Fossil fuel demand to take historic knock amid COVID-19 scars: BP
Fossil fuel consumption is set to shrink for the first time in modern history as climate policies boost renewable energy while the coronavirus epidemic leaves a lasting effect on global energy demand, BP said in a forecast.
London-based BP expects global economic activity to only partially recover from the epidemic over the next few years as travel restrictions ease. But some "scarring effects" such as work from home will lead to slower growth in energy consumption.
BP this year extended its outlook into 2050 to align it with the company's strategy to slash the carbon emissions from its operations to net zero by the middle of the century. It includes three scenarios that assume different levels of government policies aimed at meeting the 2015 Paris climate agreement to limit global warming to "well below" 2 C from pre-industrial levels.
Under its central scenario, BP forecasts COVID-19 will knock around 3 million barrels per day (bpd) off by 2025 and 2 million bpd by 2050.
In its two aggressive scenarios, COVID-19 accelerates the slowdown in oil consumption, leading to consumption peaking in 2019. In the third scenario, oil demand peaks at around 2030.
In the longer term, demand for coal, oil and natural gas is set to slow dramatically. While the share of fuels has shrunk in the past as a percentage of the total energy pie, their consumption has never contracted in absolute terms, BP chief economist Spencer Dale told reporters.
"[The energy transition] would be an unprecedented event," Dale said. "Never in modern history has the demand for any traded fuel declined in absolute terms."
Meanwhile, "the share of renewable energy grows more quickly than any fuel ever seen in history." Even with energy demand set to expand on the back of growing population and emerging economies, the sources of energy will shift dramatically to renewable sources such as wind and solar, Dale said.
The share of fossil fuels is set to decline from 85 percent of total primary energy demand in 2018 to between 20 to 65 percent by 2050.
A fuel ship vessel is seen anchored in Algoa Bay outside Port Elizabeth, on July 8. Photo: AFP
BP's 2020 benchmark Energy Outlook underpins Chief Executive Bernard Looney's new strategy to "reinvent" the 111-year old oil and gas company by shifting to renewables and power.London-based BP expects global economic activity to only partially recover from the epidemic over the next few years as travel restrictions ease. But some "scarring effects" such as work from home will lead to slower growth in energy consumption.
BP this year extended its outlook into 2050 to align it with the company's strategy to slash the carbon emissions from its operations to net zero by the middle of the century. It includes three scenarios that assume different levels of government policies aimed at meeting the 2015 Paris climate agreement to limit global warming to "well below" 2 C from pre-industrial levels.
Under its central scenario, BP forecasts COVID-19 will knock around 3 million barrels per day (bpd) off by 2025 and 2 million bpd by 2050.
In its two aggressive scenarios, COVID-19 accelerates the slowdown in oil consumption, leading to consumption peaking in 2019. In the third scenario, oil demand peaks at around 2030.
In the longer term, demand for coal, oil and natural gas is set to slow dramatically. While the share of fuels has shrunk in the past as a percentage of the total energy pie, their consumption has never contracted in absolute terms, BP chief economist Spencer Dale told reporters.
"[The energy transition] would be an unprecedented event," Dale said. "Never in modern history has the demand for any traded fuel declined in absolute terms."
Meanwhile, "the share of renewable energy grows more quickly than any fuel ever seen in history." Even with energy demand set to expand on the back of growing population and emerging economies, the sources of energy will shift dramatically to renewable sources such as wind and solar, Dale said.
The share of fossil fuels is set to decline from 85 percent of total primary energy demand in 2018 to between 20 to 65 percent by 2050.
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