0.0236631526067226*1.25","v":2.9578940758403248E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Low","Existing platform with storage",null,6.6680975342465745,0.05,null,10.255000000000001]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Medium","Existing platform with storage",null,6.6680975342465745,0.05,null,9.9750000000000014]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"High","Existing platform with storage",null,6.6680975342465745,0.05,null,8.9250000000000007]

{"sheet":"Port distances","index":6,"n_rows":74,"n_cols":10,"rows_kept":74,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Port distances"}]
[]
[]
[null,null,"Distances between ports",null,null,null,"Port locations"]
[null,null,"Start port","End port","Distance (km)",null,"ID","Port","Latitude","Longitude"]
[null,null,"Teesside","St Fergus",476,null,1,"St Fergus",57.58,-1.84]
[null,null,"Teesside","Grangemouth",272,null,2,"Teesside",54.61,-1.19]
[null,null,"Teesside","Merseyside",1354,null,3,"Grangemouth",56.01,-3.69]
[null,null,"Teesside","Humberside",248,null,4,"Merseyside",53.34,-3.32]
[null,null,"Teesside","South Wales",1265,null,5,"Humberside",53.36,0.23]
[null,null,"Teesside","Thames Estuary",522,null,6,"South Wales",51.7,-5.08]
[null,null,"Teesside","Rotterdam",467,null,7,"Thames Estuary",51.44,0.69]
[null,null,"Teesside","Porsgrunn",874,null,8,"Rotterdam",51.949599999999997,4.1452999999999998]
[null,null,"St Fergus","Grangemouth",232,null,9,"Porsgrunn",59.138599999999997,9.6555]
[null,null,"St Fergus","Merseyside",1033,null,10,"Duisburg",51.445500000000003,6.7474999999999996]
[null,null,"St Fergus","Humberside",463,null,11,"Le Havre",49.472655000000003,0.14620419000000001]
[null,null,"St Fergus","South Wales",1302,null,12,"Antwerp",51.302489999999999,4.3114604999999999]
[null,null,"St Fergus","Thames Estuary",820]
[null,null,"St Fergus","Rotterdam",765]
[null,null,"St Fergus","Porsgrunn",1791]
[null,null,"Grangemouth","Merseyside",1267]
[null,null,"Grangemouth","Humberside",465]
[null,null,"Grangemouth","South Wales",1515]
[null,null,"Grangemouth","Thames Estuary",776]
[null,null,"Grangemouth","Rotterdam",737]
[null,null,"Grangemouth","Porsgrunn",948]
[null,null,"Merseyside","Humberside",1450]
[null,null,"Merseyside","South Wales",452]
[null,null,"Merseyside","Thames Estuary",1304]
[null,null,"Merseyside","Rotterdam",1333]
[null,null,"Merseyside","Porsgrunn",1682]
[null,null,"Humberside","South Wales",1154]
[null,null,"Humberside","Thames Estuary",409]
[null,null,"Humberside","Rotterdam",363]
[null,null,"Humberside","Porsgrunn",922]
[null,null,"South Wales","Thames Estuary",1072]
[null,null,"South Wales","Rotterdam",1041]
[null,null,"South Wales","Porsgrunn",1889]
[null,null,"Thames Estuary","Rotterdam",276]
[null,null,"Thames Estuary","Porsgrunn",1522]
[null,null,"Rotterdam","Porsgrunn",913]
[null,null,"Duisburg","Teesside",707]
[null,null,"Duisburg","St Fergus",1006]
[null,null,"Duisburg","Grangemouth",959]
[null,null,"Duisburg","Merseyside",1519]
[null,null,"Duisburg","Humberside",593]
[null,null,"Duisburg","South Wales",1226]
[null,null,"Duisburg","Thames Estuary",1002]
[null,null,"Le Havre","Teesside",706]
[null,null,"Le Havre","St Fergus",1017]
[null,null,"Le Havre","Grangemouth",983]
[null,null,"Le Havre","Merseyside",978]
[null,null,"Le Havre","Humberside",620]
[null,null,"Le Havre","South Wales",695]
[null,null,"Le Havre","Thames Estuary",370]
[null,null,"Antwerp","Teesside",454]
[null,null,"Antwerp","St Fergus",848]
[null,null,"Antwerp","Grangemouth",856]
[null,null,"Antwerp","Merseyside",1333]
[null,null,"Antwerp","Humberside",494]
[null,null,"Antwerp","South Wales",1050]
[null,null,"Antwerp","Thames Estuary",304]
[null,null,"Duisburg","Rotterdam",220]
[null,null,"Duisburg","Porsgrunn",1067]
[null,null,"Duisburg","Le Havre",789]
[null,null,"Duisburg","Antwerp",306]
