Cold Snap Leads to Record Nat Gas Withdrawal

By Published On: January 18, 2018Categories: Alerts

Editor’s Note: We don’t often talk about natural gas in this publication (to keep up with the latest natural gas trends, consider subscribing to Natural Gas News), but this winter we’ve seen natural gas trends impact fuel prices. We’ve mentioned in FUELSNews lately that diesel prices have been pressured by large natural gas withdrawals. The article below from the EIA explains how significant those withdrawals have been. When the power goes out, diesel generators are often the first line of defense. On a larger scale, some utilities are opting to use diesel fuel while natural gas prices are buoyed. After hitting a surprising seasonal low around Christmas, natural gas prices have increased over 20%. January natural gas prices have averaged 25 cents (9%) higher than December nat gas prices.

Source: U.S. Energy Information Administration, Weekly Natural Gas Storage Report

During the recent cold weather event that affected much of the eastern United States, more natural gas was withdrawn from storage fields around the country than at any other point in history. Net withdrawals from natural gas storage totaled 359 billion cubic feet (Bcf) for the week ending January 5, 2018, exceeding the previous record of 288 Bcf set four years ago.

Near the end of December 2017 and continuing into January, temperatures in the Lower 48 states, especially in the eastern half of the country, were significantly lower than normal. Similar to January 2014, sustained periods of cold temperatures resulted in high natural gas demand for heating, contributing to increased withdrawals from storage. Population-weighted heating degree days, which are correlated with heating demand, increased to 273, indicating that weather was much colder than experienced during the previous record withdrawal, when heating degree days reached 255 for the week ending January 9, 2014.

Source: U.S. Energy Information Administration, Weekly Natural Gas Storage Report and data from the National Oceanic and Atmospheric Administration

Consumption of natural gas in the residential and commercial sectors reached 452 Bcf during the week ending January 5, compared with 348 Bcf during the previous week, according to estimates from PointLogic Energy. PointLogic Energy estimated that total weekly natural gas consumption in the Lower 48 states increased by 150 Bcf, reaching 961 Bcf for the week ending January 5. Another 29 Bcf and 21 Bcf were exported by pipeline to Mexico and as liquefied natural gas (LNG), respectively.

Freezing temperatures also had an impact on natural gas production, as cold temperatures led to freeze-offs in the Appalachian and Permian basins. Freeze-offs occur when water vapor in the natural gas stream freezes and blocks the flow of gas. Dry natural gas production totaled a record high of 539 Bcf during the December 29, 2017 report week, but declined to 517 Bcf during the following week, according to estimates from PointLogic Energy.

Pipeline imports from Canada and LNG imports increased during this period, partially offsetting some of the production declines, while withdrawals of natural gas from storage played a key role in meeting natural gas demand and limiting some market participants’ exposure to spikes in natural gas spot prices.

On a regional basis, the largest decline in natural gas storage was in the South Central region, where inventories fell by 153 Bcf. About half of that region’s decline was in South Central’s salt fields, which fell by 78 Bcf, or 26% of the previous week’s level. Salt fields are able to cycle gas much more rapidly than other storage types such as depleted fields or aquifers.

Source: U.S. Energy Information Administration, Weekly Natural Gas Storage Report

Working natural gas storage levels now total 2,767 Bcf in the Lower 48 states. If withdrawals from storage match the five-year (2013–17) average for the remainder of the heating season, which typically runs through the end of March, working gas stocks are expected to reach 1,310 Bcf, much lower than the previous five-year average level of 1,697 Bcf for the end of the heating season.

This article is part of Alerts


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The information contained herein is derived from sources believed to be reliable; however, this information is not guaranteed as to its accuracy or completeness. Furthermore, no responsibility is assumed for use of this material and no express or implied warranties or guarantees are made. This material and any view or comment expressed herein are provided for informational purposes only and should not be construed in any way as an inducement or recommendation to buy or sell products, commodity futures or options contracts.

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