CME/NYMEX Henry Hub gas futures prices are currently struggling to stay above $2.00/MMBtu in the face of milder weather and record high production (closing up slightly at $2.038/MMBtu yesterday February 3, 2016). The market is on edge and at the mercy of daily weather forecast revisions that may signal further downside for prices. At the same time gas demand from power generation could increase in response to lower prices. To help navigate these volatile market conditions, we’ve teamed up with Criterion Research to develop the daily NATGAS Billboard: Natural Gas Outlook report. In today’s blog, we highlight specific features of the report and what they tell us about the market.
Daily Energy Blog
The US natural gas market is in a precarious state. CME/NYMEX futures contract prices have been settling at historic lows for this time of year. Producer returns are dismal in most shale basins. Yet production volumes remain robust, and the supply/demand balance is way out of whack. The surplus in storage is soaring at more than 500 Bcf above last year and more than 400 Bcf above the 5-year average. It’s clear something has to give. But how will the imbalance get resolved and how will the resolution impact the price of natural gas? To help you navigate market signals and stay ahead of upcoming turning points, today we introduce our new daily NATGAS Billboard: Natural Gas Outlook report featuring storage and price forecasts plus a daily market outlook.
Things are not looking so good in the liquefied natural gas sector. LNG prices--both in the spot market and in contracts linked to oil prices—are very low, LNG demand growth is weak or non-existent, and a flood of new liquefaction capacity is coming online. But as we’re starting to see with crude oil, markets thrown out of whack respond; they try to self-heal. Low LNG prices are spurring demand growth in Europe and attracting some new buyers—Egypt, Jordan and Pakistan among them. The pace of liquefaction-capacity expansions is slowing. And Asia may finally get an LNG hub, which would only improve LNG’s long-term prospects there. Today, we continue our look at the fast-changing international market for LNG with an assessment of demand and destinations.
Yesterday (January 14, 2016) Cheniere Energy announced a delay to the first shipment of liquefied natural gas (LNG) out of its Sabine Pass liquefaction/export terminal in Louisiana that was expected this month (January 2016), but is now planned for late February or March of this year. Meanwhile, LNG demand has leveled off. LNG prices have collapsed and stayed low. And a slew of liquefaction capacity planned and committed to years ago—Sabine Pass and other U.S. projects included—is coming online, suggesting an LNG supply glut that could last into the early 2020s. But are the LNG market’s prospects really as grim as all that sounds? Today we begin a review of recent developments in the LNG market, and consider their implications for U.S. natural gas producers, midstream companies, and LNG exporters.
The mild winter in the U.S. thus far has created a balancing nightmare for the natural gas market. A freakishly warm December has meant below-average withdrawals and contributed to a record storage surplus over last winter’s levels. Not surprisingly, natural gas futures prices have been struggling under the weight of this surplus. However, a closer look at gas consumption over the past few weeks shows some underlying demand strength despite the warm weather. Today we take a closer look at where gas demand is coming from.
The U.S. natural gas market is facing an ultimatum. Natural gas storage inventories are carrying such a daunting surplus, that prices already at 21-year lows for December, seem primed to go even lower should supply or demand fail to cooperate and balance the market. A warm winter so far and the very real prospect of hitting a storage celling before next winter mean that something has to give. Today we wrap up our series on the gas supply/demand balance with a look forward to how 2016 could pan out.
There was a lot of hand wringing and gnashing of teeth last week in energy markets, and it had nothing to do with the OPEC non-event. Instead, the focus was Kinder Morgan (KMI), granddaddy of U.S. midstream companies, and usually a darling of analysts and media. Not this time. Over the past few days the stock has been hammered, Moody’s downgraded its debt, and a lot of folks in the market have been trying to figure out what is going on. Particularly since all the hubbub would seem to be about a relatively minor investment (in energy infrastructure terms) in a pipeline called Natural Gas Pipeline of America, or NGPL, one of the oldest of the long-line systems in the U.S., which came online 84 years ago and Kinder Morgan has owned all (or part of) since 1999. In today’s blog, we look at this pipeline system and what it tells us about the current state of the natural gas markets.
The natural gas market just managed to dodge a collision this summer between excess gas supply and available storage capacity. Now about a month into the gas winter season, storage inventories are still near record levels after topping 4.0 Tcf just two weeks ago. The Henry Hub CME/NYMEX January contract price closed yesterday (December 2, 2015) at $2.165/MMBtu, historically low even as we head into the highest demand months of the year. It’s now clear that 2016 will inherit this bearish market unless there is a Polar Vortex Tsunami in January and February. But what does this mean for producers, and how much will demand respond? In today’s blog, we begin a series on potential scenarios for the 2016 gas market balance.