[null,null,"Le Havre","Rotterdam",500]
[null,null,"Le Havre","Porsgrunn",1326]
[null,null,"Le Havre","Antwerp",483]
[null,null,"Antwerp","Rotterdam",131]
[null,null,"Antwerp","Porsgrunn",1100]

{"sheet":"Storage locations","index":7,"n_rows":13,"n_cols":6,"rows_kept":13,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
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[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Storage locations"}]
[]
[]
[null,null,null,"Total storage sites"]
[null,null,null,{"$f":"COUNTA(StorageSiteLocation[Description])","v":3}]
[null,null,"Storage locations"]
[null,null,"ID","Description","Latitude","Longitude"]
[null,null,1,"CNS site",58.004064999999997,-0.36482599999999998]
[null,null,2,"SNS site",54.34,1.64]
[null,null,3,"EIS site",53.568347000000003,-3.4508130000000001]

{"sheet":"Engineering inputs","index":8,"n_rows":20,"n_cols":13,"rows_kept":20,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Engineering inputs"}]
[]
[]
[]
[null,null,"Physical constant","Value","Unit",null,"Initial unit","Final unit","Conversion value",null,"Pressure (MPa)","Density (kg/m3)","Viscosity (Pas)"]
[null,null,"Radius of Earth",{"$f":"6.37*10^6","v":6370000},"m",null,"Mt","kg",{"$f":"1*10^9","v":1000000000},null,10,817.63,7.3876999999999998E-5]
[null,null,"Acceleration due to gravity",9.8000000000000007,"ms-2",null,"Year","second",{"$f":"8760*60*60","v":31536000},null,20,914.24,9.5037999999999994E-5]
[null,null,null,null,null,null,"Inch","metre",2.5399999999999999E-2,null,25,942.98,1.0291E-4]
[null,null,"Engineering assumptions","Value","Unit",null,null,null,null,null,30,966.52,1.1004E-4]
[null,null,"Minimum pipeline pressure",10,"MPa"]
[null,null,"Maximum pipeline pressure",25,"MPa"]
[null,null,"Shoreline supply pressure",10,"MPa"]
[null,null,"Compressor efficiency",0.75]
[null,null,"Routing factor",1.2]
[null,null,"Pipeline roughness",{"$f":"45.6*10^-6","v":4.5599999999999997E-5},"m"]
[null,null,"Injection well diameter",4.5,"inch"]
[null,null,"Pipe utilisation factor",0.75]

{"sheet":"Pipeline costs","index":9,"n_rows":26,"n_cols":9,"rows_kept":26,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Pipeline costs"}]
[]
[]
[null,null,null,"Compression fuel"]
[null,null,null,"Electricity"]
[null,null,"Compressor cost table",null,null,null,"Offshore pipeline cost table"]
[null,null,"Compressor capex (£/MW)","Opex (share of capex)","Cost of energy (£/MWh)",null,"Transmission pipeline length (km)","Capex (£/inch/km)","Opex (share of capex)"]
[null,null,3750000,0.04,52,null,1,180288.46153846153,0.01]
[null,null,null,null,null,null,25,154246.79487179487,0.01]
[null,null,null,null,null,null,30,138555.02136752137,0.01]
[null,null,null,null,null,null,40,116436.29807692308,0.01]
[null,null,null,null,null,null,50,103165.06410256411,0.01]
[null,null,null,null,null,null,60,93482.905982905984,0.01]
[null,null,null,null,null,null,80,82632.211538461532,0.01]
[null,null,null,null,null,null,100,76121.794871794875,0.01]
[null,null,null,null,null,null,150,67107.371794871797,0.01]
[null,null,null,null,null,null,200,62600.160256410265,0.01]
[null,null,null,null,null,null,250,60096.153846153844,0.01]
[null,null,null,null,null,null,300,58092.948717948726,0.01]
[null,null,null,null,null,null,400,55964.543269230766,0.01]
[null,null,null,null,null,null,500,54587.339743589742,0.01]
[null,null,null,null,null,null,1000,53669.204059829062,0.01]
[null,null,null,null,null,null,2000,53084.935897435898,0.01]

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[]
[]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Opex",{"$f":"1-AL4","v":0},{"$f":"1-AM4","v":1},1,0,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pipeline size (inches)",1,2,3,4,5,6,7,8,9,10,null,"Levelised lifetime cost of pipeline (£/t CO2)",1,2,3,4,5,6,7,8,9,10]
