web_outputs.json

{
    "weboutputs_summary_table": {
        "Webtool Page": [
            "Key indicators",
            "Key indicators",
            "Warnings",
            "Warnings",
            "Warnings",
            "Warnings",
            "Warnings",
            "Overview",
            "Overview",
            "Overview",
            "Overview",
            "Transport",
            "Transport",
            "Transport",
            "Transport",
            "Buildings",
            "Buildings",
            "Buildings",
            "Buildings",
            "Industry",
            "Industry",
            "CO2 Removal & Gases",
            "CO2 Removal & Gases",
            "CO2 Removal & Gases",
            "CO2 Removal & Gases",
            "Electricity",
            "Electricity",
            "Electricity",
            "Electricity",
            "Land Use & Bioenergy",
            "Land Use & Bioenergy",
            "Land Use & Bioenergy",
            "Land Use & Bioenergy",
            "Imports, Map & Flows",
            "Imports, Map & Flows",
            "Imports, Map & Flows",
            "Imports, Map & Flows"
        ],
        "Webtool Tab": [
            "Not required",
            "Not required",
            "Not required",
            "Not required",
            "Not required",
            "Not required",
            "Not required",
            "GHG Emissions / Primary Energy",
            "GHG Emissions / Primary Energy",
            "GHG Cumulative / Final Energy",
            "GHG Cumulative / Final Energy",
            "Energy & Emissions",
            "Energy & Emissions",
            "Demand & Technology",
            "Demand & Technology",
            "Energy & Emissions",
            "Energy & Emissions",
            "Heat",
            "Heat",
            "Energy & Emissions",
            "Energy & Emissions",
            "Emissions Removal",
            "Emissions Removal",
            "Gas Grid & Hydrogen",
            "Gas Grid & Hydrogen",
            "Emissions & Generation",
            "Emissions & Generation",
            "Capacity & Peak",
            "Capacity & Peak",
            "Emissions & Land",
            "Emissions & Land",
            "Bioenergy",
            "Bioenergy",
            "Imports",
            "Imports",
            "Map",
            "Flows"
        ],
        "Position": [
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            2,
            1,
            2,
            3,
            4,
            5,
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
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            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Top",
            "Bottom",
            "Page",
            "Page"
        ],
        "Title": [
            "GHG Emissions in 2050",
            "UK Net Zero by ",
            "Level 4",
            "Extremely ambitious rate of change",
            "Bioenergy Imports",
            "Land",
            "Electricity Peak",
            "Annual Greenhouse Gas Emissions",
            "Primary Energy Consumption",
            "Cumulative UK Greenhouse Gas Emissions",
            "Final Energy Consumption",
            "Emissions - Transport",
            "Energy Consumption - Transport",
            "Passenger Distance Travelled",
            "Road Transport Energy Consumption by Engine Type",
            "Emissions - Buildings",
            "Energy Consumption - Buildings & Heat Networks",
            "Heat Supplied",
            "Heat Demand",
            "Emissions - Industry",
            "Energy Consumption - Industry",
            "Emissions Removal",
            "Cumulative Emissions Stored",
            "Gas Distribution Grid Energy Supplied",
            "Hydrogen Supply",
            "Emissions - Electricity Generation",
            "Electricity Supply",
            "Electrical Capacity",
            "Peak Gate Power Demand",
            "Emissions - Land Use and Biofuels",
            "Land Area Trade Off",
            "Domestic Bioenergy Production",
            "Imported Bioenergy",
            "Energy Imports",
            "Energy Import Dependence",
            "Illustration of scale of land and sea use (positions are arbitrary)",
            "UK Energy Flows"
        ],
        "Axis Unit": [
            "% reduction on 1990",
            "No Units",
            "No Units",
            "No Units",
            "No Units",
            "No Units",
            "No Units",
            "MtCO2e/yr",
            "TWh/yr",
            "MtCO2e",
            "TWh/yr",
            "MtCO2e/yr",
            "TWh/yr",
            "Billion Passenger km/yr",
            "TWh/yr",
            "MtCO2e/yr",
            "TWh/yr",
            "TWh/yr",
            "TWh/yr",
            "MtCO2e/yr",
            "TWh/yr",
            "MtCO2e/yr",
            "MtCO2e",
            "TWh/yr",
            "TWh/yr",
            "MtCO2e/yr",
            "TWh/yr",
            "GW",
            "GW",
            "MtCO2e/yr",
            "km2",
            "TWh/yr",
            "TWh/yr",
            "TWh/yr",
            "Percent",
            "No Units",
            "TWh/yr"
        ],
        "Named Range": [
            "output.metric.emissions.reduction.twentyfifty",
            "output.metric.emissions.yrzero",
            "output.warning.L4chosen",
            "output.warning.exceedL4.rate",
            "output.warning.bio.imports",
            "output.warning.land",
            "output.warning.elec.peak",
            "output.emissions.sector",
            "output.primary.energy.consumption",
            "output.emissions.cumulative",
            "output.final.energy.consumption",
            "output.tra.emissions",
            "output.tra.energy.consumption",
            "output.tra.pass.distance",
            "output.tra.energy.consumption.vehicle",
            "output.buildings.emissions",
            "output.buildings.energy.consumption",
            "output.buildings.heat.supply",
            "output.buildings.heat.demand",
            "output.ind.emissions",
            "output.ind.energy.consumption",
            "output.emissions.removal",
