CO2 emissions from energy grew at their fastest rate in seven years in 2018 as demand surged. With a growth of 2.9%, global energy demand was double the 10-year average.
The rise in carbon emissions comes at a time when there’s an urgency for them to fall.
Much of that strength can be put down to weather effects. Last year, we saw an unusually large number of hot and cold days, which pushed up domestic demand for heating and cooling.
Spencer Dale, BP chief economist
The US achieved an amazing double-first last year. It recorded the largest annual increases in both oil and natural gas production seen by any country in history, with most increases coming from shale ̶ which continues to up-end traditional forms of energy. As a result, it had a huge impact on global oil and natural gas production.
With this additional output, tight oil production from the US is now on a par with Saudi Arabia crude oil exports, which shows how developments in the US oil industry are shaking up traditional energy trends.
The increase in output also helped the US to dramatically reduce net oil imports to below 3 million barrels a day. Meanwhile, LNG exports increased by almost 70%, making the US the fourth-largest LNG exporter.
Bob Dudley, BP group chief executive
Global power demand grew strongly again last year as the world continued to electrify. Renewables made a large contribution to power generation, but coal still remains in the mix. The pace of growth in power demand has meant that overall carbon emissions from the sector have increased substantially over the past three years.
Renewable energy provided the single-largest contribution to that growth in power generation. But, despite this, non-fossil fuels still only accounted for around a third of power generation, with coal providing a broadly similar amount.
As a result, the power sector was responsible for around half of the growth of global carbon emissions last year.
Spencer Dale, BP chief economist