Natural Gas

Highlights Chart of the WeekIncreasing Gas-On-Gas Pricing Will Disrupt Global LNG Markets Growth in the global Liquefied Natural Gas (LNG) market will be fuelled by surging U.S. natural gas production, which will allow consumers in Asian and European markets to diversify away from oil-indexed pricing - with its attendant geopolitical risks - and falling European gas production. As a result, markets will move toward short- and long-term contracts priced in USD/MMBtu (Chart of the Week). This will favor gas producers and LNG merchants with access to U.S. shale-gas supplies, where production is growing at double-digit p.a. rates (Chart 2). Well-developed trading and risk-management markets in the U.S. - centered on Henry Hub, LA - will incentivize consumers to shorten the tenor of oil-indexed contracts, replacing them with hedgeable futures-based contracts. These markets allow producers and merchants to offer short- and long-term contracts that meet consumer preferences. As the global LNG market grows, shipping companies, along with producers and merchants with worldwide trading and transport capabilities - or access to such capabilities - will grow market share at the expense of exporters tied to the more rigid oil-indexing regime (Chart 3). Energy: Overweight. We remain long call spreads along the Brent forward curve over February - August; these positions are up an average 88.4% since inception, basis Tuesday's close. The long S&P GSCI position we recommended in December is up 21.8%, on the back of higher oil prices and backwardated crude-oil forward curves. Base Metals: Neutral. Copper is holding on to recent gains - up ~ 11% from its mid-August trough, following oil higher. Precious Metals: Neutral. Gold hovers around $1,200/oz, following the Fed's meeting last week, which resulted in a 25bp increase in fed funds to 2.25%. Ags/Softs: Underweight. The trade agreement to be signed by U.S. officials at the end of November with their counterparts in Mexico and Canada removes some of the uncertainty weighing on ag markets. Upward revisions to 2017 carry-out estimates by the USDA continue to pressure corn and beans. Chart 2Surging Production, Market Depth Favor U.S. Gas Producers And Merchants Chart 3Growing LNG Imports Will Favor Shippers, Producers And Merchants Feature Surging U.S. natural gas production will continue to find its way to global LNG markets over the next decade. The persistence of oil-indexing in Asian LNG contracts will fuel the growth of U.S. exports, given the arbitrage between cheaper natural gas - priced basis supply-demand fundamentals for gas - and more expensive oil-indexed contracts.1 Added to this cost advantage, U.S. exports can be linked to hedgeable futures prices, using NYMEX Henry Hub, LA, contracts. These stability-of-supply and pricing advantages also allow LNG buyers in Asia and Europe to diversify away from oil-production disruption risks, which can send prices sharply higher, and being overly reliant on Russian imports. Chart 4U.S. LNG Exports Will Surge This will give global consumers an incentive to continue shortening the tenor of more rigid oil-indexed LNG contracts, and to replace them with hedgeable contracts referencing Henry Hub, LA, futures contracts priced in USD/MMBtu. While a fairly stout increase of U.S. LNG exports already is expected by the EIA and IEA, we believe this dynamic likely results in export volumes that are higher than the ~ 10 Bcf/d expected by 2023, and close to 15 Bcf/d toward the end of the 2020s (Chart 4).2 Increasing volumes of associated natural gas production in the Permian Basin in west Texas, which will have to be transported from the basin so that it does not curtail oil production, will drive a large part of this growth. We expect a significant LNG export center to be developed in South Texas in Corpus Christi over the next five years or so, just as the U.S. surpasses 10 Bcf/d of exports in the middle of the next decade.3 Flexible pricing of LNG contracts basis Henry Hub already is supporting the buildout of Gulf Coast exports via take-or-cancel contracts. These contracts are replacing the more restrictive take-or-pay contracts still used in Asia.4 This will continue to evolve, allowing supply development to be hedged via Henry Hub natgas futures. Consumers ultimately benefit from cheaper supplies and hedgeable risks. This is not to say other benchmarks will fall away. There is always room for regional benchmarks - even oil-based benchmarks such as the Japan Crude Cocktail (JCC), or the spot- and swaps-market reference Japan/Korea Marker (JKM).5 The global crude oil market accommodates such regional benchmarks: WTI crude oil futures are the benchmark for oil markets in the Americas, while Brent crude oil futures serve as the benchmark for global markets. Crude oils with different chemical properties can be priced relative to these benchmarks for delivery anywhere in the world. The global LNG market could retain an Asian benchmark, but a lot of work needs to be done in terms of building the supporting infrastructure - pipelines, regasification facilities, deep futures markets, etc. - to make that happen.6 We are inclined to believe the build-out of U.S. LNG export capacity