            "output.emissions.stored.cumulative",
            "output.gas.grid.dist.supply",
            "output.hydrogen.production",
            "output.electricity.emissions",
            "output.electricity.generation.type",
            "output.electricity.capacity.type",
            "output.electricity.peak.demand",
            "output.land.bio.emissions",
            "output.land.area.trade.off",
            "output.land.bioenergy.production",
            "output.bioenergy.imports",
            "output.security.import.energy",
            "output.security.import.fraction",
            "output.land.map.area,output.land.map.distance,output.land.map.numberunits",
            "output.flows"
        ],
        "Graph Type": [
            "Bar with shaded confidence interval",
            "Text",
            "Icon",
            "Icon",
            "Icon",
            "Icon",
            "Icon",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Line",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Line",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Stacked Area with overlying Line(s)",
            "Line",
            "Stacked Area with overlying Line(s)",
            "Line",
            "Map",
            "Sankey/Flow"
        ],
        "Y axis min": [
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        "Y axis max": [
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    },
    "example_pathways": {
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            1,
            1,
            3,
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            1,
            1,
            3.1,
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            3,
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        "All Level 2": [
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        "All Level 3": [
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        ],
        "Example 4": [
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        "Example 5": [
            1,
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            1,
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            1
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        "Example 6": [
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            1,
            1,
            1,
            1,
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            1,
            1,
            1,
            1,
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            1,
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            1,
            1,
            1
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        "Example 7": [
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            1,
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            1,
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            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1
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        "Example 8": [
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
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            1
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        "Example 9": [
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            1,
            1,
            1,
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            1,
            1,
            1,
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        "Example 10": [
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            1,
            1
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        "Example 11": [
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            1,
            1,
            1,
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            1,
            1,
            1,
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            1,
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        "Example 12": [
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
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            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1
        ],
        "Example 13": [
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
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            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1
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        "Example 14": [
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
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            1,
            1,
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            1,
            1,
            1,
            1,
            1
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        "Example 15": [
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
            1,
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    },
    "output_lever_names_grouped": {
        "Transport": {
            "names": [
                "UK Transport Demand",
                "International Aviation",
                "Light Vehicles - Electric",
                "Light Vehicles - Hydrogen",
                "Light Vehicles - Hybrid",
                "Light Vehicles - Biofuel",
                "Heavy Vehicles - Electric",
                "Heavy Vehicles - Hydrogen",
                "Heavy Vehicles - Hybrid",
                "Heavy Vehicles - Biofuel",
                "Aviation Efficiency",
                "Aviation Biofuel"
            ],
            "tooltips": [
                [
                    "How far and by what methods passengers travel in the UK",
                    "By 2050 the average annual distance travelled per person is 10% further than in 2015. 81% of this is done by car.",
                    "By 2050 the average annual distance travelled per person is 2% less than in 2015. 72.5% of this is done by car.",
                    "By 2050 the average annual distance travelled per person is 9% less than in 2015. 63% of this is done by car.",
                    "By 2050 the average annual distance travelled per person is 24% less than in 2015. 48.5% of this is done by car."