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option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",IF(ShippingInfrastructureCostOutput[[#This Row],[Unloading option]]=\"Onshore\", ShipOperationalParameter[Port entry/exit (hours)],0))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(UnloadingCost[Unloading duration (hours)],UnloadingCost[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",ShippingInfrastructureCostOutput[[#This Row],[Transportation distance (km)]]/ShipOperationalParameter[Ship speed (km/h)])","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUM(ShippingInfrastructureCostOutput[[#This Row],[Loading (hours)]:[Travel after unloading]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This 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Row],[Flow rate (Mt CO2/y)]]*10^6*SUMIFS(FuelCost[Carbon intensity (t/MWh)],FuelCost[Fuel],\"Electricity\",FuelCost[Scenario],Ship_fuel_price))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",(ShipOperationalParameter[Fixed fuel consumption (MWh/d)]+ShipOperationalParameter[Marginal fuel consumption (MWh/d/t CO2)]*ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*(ShippingInfrastructureCostOutput[[#This Row],[Port exit (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel before unloading]]+ShippingInfrastructureCostOutput[[#This Row],[Connection (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel after unloading]])/24*ShippingInfrastructureCostOutput[[#This Row],[Number of ships]]*ShippingInfrastructureCostOutput[[#This Row],[Annual trips per ship]]*SUMIFS(FuelCost[Carbon intensity (t/MWh)],FuelCost[Fuel],Ship_fuel_type,FuelCost[Scenario],Ship_fuel_price))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",(ShipOperationalParameter[Fixed fuel consumption (MWh/d)]+ShipOperationalParameter[Marginal fuel consumption (MWh/d/t CO2)]*ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*(ShippingInfrastructureCostOutput[[#This Row],[Port exit (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel before unloading]]+ShippingInfrastructureCostOutput[[#This Row],[Connection (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel after unloading]])/24*ShippingInfrastructureCostOutput[[#This Row],[Number of ships]]*ShippingInfrastructureCostOutput[[#This Row],[Annual trips per ship]]*SUMIFS(FuelCost[Carbon intensity (t/MWh)],FuelCost[Fuel],Ship_fuel_type,FuelCost[Scenario],Ship_fuel_price)+SUMIFS(LiquefactionCost[Energy (kWh/t CO2)],LiquefactionCost[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],LiquefactionCost[Inlet pressure],ShippingInfrastructureCostOutput[[#This Row],[Inlet pressure]])/10^3*ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]*10^6*SUMIFS(FuelCost[Carbon intensity (t/MWh)],FuelCost[Fuel],\"Electricity\",FuelCost[Scenario],Ship_fuel_price))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(LiquefactionCostOutput[Liquefaction capex (£)],LiquefactionCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]],LiquefactionCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],LiquefactionCostOutput[Inlet pressure],ShippingInfrastructureCostOutput[[#This Row],[Inlet pressure]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(LiquefactionCostOutput[Liquefaction opex (£/y)],LiquefactionCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]],LiquefactionCostOutput[Transport CO2 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CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(LiquefiedCO2StorageCostOutput[Liquefied CO2 storage opex (£/y)],LiquefiedCO2StorageCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],LiquefiedCO2StorageCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(LoadingCostOutput[Loading capex (£)],LoadingCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(LoadingCostOutput[Loading opex (£/y)],LoadingCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(ShipSizeCostOutput[Ship capex (£)],ShipSizeCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],ShipSizeCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*ShippingInfrastructureCostOutput[[#This Row],[Number of ships]])","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(ShipSizeCostOutput[Ship opex (£/y)],ShipSizeCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],ShipSizeCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*ShippingInfrastructureCostOutput[[#This Row],[Number of ships]])","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",(ShipOperationalParameter[Fixed fuel consumption (MWh/d)]+ShipOperationalParameter[Marginal fuel consumption (MWh/d/t CO2)]*ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*(ShippingInfrastructureCostOutput[[#This Row],[Port exit (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel before unloading]]+ShippingInfrastructureCostOutput[[#This Row],[Connection (hours)]]+ShippingInfrastructureCostOutput[[#This Row],[Travel after unloading]])/24*10^3*SUMIFS(FuelCost[Cost (£/kWh)],FuelCost[Fuel],Ship_fuel_type,FuelCost[Scenario],Ship_fuel_price)*ShippingInfrastructureCostOutput[[#This Row],[Number of ships]]*ShippingInfrastructureCostOutput[[#This Row],[Annual trips per ship]])","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(HarborCostOutput[Harbor fee (£/y)],HarborCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]],HarborCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]])*(1+SUMIFS(UnloadingCost[Harbor fees],UnloadingCost[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]]))/2)","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(UnloadingCostOutput[Unloading capex (£)],UnloadingCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],UnloadingCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(UnloadingCostOutput[Unloading opex (£/y)],UnloadingCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],UnloadingCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(UnloadingCO2StorageCostOutput[Liquefied CO2 storage capex (£)],UnloadingCO2StorageCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],UnloadingCO2StorageCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],UnloadingCO2StorageCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(UnloadingCO2StorageCostOutput[Liquefied CO2 storage opex (£/y)],UnloadingCO2StorageCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],UnloadingCO2StorageCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],UnloadingCO2StorageCostOutput[Ship size (t CO2)],ShippingInfrastructureCostOutput[[#This Row],[Ship size (t CO2)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(CO2GasificationCostOutput[Gasification capex (£)],CO2GasificationCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],CO2GasificationCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],CO2GasificationCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(CO2GasificationCostOutput[Gasification opex (£/y)],CO2GasificationCostOutput[Unloading option],ShippingInfrastructureCostOutput[[#This Row],[Unloading option]],CO2GasificationCostOutput[Transport CO2 pressure],ShippingInfrastructureCostOutput[[#This Row],[Transport CO2 pressure]],CO2GasificationCostOutput[Flow rate (Mt CO2/y)],ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]]))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",SUMIFS(OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Liquefaction capex (£)]],ShippingInfrastructureCostOutput[[#This Row],[ID]],0,1,17),OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Liquefaction capex (£)]],-3,0,1,17),1))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",-PV(Discount_rate,ShippingLifetime,SUMIFS(OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Liquefaction capex (£)]],ShippingInfrastructureCostOutput[[#This Row],[ID]],0,1,17),OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Liquefaction capex (£)]],-2,0,1,17),1)))","v":""},{"$f":"IF(ShippingInfrastructureCostOutput[[#This Row],[Active]]=0,\"\",IF(ShippingInfrastructureCostOutput[[#This Row],[Suitable]]=0,\"\",SUM(ShippingInfrastructureCostOutput[[#This Row],[Total capex (£/y)]:[Total lifetime discounted opex (£/y)]])/-PV(Discount_rate,ShippingLifetime,ShippingInfrastructureCostOutput[[#This Row],[Flow rate (Mt CO2/y)]])/10^6))","v":""}]