will occur before these pieces fall into place: Scale has never been an issue in the U.S. oil and gas patch. Global Supply - Demand Overview Chart 5Global LNG Demand Growth Likely Outpaces Current Expectations Global LNG demand is expected to rise at an impressive 1.7% p.a. out to 2040 (Chart 5). However, local supply and demand levels are increasingly unbalanced, implying that cross-border pipeline and LNG imports will need to increase as gas demand rises.7 A few key markets lead this trend, as seen in Chart 6, which illustrates the supply-gap in major consuming countries. Supply gaps are poised to grow in Emerging Asia and Europe, due to elevated demand growth in the former and lack of supply growth in the latter. World LNG demand grew by 10% last year, with Europe and Emerging Asia accounting for more than 95% of this increase. However, last year's stellar growth numbers should not be considered as the baseline growth forecast.8 The latest projections show demand increasing by 21 Bcf/d by 2025 - taking LNG imports from 38 Bcf/d at present to 58 Bcf/d by then. This implies a lower annualized growth rate of 5.5%. Chart 6Supply - Demand Imbalances Will Fuel LNG Demand Globally LNG Supply On Growth Trajectory World LNG export capacity is expected to go from 48 Bcf/d in 2017 to 61 Bcf/d by 2022 (Chart 7), with 53% of the additional capacity coming from the U.S., 18% from Australia, and 15% from Russia.9 Chart 7LNG Export Capacity Growth Our baseline forecast for the LNG market foresees a short-term supply surplus in 2020 (Chart 8), followed by a catch-up in demand and new waves of projects between 2024 and 2030. Among the supply-side developments we are following: Chart 8New LNG Projects In The Pipeline The Australian LNG market has undergone massive change in the last five years. While being a relatively small natural gas producer (8th largest producer, accounting for ~ 3% of world output), in 2015, the country became the second largest LNG exporting country in the world with now over 7.5 Bcf/d of exports. The bulk of new liquefaction facilities will be operational in 2019 with the completion of new trains at the Wheatstone, Prelude Floating and Ichthys LNG facilities.10 This will bring Australian total LNG export capacity to over 10 Bcf/d. Importantly, most of Australia's LNG trade is with Emerging Asian countries. This region still relies mostly on oil-linked, long-term, and fixed-destination contracts. Absent the OPEC market-share war of 2014 - 2016, when oil prices collapsed, Australia's LNG prices are subject to oil price risks and volatility (Chart 9). Chart 9Asian Oil-Indexed Contracts Trade Above Spot LNG The U.S. currently has ~ 3 Bcf/d liquefaction capacity and is increasingly exporting to Asian countries (Table 1). The present wave of projects under-construction will push capacity to ~ 9 Bcf/d in 2020. Following a two year pause in project Final Investment Decisions (FIDs) from 2016 to 2017, potential FIDs in 2018 and 2019 could increase the U.S. capacity to ~ 14 Bcf/d by 2025. This will make the U.S. the second-largest exporter of LNG in the world, surpassing Australia. This new wave of investment is yet to be finalized; therefore, final investment decisions in 2H18 and 2019 will be crucial to determine the medium-term potential of U.S. LNG. If a majority of these projects goes through, U.S. capacity risks being overbuilt for the next decade (Chart 10). Table 1U.S. LNG Exports By Country Chart 10U.S. LNG Capacity Risks Becoming Overbuilt Importantly, U.S. LNG exports already have had a massive impact on the global LNG market. The totality of U.S. export prices are determined by gas-on-gas pricing - i.e., gas priced in USD/MMBtu as a function of gas supply-demand fundamentals. Just as importantly, these contracts are without destination restrictions found in many oil-indexed contacts. In the U.S., the presence of a deep futures market allows flexible long-term contracting.11 According to Royal Dutch Shell, the spot LNG market doubled from 2010 to 2017, accounting for ~ 25% of all transactions, most of it due to the prodigious increase in U.S. LNG supply.12 An overbuilt U.S. market would increase spot LNG trading. Our own calculations based on EIA data indicate the U.S. could have too much capacity relative to demand in 2018 - 19, but goes into balance in 2020 - 2022.13 Russia's natural gas production is projected to increase from 66.7 Bcf/d in 2017 to 70.1 Bcf/d in 2023. However, the bulk of this increase will cover new pipeline exports. The country's LNG capacity is expected to grow by ~ 2.5 Bcf/d with the completion of trains at the Yamal, Vysotsk and Portovaya export facilities. Despite its low LNG capacity, Russia remains a key player in the LNG market. Its rising pipeline capacity connected to China - the fastest growing market in the world - competes directly with global LNG supplies. For Russia, the rise of natural gas availability on a global basis - in the form of LNG - shakes its foreign relationships and policies to the core. In loosening the once-tight relationship between buyers and sellers, the rise of spot LNG supplies will favor consumers and energy security, and foster the development of longer-term contracting.14 Global LNG