                ],
                [
                    "Distance flown abroad by passengers from the UK",
                    "By 2050 the average annual distance travelled per person internationally is 41% further than in 2015.",
                    "By 2050 the average annual distance travelled per person internationally is 27% further than in 2015.",
                    "By 2050 the average annual distance travelled per person internationally is 12% further than in 2015.",
                    "By 2050 the average annual distance travelled per person internationally is 3% less than in 2015."
                ],
                [
                    "Share of cars, vans and small trucks that are battery electric vehicles",
                    "0% of cars are electric by 2050 (0% of vans and 0% of small trucks).",
                    "50% of cars are electric by 2050 (50% of vans and 20% of small trucks).",
                    "95% of cars are electric by 2050 (95% of vans and 50% of small trucks).",
                    "100% of cars are electric by 2050 (100% of vans and 100% of small trucks)."
                ],
                [
                    "Share of cars, vans and small trucks that are hydrogen-fuelled",
                    "0% of cars are hydrogen-fuelled by 2050 (0% of vans and 0% of small trucks).",
                    "33% of cars are hydrogen-fuelled by 2050 (33% of vans and 5% of small trucks).",
                    "67% of cars are hydrogen-fuelled by 2050 (67% of vans and 50% of small trucks).",
                    "100% of cars are hydrogen-fuelled by 2050 (100% of vans and 100% of small trucks)."
                ],
                [
                    "Share of cars, vans and small trucks that are plug-in hybrid vehicles",
                    "0% of cars are hybrids by 2050 (0% of vans and 0% of small trucks).",
                    "33% of cars are hybrids by 2050 (33% of vans and 20% of small trucks).",
                    "67% of cars are hybrids by 2050 (67% of vans and 50% of small trucks).",
                    "100% of cars are hybrids by 2050 (100% of vans and 100% of small trucks)."
                ],
                [
                    "Share of fuel in conventional cars, vans and small trucks that is biofuel",
                    "3% of fuel used in conventional cars is biofuel by 2050 (3% of vans and 2% of small trucks).",
                    "25% of fuel used in conventional cars is biofuel by 2050 (25% of vans and 25% of small trucks).",
                    "50% of fuel used in conventional cars is biofuel by 2050 (50% of vans and 50% of small trucks).",
                    "100% of fuel used in conventional cars is biofuel by 2050 (100% of vans and 100% of small trucks)."
                ],
                [
                    "Share of large trucks, buses and trains that are battery electric vehicles",
                    "0% of large trucks, 0% of buses and 65% of passenger trains are electric by 2050.",
                    "2% of large trucks, 40% of buses and 80% of passenger trains are electric by 2050.",
                    "15% of large trucks, 60% of buses and 90% of passenger trains are electric by 2050.",
                    "100% of large trucks, 100% of buses and 100% of passenger trains are electric by 2050."
                ],
                [
                    "Share of large trucks and buses that are hydrogen-fuelled",
                    "0% of large trucks and 0% of buses are hydrogen-fuelled by 2050.",
                    "50% of large trucks and 40% of buses are hydrogen-fuelled by 2050.",
                    "80% of large trucks and 60% of buses are hydrogen-fuelled by 2050.",
                    "100% of large trucks and 100% of buses are hydrogen-fuelled by 2050."
                ],
                [
                    "Share of large trucks and buses that are plug-in hybrid vehicles",
                    "0% of large trucks and 0% of buses are hybrids by 2050.",
                    "25% of large trucks and 40% of buses are hybrids by 2050.",
                    "60% of large trucks and 60% of buses are hybrids by 2050.",
                    "100% of large trucks and 100% of buses are hybrids by 2050."
                ],
                [
                    "Share of fuel in conventional large trucks, buses, trains and ships that is biofuel",
                    "2% of fuel used in convensional large trucks is biofuel, 2% in buses, 2% in trains by 2050.",
                    "25% of buses, 25% of passenger trains and 25% of large trucks use biofuel by 2050.",
                    "50% of buses, 50% of passenger trains and 50% of large trucks use biofuel by 2050.",
                    "100% of buses, 100% of passenger trains and 100% of large trucks use biofuel by 2050."
