Global oil demand is expected to continue to grow into the mid-2030s to 108 million barrels per day (bpd), after which it is set to plateau until 2045, OPEC said in its 2021 World Oil Outlook (WOO) on Tuesday.
OPEC’s timeline for peak oil demand in its 2021 outlook is a few years earlier than in last year’s WOO report, which had forecast that global oil demand would grow steadily until the late 2030s, when it would begin to plateau. After the COVID pandemic last year, OPEC for the first time put a timeline to peak oil demand.
In this year’s outlook, OPEC sees oil demand growing “strongly” in the short- and medium-term before demand plateaus in the long term.
Renewables other than hydropower and natural gas are set to grow the most between 2035 and 2045, when oil demand is expected to be flat, according to OPEC’s estimates. Renewables and natural gas will continue to play a significant role in the evolving energy mix.
Despite the expected expected plateauing in oil demand after 2035, oil will still be the number one energy source in 2045, OPEC Secretary General Mohammad Barkindo said at the event to launch the 2021 outlook.
Oil demand will be back to pre-pandemic levels as soon as next year, OPEC reckons. By 2026, global demand for crude would have risen to 104 million bpd, the cartel estimates.
Longer term, the energy outlook remains uncertain, OPEC said, as the energy transition and the efforts to eliminate energy poverty will push oil demand in opposite directions.
Meanwhile, the recent rally in LNG prices in Europe and Asia has dramatically widened the economic incentive to switch from natural gas to oil in power generation.
Steep carbon regulations and operational constraints limit Europe’s ability to burn oil in power plants, but Asia has more flexibility. If the gap between LNG and oil prices remains wide, Asia is set to boost oil demand by 400,000 barrels per day on average over the next two quarters, a Rystad Energy report shows. This will support already high oil prices.
Asia’s liquid-burning capacity for power generation has declined over the past 10 years, but still sits at about 100 gigawatts (GW), mostly in Japan, Taiwan, Indonesia, Bangladesh and Pakistan. Asia’s current oil consumption for power generation fluctuates at around 900,000 bpd, which leaves a monthly unused and available oil-burning capacity of bit more than 550,000 bpd. As the continent is expected to add 400,000 bpd on average in the next six months, utilization of the oil-burning infrastructure will surge.
When we look at the potential uplift in demand of 550,000 bpd, Japan would account for the lion’s share with more than 300,000 bpd, followed by Indonesia (58,000 bpd), Taiwan and Bangladesh (39,000 bpd each) and Pakistan (33,000 bpd). This assumes a load factor of 0.7 for all the liquid capacity, and also takes into account that some older natural gas plants can switch to oil temporarily.
“This is a significant increase for Asia, when looking at its current oil-to-power use. From a global oil balance perspective too, this would be a significant shift, and it provides support to the current rally in oil prices,” says Claudio Galimberti, senior vice president on Rystad Energy’s oil markets team.
Rystad Energy looks at the spot and futures prices of the JKM and TTF gas-price benchmarks and considers five different thermal efficiency scenarios for natural gas and oil in power plants. It is normally not economical to run oil at any of the five efficiency levels – the only exception in 2020 and 2021 was in January 2021, when the polar vortex caused oil prices in Japan to jump. However, as Asian natural gas prices are currently forecasted to shoot up and stay well above $20 per MMBtu over the coming Northern Hemisphere winter, there is clear upside for oil demand in this region – unless the oil price were to increase even faster and cause the price spread to LNG to narrow.
Liquid-burning power plant capacity is approximately 2.6% of the total installed capacity in Asia, but usually actual power generation coming from liquids is lower. Pure liquids plants have typically had very low utilization factors, both for economic and environmental reasons. Overall liquids generation in Asia only accounted for around 1% of total power generation last year, down from around 3% a decade earlier.