{"sheet":"Results Active scenario","index":12,"n_rows":53,"n_cols":7,"rows_kept":53,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"CO2 shipping cost tool"]
[]
[null,null,{"$f":"MID(CELL(\"filename\",A1),FIND(\"]\",CELL(\"filename\",A1))+1,255)","v":"Results Active scenario"}]
[]
[]
[]
[null,null,null,"Distance",{"$f":"Selected_distance","v":476}]
[null,null,null,"Flow rate (Mt CO2/y)",{"$f":"Selected_flow_rate","v":5}]
[]
[null,null,null,"Pipeline Pressure Drop (MPa)",{"$f":"Selected_pressure_drop","v":15}]
[null,null,null,"Minimum cost row",{"$f":"SUMIFS(PipelineInfrastructureCost[ID],PipelineInfrastructureCost[Pressure drop (MPa)],E11,PipelineInfrastructureCost[Transportation distance (km)],E8,PipelineInfrastructureCost[Flow rate (Mt CO2/y)],E9)","v":27}]
[]
[null,null,null,"Pipeline cost element","Lifetime cost (£)","Levelised cost (£/t CO2)","Category"]
[null,null,1,{"$f":"OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],0,$C15)","v":"Compressor capex (£)"},{"$f":"IF(OFFSET('Pipeline infrastructure costs'!$AK$4,0,$C15)=1,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C15),-PV(Discount_rate,PipelineLifetime,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C15)))","v":19391284.556440312},{"$f":"E15/-PV(Discount_rate,PipelineLifetime,$E$9)/10^6","v":0.19391284556440314},"Capex"]
[null,null,2,{"$f":"OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],0,$C16)","v":"Compressor opex (£/y)"},{"$f":"IF(OFFSET('Pipeline infrastructure costs'!$AK$4,0,$C16)=1,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C16),-PV(Discount_rate,PipelineLifetime,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C16)))","v":15513027.64515225},{"$f":"E16/-PV(Discount_rate,PipelineLifetime,$E$9)/10^6","v":0.15513027645152253},"Opex"]
[null,null,3,{"$f":"OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],0,$C17)","v":"Compressor energy cost (£/y)"},{"$f":"IF(OFFSET('Pipeline infrastructure costs'!$AK$4,0,$C17)=1,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C17),-PV(Discount_rate,PipelineLifetime,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C17)))","v":54357648.868613482},{"$f":"E17/-PV(Discount_rate,PipelineLifetime,$E$9)/10^6","v":0.54357648868613484},"Fuel"]
[null,null,4,{"$f":"OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],0,$C18)","v":"Transmission pipeline capex (£)"},{"$f":"IF(OFFSET('Pipeline infrastructure costs'!$AK$4,0,$C18)=1,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C18),-PV(Discount_rate,PipelineLifetime,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C18)))","v":479504206.73076922},{"$f":"E18/-PV(Discount_rate,PipelineLifetime,$E$9)/10^6","v":4.7950420673076923},"Capex"]
[null,null,5,{"$f":"OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],0,$C19)","v":"Transmission pipeline opex (£/y)"},{"$f":"IF(OFFSET('Pipeline infrastructure costs'!$AK$4,0,$C19)=1,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C19),-PV(Discount_rate,PipelineLifetime,OFFSET(PipelineInfrastructureCost[[#Headers],[Compressor size (MW)]],$E$12,$C19)))","v":95900841.34615384},{"$f":"E19/-PV(Discount_rate,PipelineLifetime,$E$9)/10^6","v":0.95900841346153842},"Opex"]
[]
[null,null,{"$f":"MATCH(Selected_unloading_option,Unloading_option_list,0)","v":1},"Shipping unloading option",{"$f":"Selected_unloading_option","v":"Onshore"}]