                ],
                [
                    "Energy intensity of aircraft travel and the share of aircrafts that are hybrid electric",
                    "Aircrafts are 18% more efficient than in 2015 and 0% are plug-in hybrid electric vehicles, by 2050.",
                    "Aircrafts are 43% more efficient than in 2015 and 0% are plug-in hybrid electric vehicles, by 2050.",
                    "Aircrafts are 54% more efficient than in 2015 and 50% are plug-in hybrid electric vehicles, by 2050.",
                    "Aircrafts are 67% more efficient than in 2015 and 100% are plug-in hybrid electric vehicles, by 2050."
                ],
                [
                    "Share of fuel used in conventional aircrafts that is biofuel.",
                    "0% of liquid fuel used in aircraft is biofuel by 2050.",
                    "10% of liquid fuel used in aircraft is biofuel by 2050.",
                    "30% of liquid fuel used in aircraft is biofuel by 2050.",
                    "100% of liquid fuel used in aircraft is biofuel by 2050."
                ]
            ]
        },
        "Buildings": {
            "names": [
                "Buildings Temperature",
                "Buildings Insulation",
                "District Heat Share",
                "Heat Pump Share",
                "Hybrid Heat Share",
                "Network - Heat Pump",
                "Heat Network - Biomass",
                "Lighting and Appliances"
            ],
            "tooltips": [
                [
                    "Average temperature of homes, demand for hot water and penetration of air conditioning (AC)",
                    "By 2050, the average house temperature is 20\u00b0C, 50% of homes have AC and domestic hot water demand is 43% more than in 2015.",
                    "By 2050, the average house temperature is 18\u00b0C, 33% of homes have AC and domestic hot water demand is 3% more than in 2015.",
                    "By 2050, the average house temperature is 17\u00b0C, 17% of homes have AC and domestic hot water demand is 23% less than in 2015.",
                    "By 2050, the average house temperature is 16\u00b0C, 0% of homes have AC and domestic hot water demand is 49% less than in 2015."
                ],
                [
                    "Retrofit insulation deployment and new build thermal performance standards. ",
                    "By 2040, insulation measures have been added to 9% of existing homes and heat losses from new builds are the same as in 2015.",
                    "By 2040, insulation measures have been added to 34% of existing homes and heat losses from new builds are 33% less than in 2015.",
                    "By 2040, insulation measures have been added to 58% of existing homes and heat losses from new builds are 58% less than in 2015.",
                    "By 2040, insulation measures have been added to 83% of existing homes and heat losses from new builds are 83% less than in 2015."
                ],
                [
                    "Share of heat supplied by district heating",
                    "4% of homes are heated by district heat by 2050 (the same as in 2015).",
                    "20% of homes are heated by district heat by 2050 (compared to 4% in 2015).",
                    "40% of homes are heated by district heat by 2050 (compared to 4% in 2015).",
                    "60% of homes are heated by district heat by 2050 (compared to 4% in 2015)."
                ],
                [
                    "Share of heat supplied by heat pumps",
                    "0% of homes are heated by heat pumps by 2050 (the same as in 2015).",
                    "20% of homes are heated by heat pumps by 2050 (compared to 0% in 2015).",
                    "40% of homes are heated by heat pumps by 2050 (compared to 0% in 2015).",
                    "90% of homes are heated by heat pumps by 2050 (compared to 0% in 2015)."
                ],
                [
                    "Share of heat supply from hybrid heat pump / gas boilers",
                    "0% of homes are heated by hybrid heat pumps by 2050 (the same as in 2015).",
                    "25% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015).",
                    "50% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015).",
                    "90% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015)."
                ],
                [
                    "District/Network heat supplied by water-source (WS) and ground-source (GS) heat pumps",
                    "Heat Pumps do not contribute to heat networks by 2050 (in 2015 neither are used).",
                    "70 TWh from large scale heat pumps, 20 TWh from WS and 50 TWh from GS by 2050 (in 2015 neither are used).",
                    "140 TWh from large scale heat pumps, 40 TWh from WS and 100 TWh from GS by 2050 (in 2015 neither are used).",
                    "305 TWh from large scale heat pumps, 80 TWh from WS and 225 TWh from GS by 2050 (in 2015 neither are used)."
