US crude exports set to double by 2022: Rystad Energy

Rystad Energy expects exports to balloon and reach 4.7mn bpd by the end of 2020 and nearly 6mn bpd by the end of 2022

Rystad energy, Shale, Permian

US crude exports could grow from current levels of 2.9mn barrels per day (bpd) to nearly 6mn bpd by 2022, according to a forecast from Rystad Energy.

With US production expected to increase by 1.2mn bpd year-over-year (y/y) in 2020, and with domestic refineries already maxing out capacity to absorb shale growth, Rystad Energy expects exports to balloon and reach 4.7mn bpd by the end of 2020 and nearly 6mn bpd by the end of 2022.

“Crude exports will grow on the back of new infrastructure coming online in Corpus Christi, Texas, and as international crude buyers ramp up efforts to diversify their import sources after the attacks on oil facilities in Saudi Arabia and overall rising tensions in the Middle East,” says Paola Rodriguez-Masiu, a senior analyst on Rystad Energy’s oil market team.

US crude exports slowed significantly in the third quarter of 2019 after reaching a record level of nearly 3.2mn bpd in June 2019. This recent slowdown related in part to the narrowing of the Brent-WTI price spread, along with headwinds from the 5% tariff imposed on US crude by China, the third-largest buyer of American crude year to date. However, Rystad Energy forecasts that crude exports will rebound to an unprecedented 3.7mn bpd during the fourth quarter of 2019 before climbing to even higher levels.

“This surge in crude shipments from the US will be made possible by a flurry of new pipeline and export terminal infrastructure coming online in the coming years,” Rodriguez-Masiu added.

While the US has only one port capable of fully loading very large crude carriers (VLCCs), as much as about 38% of American crude exports are ultimately loaded onto such carriers, as they are the most cost-efficient for long haul destinations. To achieve this, exporters load most of their volumes through a complex, time-consuming, and costly process known as reverse-lightering, which involves small-sized tankers being loaded at onshore ports to subsequently fill bigger tankers off the coast.

Rodriguez-Masiu adds: “In order to reduce the need for expensive reverse-lightering operations, midstream investors have poured resources into deepening the draft of the existing onshore terminals to allow partial loading of VLCCs. But to maximize loading efficiency, deeper ports are neeed offshore that can enable VLCCs to be fully loaded.”

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