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Long-Term Oil Demand Projections: Cross-Organization Comparison

Oil Demand Projections (mb/d)

Year OPEC WOO-2022 OPEC WOO-2023 OPEC YoY Change IEA WEO-2022 (STEPS) IEA WEO-2023 (STEPS) IEA YoY Change
Base year 96.9 (2021) 99.6 (2022) -- ~99 (2021) ~100 (2022) --
2025 105.5 106.1 +0.6 -- -- --
2027/2028 107.0 (2027) 110.2 (2028) +3.2 -- -- --
2030 108.3 112.0 +3.7 -- -- --
2035 109.5 114.4 +4.9 -- -- --
2040 109.8 115.4 +5.6 -- -- --
2045 109.8 116.0 +6.2 -- -- --

Note: IEA WEO does not publish explicit mb/d demand tables in its executive summary. Key qualitative markers are provided below.

Oil Demand Peak Timing

Organization Edition Peak Year (Central Scenario) Peak Description
IEA WEO-2022 (STEPS) Mid-2030s Levels off, then ebbs slightly to mid-century
IEA WEO-2023 (STEPS) Before 2030 Slow decline through 2050
OPEC WOO-2022 (Ref Case) No peak by 2045 Plateaus after ~2035 at ~109.8 mb/d
OPEC WOO-2023 (Ref Case) No peak by 2045 Continued growth to 116 mb/d

Oil Demand by OECD / Non-OECD (OPEC data, mb/d)

Region OPEC 2022 (base/2045) OPEC 2023 (base/2045) Change in 2045 level
OECD 44.8 / 34.1 45.9 / 36.7 +2.6
Non-OECD 52.2 / 75.7 53.6 / 79.4 +3.7
World 96.9 / 109.8 99.6 / 116.0 +6.2

Sectoral Oil Demand Growth (2045 vs base year, OPEC data, mb/d)

Sector OPEC WOO-2022 OPEC WOO-2023 Change
Road transportation +3.8 +4.6 +0.8
Aviation +4.1 +4.1 0.0
Petrochemicals +3.7 +4.3 +0.6
Residential/Commercial/Agr. +0.8 +1.6 +0.8
Other industry +0.5 +1.5 +1.0
Electricity generation -0.9 -0.8 +0.1
Other +0.8 +1.1 +0.3
Total +12.9 +16.4 +3.5

Oil Investment Requirements (OPEC data, cumulative to 2045)

Category OPEC WOO-2022 OPEC WOO-2023 Change
Total oil sector $12.1 trillion $14.0 trillion +$1.9 trillion
Upstream ~$9.5 trillion (est.) $11.1 trillion +~$1.6 trillion
Downstream -- $1.7 trillion --
Midstream -- $1.2 trillion --
Annual average ~$500 bn ~$610 bn +~$110 bn

IEA Investment Indicators

Metric WEO-2022 WEO-2023
Clean energy investment by 2030 (STEPS) >USD 2 trillion Rising (40% up since 2020)
Clean energy investment by 2030 (NZE) >USD 4 trillion --
Upstream O&G (STEPS) to 2030 ~USD 650 bn/year avg No increase needed vs. today
Clean-to-fossil spending ratio 1.5:1 Higher (implied)
EMDE transition investment gap (NZE) Large Must rise 5x by 2030

Fossil Fuel Share in Global Energy Mix

Metric IEA WEO-2022 IEA WEO-2023 OPEC WOO-2022 OPEC WOO-2023
Current ~80% ~80% ~80% >80%
2030 <75% 73% -- --
2045 -- -- ~70% ~69%
2050 Just above 60% -- -- --

CO2 Emissions / Temperature Outcomes (IEA STEPS)

Metric WEO-2022 WEO-2023
Emissions peak 2025, ~37 Gt Mid-2020s
2050 emissions 32 Gt High (slow decline)
Implied warming (2100) ~2.5 C ~2.4 C
Improvement since Paris (2015) ~1 C shaved off Further improved

EV Penetration Assumptions

Metric IEA WEO-2022 IEA WEO-2023 OPEC WOO-2022 OPEC WOO-2023
EV share of car sales (2023 actual) ~10% (implied) 1 in 5 (20%) Not stated Not stated
US EV share 2030 (STEPS) Not explicit (IRA new) 50% -- --
EV fleet 2045 -- -- 540 million (22% of fleet) Not restated
ICE dominance view Challenged Ended Maintained Maintained
ICE car sales peak Not explicit 2017 Not stated Not stated

Non-OPEC Supply Peak (OPEC data)

Metric WOO-2022 WOO-2023
US tight oil peak ~16 mb/d, around 2030 Around end of current decade
Non-OPEC total peak Early 2030s Early 2030s
Non-OPEC 2045 67.5 mb/d 69.9 mb/d
OPEC share 2045 ~39% 40%
OPEC liquids 2045 42.4 mb/d 46.1 mb/d

Key Takeaway for Investment Decision

The two most authoritative energy organizations are moving in opposite directions on oil demand:

  • IEA revised the oil demand peak 5-8 years earlier (mid-2030s to before 2030) between WEO-2022 and WEO-2023.
  • OPEC revised 2045 oil demand 6.2 mb/d higher (109.8 to 116.0 mb/d) between WOO-2022 and WOO-2023.

This widening divergence is the single most important structural uncertainty for any large-scale crude oil industry chain investment with a 10-20+ year horizon. The gap between the IEA and OPEC views on long-term oil demand now spans roughly 15-20 mb/d, equivalent to the entire output of Saudi Arabia plus Russia. Any investment thesis must explicitly stress-test against both scenarios and identify which segments of the value chain (upstream, midstream, downstream, petrochemicals) are most robust across this range of outcomes.