                ],
                [
                    "District/Network heat supply from biomass CHP",
                    "Biomass CHP does not contribute to heat networks by 2050",
                    "25 TWh heat supplied to heat networks from biomass CHP by 2050",
                    "50 TWh heat supplied to heat networks from biomass CHP by 2050",
                    "100 TWh heat supplied to heat networks from biomass CHP by 2050"
                ],
                [
                    "Energy intensity of and demand for lighting and appliances",
                    "By 2050, compared to 2015, domestic lighting demand per person is 50% higher and 22% more efficient, appliance demand is 50% higher and 10% more efficient.",
                    "By 2050, compared to 2015, domestic lighting demand per person is the same and 67% more efficient, appliance demand is 0% lower and 23% more efficient.",
                    "By 2050, compared to 2015, domestic lighting demand per person is 15% lower and 67% more efficient, appliance demand is 25% lower and 37% more efficient.",
                    "By 2050, compared to 2015, domestic lighting demand per person is 30% lower and 75% more efficient, appliance demand is 50% lower and 50% more efficient."
                ]
            ]
        },
        "Industry": {
            "names": [
                "Industrial Efficiency",
                "Industry Electrification",
                "Industry Shift to Biomass",
                "Industry Shift to Gas",
                "Industry CCS"
            ],
            "tooltips": [
                [
                    "Energy and emissions intensity of industrial processes",
                    "No change to 13% decrease in energy consumption and no change in process emissions, per unit of output by 2050",
                    "No change to 28% decrease in energy consumption and 13% decrease in process emissions, per unit of output by 2050",
                    "10% decrease to 49% decrease in energy consumption and 27% decrease in process emissions, per unit of output by 2050",
                    "25% decrease to 60% decrease in energy consumption and 40% decrease in process emissions, per unit of output by 2050"
                ],
                [
                    "Share of industrial heat produced from electricity",
                    "3% to 20% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015).",
                    "21% to 43% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015).",
                    "44% to 50% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015).",
                    "85% to 90% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015)."
                ],
                [
                    "Share of industrial heat produced from biomass",
                    "0% to 8% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015).",
                    "23% to 31% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015).",
                    "47% to 60% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015).",
                    "70% to 90% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015)."
                ],
                [
                    "Share of industrial heat produced from gas (natural gas, biomethane or hydrogen)",
                    "3% to 74% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015).",
                    "32% to 78% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015).",
                    "52% to 83% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015).",
                    "70% to 90% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015)."
                ],
                [
                    "Share of polluting industrial combustion processes with Carbon Capture and Storage (CCS) applied",
                    "0% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015).",
                    "23% to 30% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015).",
                    "51% to 60% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015).",
                    "98% to 100% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015)."
                ]
            ]
        },
        "CO2 Removal & Gases": {
            "names": [
                "Hydrogen Gas Grid Share",
                "Biomethane Gas Grid Share",
                "Hydrogen - Biomass CCS",
                "Hydrogen - Methane CCS",
                "Hydrogen - Imports",
                "Greenhouse Gas Removal",
                "Bio-Conversion with CCS",
                "CCS Capture Rate"
            ],
            "tooltips": [
                [
                    "Share of the gas grid converted to Hydrogen",
                    "0% of the gas grid converted to hydrogen by 2050 (the same as in 2015).",
                    "33% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015).",
                    "67% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015).",
                    "100% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015)."
                ],
                [
                    "Share of gas grid demand supplied by biomethane (substituted into grid)",
                    "0.5% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015).",
                    "5% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015).",
                    "25% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015).",
                    "100% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015)."
                ],
                [
                    "Hydrogen produced using the gasification of biomass with CCS",
                    "No hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015).",
                    "50 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015).",
                    "100 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015).",
                    "200 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015)."
                ],
                [
                    "Hydrogen produced using Steam Methane Reformation (SMR) with CCS",
                    "No hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015).",
                    "188 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015).",
                    "375 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015).",
                    "750 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015)."
                ],
                [
                    "Amount of zero-carbon hydrogen imports",
                    "No hydrogen imported",
                    "138 TWh of zero-carbon hydrogen is imported by 2060.",
                    "275 TWh of zero-carbon hydrogen is imported by 2060.",
                    "600 TWh of zero-carbon hydrogen is imported by 2060."