Demand Could Outpace Supply By our reckoning, some 62% of additional global gas demand of 160 Bcf/d will be covered by rising domestic production, 12% by rising trans-national pipeline capacity, and the remaining 26% by LNG imports.15 Longer-term, we expect LNG and natural gas demand to keep rising as industry demand expands and major coal consumers build up their natural gas and renewables usage. As a result, LNG consumption will increase at a rate of ~ 3% p.a. until 2040, as overall gas demand grows ~ 1.7%.16 Key demand-side developments: Table 2Natgas Emits Less CO2 China's environmental reforms, supply-side industrial policies and continued economic growth will be the engine of global natural gas and LNG growth in the next decade. The Middle Kingdom's natural gas demand grew 15% to 23 Bcf/d in 2017, of which 54% came from additional LNG. This short-term growth surge required spot and short-term LNG imports, which pushed up North Asian LNG spot prices. Despite our expectation that China will continue leading global LNG growth, we believe 2017 to be an outlier. Two factors contributed to the rise in spot prices: To tackle its massive pollution without significantly altering economic development and growth, China's environmental policies favor natural gas as a bridge to a low-carbon economy, since natgas contains half the carbon content of coal (Table 2). China's supply-side reforms and winter capacity cut led to a spike in spot LNG demand, which had to be covered in global LNG markets. China has an extremely low level of storage to deal with seasonal natgas consumption fluctuations; this forces the country to rely on spot LNG to meet short-term peaks in gas demand (Chart 11). Chart 11China's Minimal Natgas Storage Forces It To Rely On Spot Markets While these factors still dominate Chinese markets, new Russian pipeline capacity is expected to start delivering gas in 2019, the ~ 247 bcf of additional domestic storage capacity and the rise in spot LNG supply will mitigate the effect. In addition, China is limited in its regasification capacity. Data re projects under construction and demand forecasts indicate the average utilization would rise to ~ 90% in 2020. Winter usage would push this to ~ 100% rapidly, constraining its ability to meet winter demand with spot LNG. As a result, we expect Asian spot LNG prices to rise above contracted oil-indexed prices next winter, but less so in 2020 and 2021. Longer term, China's gas consumption is expected to grow 4.6% p.a., outpacing the 4.0% p.a. domestic production growth. Some 23% of the gap will come from Russian and Turkmenistan pipeline imports. Europe's supply-gap rose in the past 3 years, and is expected to continue to widen. Unlike the rest of the world, this gap is growing because of supply depletion instead of strong demand growth. In fact, demand is expected to remain flat, based on the IEA's forecast of Europe's long-term growth. On the other hand, total European gas supply has decreased by 16% since 2010, and is expected to continue decreasing at a similar pace, reaching 21 Bcf/d in 2023 from 25 Bcf/d in 2017. These declines in European natgas supply are due to: The phase-out by 2030 of Netherlands' Groningen field. Continued concerns about the impact of natural gas production on earthquakes in nearby communities pushed the Dutch government to adopt, in March 2018, a plan to gradually stop gas extraction at the Groningen field. Production has been decreasing since 2013 and is expected to decrease by around three quarters between now and end-2023. U.K. natural gas production will decrease by 5% p.a. due to the lack of capex and the large number of fields reaching a mature state. Stagnation in Norway's gas production following its record production level in 2017. Europe's regasification capacity has considerable slack, which will allow it to expand its import volumes. Europe currently has 23 Bcf/d regas capacity, with a very low 27% utilization in 2017. This means it has ~16 Bcf/d capacity available. With the U.S. is expected to raise its exports by ~ 6 - 7 Bcf/d in the next couple of years, Europe could potentially absorb the entire U.S. LNG exports if it desires to diversify its source of energy supply. Pressure Builds For Competitive LNG Markets Chart 12Expect More LNG Spot Trading The movement toward an integrated global market - similar in structure to current oil markets - will be driven by sharply increased U.S. LNG exports, and more competitive pricing of LNG as a function of gas supply-demand fundamentals. This latter effort likely will find support from Japanese and EU regulators. In addition, U.S. exporters already are using futures-based pricing - using Henry Hub contracts - which provide greater flexibility for producers, consumers and merchants to hedge their risk. Either Asian markets will develop viable regional benchmarks, or the global market will increasingly adopt Henry Hub indexing. Again, this is a typical commodity-market evolution: wheat can be priced for delivery anywhere on the planet using Chicago Board of Trade indexing. Asia lacks an integrated pipeline network. Market-based pricing of gas as gas - i.e., based on regional supply-demand gas fundamentals - also has not fully