Where is the world headed towards based on current policies?
Current Policies are broken down into two projection scenarios, one based on emissions intensity and the other
on carbon price.
Scenario |
2030 target |
Post-2030 assumption |
Description |
CP_Intensity |
Current policy |
Constant rate of emissions intensity |
Scenario exploring where emissions are headed assuming current policy to 2030 and constant rates of
emissions intensity reductions thereafter
|
CP_Price |
Current policy |
Carbon price increasing with per capita GDP |
Scenario exploring where emissions are headed assuming current policy to 2030 and carbon prices
increasing with per capita GDP thereafter
|
This graph illustrates global energy related CO2 emissions until the year 2050 across several of the IAMs.
Current policy constrained scenarios reach levels of emissions between 32-36 GtCO2 in 2030 and 26-40 GtCO2 in
2050. Current policy estimations of energy related CO2 emissions are higher than Nationally Determined
Contributions pledges because not all regions are on track to meet their targets.
Total CO2 emissions
(in the world across models in CP scenarios until 2050)
The chart will present historical data for the CO2 emissions from energy use.
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The chart will present the Global Fossil Energy Emission Trajectories
based on Current Policies up to 2050.
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The chart will present the ranges of Energy Emissions.
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Shaded areas show emissions spanned by CP_Price and CP_Intensity scenarios for each model and
colored bars show
2050 ranges (2045 value for FortyTwo, which only has intensity scenarios). Markers above bars
show baseline
values in 2050 (in 2045 for FortyTwo). GEMINI baseline value in 2050, 47.25 Gt CO2, is outside the range shown
in the figure. Black lines show historical emissions.
Where is the world headed towards based on Nationally Determined Contributions (NDCs) policies?
Similarly, Nationally Determined Contributions (NDCs) scenarios are also broken down into two projection
scenarios, one based on emissions intensity and the other on carbon price.
Scenario |
2030 target |
Post-2030 assumption |
Description |
NDC_Intensity |
NDCs |
Constant rate of emissions intensity |
Scenario exploring where emissions are headed assuming NDCs to 2030 and constant rates of
emissions intensity reductions thereafter
|
NDC_Price |
NDCs |
Carbon price increasing with per capita GDP |
Scenario exploring where emissions are headed assuming NDCs to 2030 and carbon prices
increasing with per capita GDP thereafter
|
Different to the previous, this graph illustrates NDC constrained scenarios of global
energy related CO2 emissions until 2050 across the IAMs. Levels of emissions vary between 30-34 GtCO2 in 2030
and 23-38 GtCO2 in 2050. These ranges are slightly lower than the Current Policy scenarios based on countries’
efforts to align emission policies with NDC targets, planning and implementation processes.
Total CO2 emissions
(in the world across models in NDC scenarios until 2050)
The chart will present historical data for the CO2 emissions from energy use.
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The chart will present the Global Fossil Energy Emission Trajectories
based on Current Policies up to 2050.
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The chart will present the ranges of Energy Emissions.
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Shaded areas show emissions spanned by NDC_Price and NDC_Intensity scenarios for each model and
colored bars show
2050 ranges (2045 value for FortyTwo, which only has intensity scenarios). Markers above bars
show baseline
values in 2050 (in 2045 for FortyTwo). GEMINI baseline value in 2050, 47.25 Gt CO2, is outside the range shown
in the figure. Black lines show historical emissions.
What are the global temperature estimates across models until 2100?
This figure shows global temperature estimates until the year 2100.
(The bars show ranges including all scenarios runs.)
Global temperature estimates
(until to 2100 across Current Policy and Nationally Determined Contribution Constrained
Scenarios)
The chart will present the historical data for global temperature.
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The chart will present the Global temperature estimates up to 2100.
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The chart will present the ranges of Global temperature.
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Across the range of scenarios considered, median 2100 temperature results at around
2.2-2.9°C
NDC constrained scenarios give lower 2100 temperatures than current policy constrained scenarios, reflecting
their greater ambition by 2030 and beyond at a global level.
Intensity scenarios - based on greater optimism in terms of effort - also give lower 2100 temperature
estimates
than price scenarios.
Note: Our temperature range considers all emissions intensity scenarios but only three (of six) carbon price
scenarios. The low end of our temperature range is more robust than the high end.
What is the global final energy use by fuel type?
These figures show the final energy consumption by fuel type across 2020-2050.
Global Final Energy
(by fuel type)
2020
The chart will present the Global Final Energy by fuel type in 2020.
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2030
The chart will present the Global Final Energy by fuel type in 2030.
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2050
The chart will present the Global Final Energy by fuel type in 2050.
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Different columns for the same model represent different scenarios and their results for final energy by fuel
type.
Over time, electricity, is expected to dominate electricity production, characterised by a low share of
fossil
fuels (and higher shares of renewables) displacing gases and solids.
What is the global final energy use by sector?
These figures show the final energy consumption by sector in industry, transport, residential and commercial
(buildings), other sectors (such as agriculture, forestry, fishing, and livestock) and in non-energy across
models and scenarios over time.
Global Final Energy
(by sector)
Industry
The chart will present the Global Final Energy in the industry sector.
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Transportation
The chart will present the Global Final Energy in the transportation sector.
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Buildings
The chart will present the Global Final Energy in the buildings sector.
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Different columns for the same model represent different scenarios and their
results for final energy by sector.
Global final energy increases in almost all sectors over time with industry, residential and commercial
sectors, and the transport sector leading the increase.
What is the role of CCS in global emissions reduction?
Here, we investigate the role of CCS potential up till 2030 and 2100.
Carbon Capture Storage
(in the world across models in CP scenarios until 2030)
The chart will present the Carbon Capture Storage based on Current
Policies up to 2030.
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The use of CCS is found to be significantly higher in
scenarios using economy-wide carbon prices to represent current policies than in scenarios representing
current policies explicitly.
Carbon Capture Storage
(in the world across models until 2100)
The chart will present the Carbon Capture Storage up to 2100.
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By 2100, the levels of CCS in our scenarios (for the
models that run to 2100) rival the levels seen in some deep mitigation scenarios.