U.S. oil and gas companies currently have hedge protection in place for less than one-fifth of their expected 2016 production, and the strike price of the remaining derivatives is significantly lower than in previous years. With a bleak gas price outlook for 2016, the result could be even more severe capital spending reductions, potential production curtailments, and increased financial stress for mid-size and smaller firms. In today’s blog, we examine what has happened to producer hedging protection and the implications for capital spending and production trends.
A highly anticipated event in the U.S. natural gas market is when the Northeast region crosses the line from being a net gas taker from, to becoming a net gas supplier to, the rest of the country. Ever since the Marcellus and Utica shale began ramping up, Northeast production has been on a course to eclipse regional demand. RBN predicted 2015 would be the tipping point when the supply-demand balance would finally reverse on an annual average basis, marking a new phase for Northeast prices and for the U.S. gas market as a whole. We’ve seen that despite capitulating oil prices, capital budget cuts and lower rig counts, Northeast production has continued to reach new highs in 2015 – beating the record again this past Sunday (November 22,2015) at 20.3 Bcf/d according to Genscape. But regional demand also has been at record high levels. Today with less than two months left in the year, we determine whether the Northeast region will – or already has - crossed the threshold to net supplier in 2015.
Yesterday (November 19, 2015) the Energy Information Administration (EIA) published its first official weekly natural gas storage report in its new five-region format indicating an injection of 15 Bcf over the past week for a total U.S. inventory of exactly 4 Tcf. The new methodology and reporting format is a vast improvement in the granularity and clarity of government natural gas storage inventory data. But it also potentially moves the target for the slew of industry analysts who lose sleep trying to predict it each week. How the changes impact EIA inventory data and the ability of analysts to predict that data will become clearer in the coming weeks and months. But we got more clues this week as the EIA released dual versions of last week’s report on Monday showing significant differences leading up to launch of the new report on Thursday. Today we compare the results of the old versus new methodology.
Within and near the Marcellus and Utica shale plays, power plant developers are building more than a dozen new natural gas-fired generating units, mostly combined-cycle plants that can operate essentially around-the-clock. This construction boom, spurred by a combination of abundant, low-cost gas and the regulation-driven retirement of scores of older coal plants, is boosting gas consumption close to gas production areas and reducing—at least a bit—the surplus gas volumes that Marcellus and Utica producers and marketers need to move to markets outside the region. Today, we examine the race to build new power plants near production areas in the Northeast, and consider what the resulting local gas consumption might mean for the region’s gas prices and pipeline needs.
It used to be the case that if natural gas even came up in power-industry discussions of generation, it happened at the end of a meeting—“Well, we’re done with our nuclear and coal plans, anyone have anything else to discuss before we go to dinner? Oh, that’s right—anything happening with gas?” Now it’s the other way around. It seems like every discussion starts with gas, whether it’s about the plants being low-cost and easy to site, about concerns around reliability and price volatility, or around the impact of the gas market on coal investments. And power is clearly the fastest growing segment of the U.S. natural gas market. But does all this attention from the power market mean that the natural gas industry really understands the power side? Perhaps not. In fact, we’ve found that frequently, as soon as we get beyond the marketers and analysts who deal specifically with supplying gas-fired power generation, there’s a lot the natural gas industry (and the energy markets in general) can learn about power plants, electricity markets, and how natural gas fits in. So for that reason, we’ve concluded that now is a good time for a primer on how gas-fired generation works, how it fits together with energy markets and how it might be affected by national policy changes. Today we take on this challenge with the first installment of a three-part series.
As we stated in Part 1 of this series, New York City will need increasing amounts of natural gas as it continues its shift from oil-fired power plants and oil-based space heating. New gas pipeline capacity to and through the Big Apple has been added as recently as May 2015, but the nation’s largest city still faces wintertime gas-delivery constraints that cause costly spikes in gas and power prices. Given the challenges of adding new pipeline capacity in one of the most densely populated parts of the U.S., developer Liberty Natural Gas is planning an offshore liquefied natural gas terminal that by late 2018 would inject gas into the city’s existing pipeline network on an as-needed basis. Today, we continue our look at the economics of using imported LNG to supplement gas supplies in the Northeast.
The U.S. natural gas market is starting its 2015-16 winter season with a whopping 3,929 Bcf in storage, equal to the record maximum level set Nov. 2, 2012. Meanwhile gas production is also well above last year. Given these conditions, the market will need record demand to absorb incremental production and work off the surplus in storage. But weather forecasts so far are pointing toward a delayed start to winter heating demand. The price of natural gas has sagged under the pressure with the prompt CME/NYMEX Henry Hub futures contract treading at a price less than half this time last year. And, now, a number of operational factors and constraints are set to kick in for the winter that could further disrupt an oversupplied market. In today’s blog, we look at the storage and transportation dynamics that could factor into how the market balances this winter.