After a three-year hiatus, winter returned to the U.S. natural gas market this year in the form of a “Bomb Cyclone” and more than a week of frigid temperatures. The cold weather pushed Henry Hub prices above $6/MMBtu and East Coast prices higher than $100/MMBtu on some days. This winter, the pain wasn’t just confined to New England. Prices at Williams’ Transcontinental Gas Pipeline (Transco) Zone 5, which includes the Carolinas, Virginia and Maryland, hit all-time highs on January 5. Exports from Dominion’s Cove Point terminal in Maryland are only just getting started so it’s not liquefied natural gas (LNG) exports from the East Coast that are driving prices higher. Instead, it’s gas’s increasing role in winter power generation that has been putting pressure on East Coast gas pipeline deliverability. Today, we begin a series explaining why prices have been so high on very cold days this winter and why more price spikes may be ahead.
With ethane prices remaining below 30 c/gal, making it only slightly more valuable than natural gas at Henry Hub on a Btu equivalence, most natural gas processors/producers can earn a greater profit when ethane is sold with natural gas (rejected) than when it is extracted and sold with the NGLs. How much more money you may be wondering? The answer is — it depends. Are there downstream pipeline contracts and sunk costs impacting the decision making? Are the contracted volumes on an ethane-only pipeline or a raw mix pipeline? How far away is the producing basin from the Gulf Coast market? How do all these factors come together to determine whether ethane is produced or rejected and the value created? Today, we continue our discussion of the MQQV gas processing model — this time focusing on the Value principle. This is our final blog focusing on the MQQV model and, with it, we are making it available to all Backstage Pass holders should you want to run scenarios of your own.
Canada’s natural gas exports — which have been pushed out of the supply-rich U.S. Northeast in recent years — are also facing challenges in Western U.S. markets. Growing supply from North Dakota’s Bakken Shale is increasingly competing for capacity on the same transportation routes as imports and is targeting the same downstream markets. Meanwhile, the rise of renewable energy in the West region from wind and solar farms is limiting gas demand in those target markets. What does that mean for imports from Canada? Today, we look at how these factors are affecting Canada’s exports to the Western U.S.
Mexico’s natural gas market continues to evolve rapidly. New pipelines are being built to move increasing volumes of U.S.-sourced gas to Mexican power plants, industrial customers and other end users. Gas exports from the U.S. to Mexico already average 4.5 Bcf/d and those volumes are sure to rise as more pipelines and power plants come online. Just as important, the government of Mexico has been taking aggressive steps to undo what had been state-owned Petróleos Mexicanos’s (Pemex) near-monopoly on gas pipeline capacity and to encourage a large and diverse group of gas marketers to enter the fray. Today, we examine ongoing efforts to increase transparency, pipeline access and competition in the gas market south of the border, and look at how Comisión Federal de Electricidad’s (CFE) marketing affiliate, CFEnergía, is growing its gas marketing business within Mexico.
In 2017, the U.S. Northeast sent more natural gas to Canada than it received, making the region a net exporter for the first time on an annual average basis. That marks another milestone in the ongoing flow reversal happening in the Northeast, led by the growth of local gas supply from the Marcellus/Utica shales. For now, the region still relies on Canadian gas during the highest winter demand months, but imports from Canada in all the other months are increasingly unnecessary as Northeast gas production balloons further. Today, we look at evolving dynamics at the U.S.-Canadian border in the Northeast.
Crude oil production over 10 million barrels per day, just a fraction of a percent away from the November 1970 all-time record. Natural gas and NGLs already well above their respective record production levels. And for all three commodities, the U.S. market has only one way to balance: exports. One-third of all NGL production is getting exported, 15% of crude production now regularly moves overseas, and the completion of several new LNG export facilities will soon have more than 10% of U.S. gas hitting the water. The implications are enormous. Prices of U.S. hydrocarbons are now inextricably linked to global energy markets. It works both ways — U.S. prices move in lock step with international markets, and international markets are buffeted by increasing supplies from the U.S. It’s a whole new energy market out there, and that’s the theme for our upcoming School of Energy — Spring 2018 — that we summarize in today’s blog. Warning — this is a subliminal advertorial for our upcoming conference in Houston.
Canadian natural gas production has rebounded to the highest level in 10 years. At the same time, Canadian producers are facing tremendous headwinds. On the upside, regional gas demand from the Alberta oil sands is increasing too. But competition for market share in the U.S. — which currently takes about one-third of Canadian gas production — is ever-intensifying as U.S. shale gas production is itself at record highs and expected to continue growing. On the whole, net gas flows to the U.S. from Canada thus far have remained relatively steady in recent years, apart from fluctuations due to weather-driven demand. But the breakdown of those flows by U.S. region has shifted dramatically and will continue to evolve as Appalachia takeaway capacity additions allow Marcellus/Utica shale gas production to further expand market share in the Northeast and other U.S. regions. Today, we begin a series looking at what’s happening with gas flows across the U.S.-Canadian border and factors that will influence Canada’s share of the U.S. gas market over the next several years.