                ],
                [
                    "Carbon dioxide captured with Direct Air Capture (DAC) and Enhanced Weathering (EW)",
                    "No emissions captured",
                    "No emissions captured",
                    "20 Mt.CO2e of CO2 captured by 2100 (15 from DAC and 5 from EW)",
                    "90 Mt.CO2e of CO2 captured by 2100 (75 from DAC and 15 from EW)"
                ],
                [
                    "Share of bioenergy conversion processes with CCS applied",
                    "0% of bio-conversion processes have CCS applied by 2050",
                    "33% of bio-conversion processes have CCS applied by 2050",
                    "67% of bio-conversion processes have CCS applied by 2050",
                    "100% of bio-conversion processes have CCS applied by 2050"
                ],
                [
                    "The share of carbon captured in CCS for industrial processes, bio-conversion, electricity and hydrogen production.",
                    "65% to 85% capture rate range for CCS processes by 2035.",
                    "77% to 90% capture rate range for CCS processes by 2035.",
                    "88% to 95% capture rate range for CCS processes by 2035.",
                    "100% capture rate for CCS processes by 2035."
                ]
            ]
        },
        "Electricity": {
            "names": [
                "Seasonal Storage",
                "Short Term Balancing",
                "Biomass with CCS",
                "Nuclear",
                "Offshore & Onshore Wind",
                "Solar",
                "Wave & Tidal",
                "Gas with CCS"
            ],
            "tooltips": [
                [
                    "Electricity stored between seasons to better balance supply and demand",
                    "No electricity stored between seasons (none stored in 2015).",
                    "15 TWh of electricity stored each year by 2050 (none stored in 2015).",
                    "30 TWh of electricity stored each year by 2050 (none stored in 2015).",
                    "60 TWh of electricity stored each year by 2050 (none stored in 2015)."
                ],
                [
                    "Short term demand shifting potential through interconnection, demand side response (DSR), vehicle-to-grid (V2G) charging and batteries",
                    "6.5 GW of interconnectors and 5 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015).",
                    "9 GW of interconnectors and 25 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015).",
                    "14.5 GW of interconnectors and 50 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015).",
                    "20 GW of interconnectors and 100 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015)."
                ],
                [
                    "Electricity generation from the combustion of biomass with CCS (generating negative emissions credits under accounting rules)",
                    "0 GW capacity by 2050 (the same as 2015).",
                    "5 GW capacity by 2050 (0 GW in 2015) capable of generating up to 37 TWh per year.",
                    "10 GW capacity by 2050 (0 GW in 2015) capable of generating up to 74 TWh per year.",
                    "15 GW capacity by 2050 (0 GW in 2015) capable of generating up to 110 TWh per year."
                ],
                [
                    "Electricity generation using nuclear power",
                    "4.5 GW capacity by 2050 (0.5x the 9.6 GW capacity in 2015) capable of generating up to 35 TWh per year. Equivalent to 1.5 3 GW plants..",
                    "15 GW capacity by 2050 (1.6x the 9.6 GW capacity in 2015) capable of generating up to 117 TWh per year. Equivalent to 5 3 GW plants..",
                    "30 GW capacity by 2050 (3.1x the 9.6 GW capacity in 2015) capable of generating up to 234 TWh per year. Equivalent to 10 3 GW plants..",
                    "62 GW capacity by 2050 (6.5x the 9.6 GW capacity in 2015) capable of generating up to 484 TWh per year. Equivalent to 20.7 3 GW plants.."
                ],
                [
                    "Electricity generation using onshore and offshore wind",
                    "0 GW capacity by 2050, 0 GW onshore and 0 GW offshore (0x the 14.3 GW capacity in 2015) capable of generating up to 0 TWh per year.",
                    "77 GW capacity by 2050, 22 GW onshore and 55 GW offshore (5.4x the 14.3 GW capacity in 2015) capable of generating up to 296 TWh per year.",
                    "155 GW capacity by 2050, 35 GW onshore and 120 GW offshore (10.8x the 14.3 GW capacity in 2015) capable of generating up to 611 TWh per year.",
                    "280 GW capacity by 2050, 80 GW onshore and 200 GW offshore (19.6x the 14.3 GW capacity in 2015) capable of generating up to 1076 TWh per year."