[null,null,{"$f":"IF(Active_scenario_switch=\"Yes\",1,MATCH(Selected_distance,Distance_list,0))","v":1},"Transportation distance (km)",{"$f":"IF(Active_scenario_switch=\"Yes\",Selected_distance,OFFSET(TransportationDistances[[#Headers],[Transportation distance (km)]],C22,0))","v":476}]
[null,null,{"$f":"MATCH(Selected_flow_rate,Flow_rate_list,0)","v":6},"Flow rate (Mt CO2/y)",{"$f":"OFFSET(FlowRates[[#Headers],[Flow rate (Mt CO2/y)]],C23,0)","v":5}]
[null,null,null,"Minimum cost row",{"$f":"SUMIFS(OFFSET(ShippingInfrastructureCostOutput[[#Headers],[ID]],($C$21-1)*Total_transportation_distances*Total_flow_rates*Total_CO2_pressure*Total_CO2_ships+($C$22-1)*Total_flow_rates*Total_CO2_pressure*Total_CO2_ships+($C$23-1)*Total_CO2_pressure*Total_CO2_ships+1,0,Total_CO2_pressure*Total_CO2_ships,1),OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Levelised lifetime cost of shipping (£/t CO2)]],($C$21-1)*Total_transportation_distances*Total_flow_rates*Total_CO2_pressure*Total_CO2_ships+($C$22-1)*Total_flow_rates*Total_CO2_pressure*Total_CO2_ships+($C$23-1)*Total_CO2_pressure*Total_CO2_ships+1,0,Total_CO2_pressure*Total_CO2_ships,1),OFFSET('Shipping infrastructure costs'!$DA$8,$C$22,$C$23))","v":144}]
[null,null,null,"Transport CO2 pressure",{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Transport CO2 pressure]],$E$24,0)","v":"Low"}]
[null,null,null,"Ship size (t CO2)",{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Ship size (t CO2)]],$E$24,0)","v":50000}]
[null,null,null,"Nr. of ships",{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[Number of ships]],E24,0)","v":1}]
[]
[null,null,null,"Shipping cost element","Lifetime cost (£)","Levelised cost (£/t CO2)"]
[null,null,1,{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],0,$C30)","v":"Liquefaction capex (£)"},{"$f":"IF(OFFSET('Shipping infrastructure costs'!$CE$4,0,$C30)=1,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C30),-PV(Discount_rate,ShippingLifetime,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C30)))","v":48867261.2229615},{"$f":"E30/-PV(Discount_rate,ShippingLifetime,$E$23)/10^6","v":0.488672612229615},"Capex"]
[null,null,2,{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],0,$C31)","v":"Liquefaction opex (£/y)"},{"$f":"IF(OFFSET('Shipping infrastructure costs'!$CE$4,0,$C31)=1,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C31),-PV(Discount_rate,ShippingLifetime,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C31)))","v":97734522.445923001},0.97734522445923,"Opex"]
[null,null,3,{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],0,$C32)","v":"Liquefaction fuel cost (£/y)"},{"$f":"IF(OFFSET('Shipping infrastructure costs'!$CE$4,0,$C32)=1,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C32),-PV(Discount_rate,ShippingLifetime,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C32)))","v":196419200},1.9641919999999999,"Fuel"]
[null,null,4,{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],0,$C33)","v":"Temporary CO2 storage capex (loading) (£)"},{"$f":"IF(OFFSET('Shipping infrastructure costs'!$CE$4,0,$C33)=1,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C33),-PV(Discount_rate,ShippingLifetime,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C33)))","v":30959999.999999996},0.30959999999999993,"Capex"]
[null,null,5,{"$f":"OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],0,$C34)","v":"Temporary CO2 storage opex (loading) (£/y)"},{"$f":"IF(OFFSET('Shipping infrastructure costs'!$CE$4,0,$C34)=1,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C34),-PV(Discount_rate,ShippingLifetime,OFFSET(ShippingInfrastructureCostOutput[[#Headers],[CO2 emissions total (tCO2)]],E$24,$C34)))","v":30960000},0.30959999999999999,"Opex"]
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