EIA - Natural Gas Storage Report - Oct 15
Posted: Thu Oct 15, 2020 1:28 pm
A VERY BULLISH REPORT.
Working gas in storage was 3,877 Bcf as of Friday, October 9, 2020, according to EIA estimates. This represents a net increase of 46 Bcf from the previous week. < 5yr ave is 91 BCF.
Stocks were 388 Bcf higher than last year at this time and 353 Bcf above the five-year average of 3,524 Bcf.
At 3,877 Bcf, total working gas is above the five-year historical range.
Build of 45 BCF less than the 5-year average is VERY BULLISH because Hurricane Delta shut-ins can only account for ~10 BCF. This is clear evidence that the ramp up of LNG exports is going to have the major impact on demand we expected. LNG + exports via pipeline to Mexico and Eastern Canada are on-track to exceed 17 BCF per day. That is a 4 BCF per day increase in demand for U.S. natural gas as we head into the winter heating season. There are ~20 weeks in the winter heating season, so 20 X 7 days X 4 BCF = 560 BCF more demand.
There are four more weeks of storage builds expected before winter draws begin. If the builds are equal to the 5-year average (now doubtful), ending storage "pre-winter" will be 4,111 BCF which is high, but still below storage working capacity of ~4,200 BCF. Total storage capacity is ~4,500 BCF, but "working capacity" is considered FULL.
In November, 2018 the natural gas price spiked to $4.70 because winter began with only 3,247 BCF in storage, the lowest level in over five years, but we now have a lot more LNG and pipeline export capacity AND U.S. gas production is on decline and will stay on decline through 1H2021 no matter what gas prices do. If you read the October 6th EIA STEO report you know that EIA now expects U.S. storage to be drained well below the 5-year average by the end of the 2020-2021 heating season. A colder than normal December will set off a bidding war between the utility companies for supply.
Working gas in storage was 3,877 Bcf as of Friday, October 9, 2020, according to EIA estimates. This represents a net increase of 46 Bcf from the previous week. < 5yr ave is 91 BCF.
Stocks were 388 Bcf higher than last year at this time and 353 Bcf above the five-year average of 3,524 Bcf.
At 3,877 Bcf, total working gas is above the five-year historical range.
Build of 45 BCF less than the 5-year average is VERY BULLISH because Hurricane Delta shut-ins can only account for ~10 BCF. This is clear evidence that the ramp up of LNG exports is going to have the major impact on demand we expected. LNG + exports via pipeline to Mexico and Eastern Canada are on-track to exceed 17 BCF per day. That is a 4 BCF per day increase in demand for U.S. natural gas as we head into the winter heating season. There are ~20 weeks in the winter heating season, so 20 X 7 days X 4 BCF = 560 BCF more demand.
There are four more weeks of storage builds expected before winter draws begin. If the builds are equal to the 5-year average (now doubtful), ending storage "pre-winter" will be 4,111 BCF which is high, but still below storage working capacity of ~4,200 BCF. Total storage capacity is ~4,500 BCF, but "working capacity" is considered FULL.
In November, 2018 the natural gas price spiked to $4.70 because winter began with only 3,247 BCF in storage, the lowest level in over five years, but we now have a lot more LNG and pipeline export capacity AND U.S. gas production is on decline and will stay on decline through 1H2021 no matter what gas prices do. If you read the October 6th EIA STEO report you know that EIA now expects U.S. storage to be drained well below the 5-year average by the end of the 2020-2021 heating season. A colder than normal December will set off a bidding war between the utility companies for supply.