The U.S. exploration and production (E&P) sector roared out of the starting gate in 2017 with a new optimism that fueled a more than 40% surge in capital investment. First-quarter results were strong, but an ebb in oil prices and some operational headwinds significantly lowered results in subsequent quarters. When final 2017 results are tallied in the next few weeks, the industry is on track to record its first profitable year since 2013 after posting more than $160 billion in losses in the 2014-16 period. The critical question is whether E&Ps are regaining the momentum that could drive a steady increase in profitability in 2018. Today, we analyze the clues contained in third-quarter 2017 results.
Natural gas production from the Permian Basin is expected to grow considerably over the next several years, taxing existing takeaway capacity. Nearly 8.0 Bcf/d of takeaway capacity expansions are proposed to help address impending transportation constraints from the region. When will new pipeline capacity be needed and will it be built in time to avert constraints? In today’s blog, we assess the timing of potential constraints based on production growth, existing takeaway capacity and potential future capacity additions.
After six years of output declines, Haynesville Shale natural gas production surged 25% in 2017, with the lion’s share of the increase coming in a remarkable second-half growth spurt. Preliminary 2018 guidance indicates that producers intend to keep the pedal to the metal, either sustaining or boosting the investment that has brought the play’s output to nearly 8 Bcf/d. Such increased activity indicates that producers have found new advantages in the region. But even though new drilling and completion techniques and producer strategies have significantly enhanced the economic viability of the dry gas Haynesville, it is much more highly dependent on natural gas prices than liquids-rich plays. Today, we continue our series on the rebounding Haynesville play with a look at RBN’s production forecast for the region.
Prices for heavy NGLs (propane, butanes, natural gasoline) have been rising fast since the middle of 2017, but the same cannot be said for the price of ethane. For most natural gas processors/producers, low ethane prices mean that ethane continues to be worth more when sold with natural gas (rejected) than when it is extracted and sold with the other liquids. But as NGL production continues to grow, hitting a record-high 3,968 Mb/d in October 2017, and new steam crackers are just starting to come online, there is a limit to how much ethane can be left in the residue gas stream without violating dry gas pipeline Btu specifications. How do processing plant designs, gas pipeline specs and economics play into a gas processor’s decision regarding whether to extract or reject ethane? Today, we continue our discussion of RBN’s MQQV gas processing model — this time focusing on the Quantity and Quality principles.
Energy Transfer Partners’ 3.25-Bcf/d Rover Pipeline recently began service on its next phase — Phase 1B — opening up additional natural gas receipt points for its Mainline A and increasing westbound gas flows from the Marcellus/Utica. The project will help relieve takeaway constraints for growing gas supply in the Marcellus/Utica region, while also increasing gas-on-gas competition for supply basins targeting the Ontario and Gulf Coast markets. This latest launch brings the project closer to achieving full completion, which is expected by the end of March 2018, but volumes on Rover are already changing regional flow and pricing dynamics. Today, we provide an update on Rover’s progress.
The U.S. midstream sector is clamoring to build takeaway pipelines for ballooning natural gas production volumes in the Permian Basin and get ahead of any developing takeaway capacity constraints. In the past year, a number of companies have floated plans for moving Permian gas supply east to the Gulf Coast, spurred on by two primary factors — expectations for accelerated supply growth in West Texas; and on the other end, emerging demand from a combination of LNG export facilities being developed on the Texas and Louisiana coasts, and the slew of export pipeline projects targeting growing industrial and gas-fired power generation demand in Mexico. These expansion projects are in a bit of a horse race, not just to beat the clock on potential transportation constraints, but also competing against an increasingly larger field to secure shipper commitments and make it to completion. Among the factors affecting their progress will be their in-service dates and their destination markets. Today, we provide an update on these competing pipeline projects, including the newest entrant, Tellurian’s Permian Global Access Pipeline.
The Alberta natural gas market in Western Canada is in the midst of a seismic shift. Regional gas supply growth is accelerating. At the same time, export demand is eroding, but domestic demand — particularly from gas-fired power generation and oil-sands development — is on the rise. The incremental production along with the move toward intra-provincial demand has reconfigured flows and strained TransCanada’s infrastructure in the region. These factors resulted in extreme price volatility this past fall, a dynamic that’s likely to resurface in the New Year during low-demand times. Today, we continue our analysis of the Western Canadian gas market with a look at the changing transportation and flow dynamics in Alberta.
After being left for dead for more than five years, natural gas production in the greater Haynesville region has been surging upward — from about 5.7 Bcf/d this time last year to more than 7 Bcf/d today, an increase of 25% during 2017. Much of this growth has been coming from a new cast of characters, employing different technologies and different strategies than the first wave of Haynesville pioneers that established the play back in 2008, then abandoned it in 2012. But a couple of big challenges face the Haynesville. Today, we begin an examination of the Haynesville that will take us from production trends through producer strategies and finally into detailed calculations of production economics for the play.