                ],
                [
                    "Electricity generation using solar power",
                    "0 GW capacity by 2050 (0x the 9.5 GW capacity in 2015) capable of generating up to 0 TWh per year.",
                    "70 GW capacity by 2050 (7.3x the 9.5 GW capacity in 2015) capable of generating up to 67 TWh per year.",
                    "165 GW capacity by 2050 (17.3x the 9.5 GW capacity in 2015) capable of generating up to 159 TWh per year.",
                    "300 GW capacity by 2050 (31.5x the 9.5 GW capacity in 2015) capable of generating up to 289 TWh per year."
                ],
                [
                    "Electricity generation using wave and tidal power",
                    "0 GW capacity by 2050, 0 GW tidal stream, 0 GW tidal range and 0 GW wave (the same as 2015).",
                    "9.7 GW capacity by 2050, 8 GW tidal stream, 0.2 GW tidal range and 1.5 GW wave (0 GW capacity in 2015) capable of generating up to 26 TWh per year.",
                    "34 GW capacity by 2050, 16 GW tidal stream, 15 GW tidal range and 3 GW wave (0 GW capacity in 2015) capable of generating up to 78 TWh per year.",
                    "68 GW capacity by 2050, 22 GW tidal stream, 33 GW tidal range and 13 GW wave (0 GW capacity in 2015) capable of generating up to 152 TWh per year."
                ],
                [
                    "Electricity generation from the combustion of gas with CCS",
                    "0 GW capacity by 2050 (the same as 2015).",
                    "10 GW capacity by 2050 (0 GW in 2015) capable of generating up to 77 TWh per year.",
                    "30 GW capacity by 2050 (0 GW in 2015) capable of generating up to 231 TWh per year.",
                    "60 GW capacity by 2050 (0 GW in 2015) capable of generating up to 463 TWh per year."
                ]
            ]
        },
        "Land, Bioenergy & Waste": {
            "names": [
                "Farming Yield & Efficiency",
                "Forestry",
                "Land for Bioenergy",
                "Waste Reduction"
            ],
            "tooltips": [
                [
                    "Reductions in the number of livestock, crop yield improvements and the emissions intensity of agricultural processes",
                    "In 2050, emissions intensity is unchanged, land yield is 0-25% higher, there are 0% more cattle, 0% more poultry and 0% more other livestock compared to 2015.",
                    "In 2050, emissions intensity is 4-8% lower, land yield is 10-37% higher, there are 16% fewer cattle, 10% more poultry and 11% fewer other livestock compared to 2015.",
                    "In 2050, emissions intensity is 9-15% lower, land yield is 20-48% higher, there are 32% fewer cattle, 21% more poultry and 23% fewer other livestock compared to 2015.",
                    "In 2050, emissions intensity is 13-23% lower, land yield is 30-72% higher, there are 49% fewer cattle, 31% more poultry and 34% fewer other livestock compared to 2015."
                ],
                [
                    "Land dedicated to planting forest (requires land to be freed up using the Farming Yield & Efficiency lever)",
                    "14% of UK land area covered by forest by 2070 (compared to 14% in 2015).",
                    "20% of UK land area covered by forest by 2070 (compared to 14% in 2015).",
                    "23% of UK land area covered by forest by 2070 (compared to 14% in 2015).",
                    "29% of UK land area covered by forest by 2070 (compared to 14% in 2015)."
                ],
                [
                    "Land dedicated to growing bio-crops (requires land to be freed up using the Farming Yield & Efficiency lever)",
                    "0.4% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 10-19% of agricultural wastes are collected for energy.",
                    "2.9% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 13-38% of agricultural wastes are collected for energy.",
                    "5.7% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 17-69% of agricultural wastes are collected for energy.",
                    "8.2% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 18-100% of agricultural wastes are collected for energy."
                ],
                [
                    "Amount of waste produced, recycled and diverted to energy processes",
                    "By 2050, 25% increase in dry waste (50% recycled, 3% used for energy), 20% increase in wet waste (85% recycled, 4% used for energy).",
                    "By 2050, No change in dry waste (65% recycled, 10% used for energy), 20% increase in wet waste (85% recycled, 8% used for energy).",
                    "By 2050, 15% decrease in dry waste (80% recycled, 20% used for energy), 20% increase in wet waste (85% recycled, 12% used for energy).",
                    "By 2050, 35% decrease in dry waste (90% recycled, 10% used for energy), 20% increase in wet waste (85% recycled, 15% used for energy)."
                ]
            ]
        }
    }
}