Rystad Energy: Permian CO2 emissions intensity from flaring set to reach record low in 2H20
Published by Nicholas Woodroof,
The CO2 equivalent emission intensity associated with wellhead flaring has already improved from the peak level of 11–12 kg CO2 per barrel of oil produced in 4Q18 and June 2019, to 8 kg CO2 per barrel of oil in March 2020.
Rystad Energy forecasts that the flaring-driven emission intensity will reach a low of 3.9 kg of CO2 per barrel produced in November, an unparalleled low in the modern history of Permian development.
“In 2Q20 a material part of Permian oil production is being curtailed, resulting in an abnormal oil production decline that is supporting emission intensity at a level of 7–8 kg CO2 per barrel, despite continuous deceleration in flaring. However, assuming that most volumes are brought back in 2H20, we anticipate a significant downward shift in flaring-driven emission intensity,” said Artem Abramov, Rystad Energy’s Head of Shale Research.
As frac activity in the basin fell to record-low levels and 2H20 is expected to be weak in terms of new production additions, Rystad anticipates a substantial reduction in the total wellhead flaring in the Permian from 500–600 million ft3/d in the November 2019–March 2020 period to 220–280 million ft3/d in 2H20.
Rystad's latest estimate suggests that total Permian wellhead gas flaring was relatively flat at just above 500 million ft3/d throughout November 2019 to January 2020 and saw a jump towards 600 million ft3/d in February, driven by a large number of major completion rounds in the first two months of the year.
Preliminary estimates for March 2020 indicate the beginning of a counter-seasonal and fundamental declining trend – the first signs of activity slowdown caused by low oil prices and delayed POPs. Approximately 460 million ft3/d of flared gas for March 2020 comes from Rystad's interpretation of reported disposition data, while an additional 70 million ft3/d is the estimated impact of delayed reporting for the month.
Wellhead gas flaring in 1Q20 was not distributed evenly across the Permian Basin. In the Delaware part of the basin, there were concentrated flaring clusters on the TX-NM border in Loving County (the far eastern part of the Delaware basin) along with several clusters in the southern portion of the basin, gassy Delaware West (more in Reeves County than in Culberson) and isolated flaring sites in New Mexico.
In the Midland basin, there is very little flaring (compared to the gas production level) in Midland County, and flaring clusters are primarily located in Martin County and the Midland East basin (Howard County).
Core parts of the Delaware Basin (north, east and west) have seen total wellhead gas flaring hovering around 300 million ft3/d since 4Q18. Meanwhile, flaring intensity has improved substantially in Delaware North and Delaware East since 4Q18, but has been flat at about 5% to 6% in Delaware West. Midland North and Midland East saw flaring spikes in 4Q18–1Q19, but flaring intensity has since been reduced substantially to 3%–4% in each basin.
This month in the operator benchmarking section for flaring intensity, Rystad also analysed the top 45 Permian operators based on their total gross gas output in January 2019 to March 2020. Rystad's analysis of the most recent data shows that more than half of the group have improved their flaring intensity in the past year, with 10 of them flaring less than 1% of the gas produced in 1Q20.
Read the article online at: https://www.oilfieldtechnology.com/hse/05062020/rystad-energy-permian-co2-emissions-intensity-from-flaring-set-to-reach-record-low-in-2h20/
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