U.S. crude production from seven major shale formations is expected to fall by a record 197,000 bbl/d in June to 7.822 million bbl/d, the U.S. Energy Information Administration (EIA) said in a monthly report on May 18.
The output from shale formations would be the lowest since August 2018, according to data from the agency.
U.S. crude production from shale formations has more than doubled since 2013, lifting the country's overall oil output to new record highs. Producers have throttled back production since March as prices have crashed due to oversupply and a sharp drop in demand due to the novel coronavirus outbreak.
In June, oil output from shale is expected to drop in each of seven major shale regions, with the largest drop of about 87,000 bbl/d in the Permian Basin of Texas and New Mexico. In the Permian, the largest producing shale region, production is expected to fall to about 4.29 million bbl/d.
Separately, the EIA projected in its productivity report that U.S. natural gas output would decline for a seventh month in a row to 81.5 Bcf/d in June.
That would be down almost 0.8 Bcf/d from the agency's forecast for May. U.S. output from the big shale fields hit a monthly all-time high of 86.3 Bcf/d in November.
Output in the Appalachia region, the biggest U.S. shale gas formations, was also set to slip for a seventh month in a row in June to 32.6 Bcf/d, down about 0.1 Bcf/d from May.
The EIA said producers drilled 718 wells and completed 705 in the biggest shale basins in April. That left total drilled but uncompleted (DUC) wells up 13 to 7,617, their first increase in 11 months.
The number of wells drilled and completed were both at the lowest levels in a month since December 2016.
Properly designed microbial applications remediate and prevent scale and corrosion while reducing chemical requirements, improving EOR injection rates and extending an oil and gas reservoir’s life by years.
Design helps eliminate failure modes of the ESP protector components.
An ESP system features an electromagnetic design and better efficiency as production rates decline.