developed. LNG-on-LNG competition is considered a way to promote market-based pricing. Thus, the rise in spot and short-term contracts priced on the basis of natural gas fundamentals in the region already visible in the data likely will continue (Chart 12). In addition, if we see the oil price spike we expect in 1Q19 - driven by the loss of Iranian exports due to U.S. sanctions, continuing losses in Venezuelan exports due to economic collapse, and still-strong global oil demand - LNG priced on gas fundamentals will become even more attractive.17 LNG consumers' exposure to oil prices - via oil-indexed supply contracts - is a disadvantage to consumers with super-abundant natural gas supplies (Chart 13).18 That said, the U.S. export capacity remains limited, thus it cannot completely substitute for the global trade being done basis oil-indexed LNG contracts. Still, higher oil prices will incentivize a shift to contracts with prices determined by natgas fundamentals, which favors continued growth in U.S. exports. If anything, it will push for a faster-than-expected expansion of U.S. LNG export capacity. Chart 13LNG Buyers Will Resist Oil-Indexed Exposure Bottom Line: Growth in global LNG markets likely will be faster than expected, as the U.S. develops its export capacity and continues to offer futures-based pricing. This will further reduce the attractiveness of rigid oil-indexed contracts. Gas producers and LNG merchants with access to U.S. shale-gas supplies, possessing trading and risk-management capabilities that allow them to offer flexible contracts globally, are favored in this quickly evolving market. Hugo Bélanger, Senior Analyst HugoB@bcaresearch.com Pavel Bilyk, Research Associate pavelb@bcaresearch.com Robert P. Ryan, Senior Vice President Commodity & Energy Strategy rryan@bcaresearch.com 1 The LNG cost structure is complex. A recent paper from the Oxford Institute For Energy Studies estimates U.S. breakeven costs for new LNG projects are roughly $7/MMBtu delivered, or ~ $4/MMBtu over current Henry Hub, LA, spot prices. This includes liquefaction costs, and transportation costs from the U.S. Gulf to Asia of ~ $1.50/MMBtu, and ~ $0.70/MMBtu from the U.S. Gulf to northwest Europe. Regasification charges and entry fees likely add ~ $0.70 to $1/MMBtu. Please see "The LNG Shipping Forecast: costs rebounding, outlook uncertain," published by the Oxford Institute For Energy Studies, March 2018. Transport costs are variable, and are only one part of the LNG pricing equation. The benefits of diversifying supplies cannot be overlooked, nor can the benefit of gas-on-gas pricing in a high-priced crude oil market. See also see "US powerhouse in the making," published June 14, 2018, by petroleum-economist.com. 2 Please see the International Energy Agency's Gas 2018 report published in March, particularly the discussion of supply beginning on p. 67. 3 Please see "The Price of Permian gas Pipeline Limits," by Stephen Rassenfoss, in the Journal of Petroleum Technology, published July 19, 2018. 4 Take-or-cancel contracts employ option-like features - e.g., cancelation payments that function as an option premium - that give buyer and seller flexibility in cancelling a contract or delivery in a manner that allows the seller to cover fixed costs, not unlike a tolling contact. This is possible because of the hedging latitude provided by the NYMEX natural gas futures market, which has Henry Hub, LA, as its delivery point. Please see "The Shift Away from Take-or-Pay Contracts in LNG," published by the Atlanta-based law firm King & Spalding on its Energy Law Exchange blog September 13, 2017. 5 Platts' JKM spot assessment for November was $11.35/MMBtu, which was down 6% from October assessments. Please see "Platts JKM: Asia November LNG spot prices fall on thin demand," published by S&P Global Platts September 21, 2018. The NYMEX JKM forward curve peaks at $13.50/MMBtu for January 2019 deliveries, and backwardates thereafter. 6 Big LNG consumers' antitrust regulators are increasing pressure on overly restrictive contracts, which could open these markets to further competition over the next three years. Japan's Fair Trade Commission (JFTC) in 2017 concluded a review of term LNG contracts, which raised the possibility heretofore standard term contract features - e.g., limits on destinations and diversions, and take-or-pay provisions - could run counter to its antimonopoly laws. Japan is the largest importer of LNG in the world, taking ~ 11 Bcf/d. Meanwhile, in June of this year, the European Commission opened an investigation into long-term LNG contracts between its member states and Qatar Petroleum. Akin Gump Strauss Hauer & Feld, the Washington, D.C., law firm, expects a ruling on destination and profit-sharing clauses that severely limit re-trading of LNG by purchasers. Akin Gump expects a ruling in the course of the next 3 years. While Japan's FTC did not specify remedies, it is possible buyers gain rights to re-sell and re-direct cargoes, following these reviews. This would make markets more competitive, although indexing the price of LNG to oil-based formulas likely will hinder this process. Please see "Revisiting LNG Resale Restrictions - Implications of Recent EU Decisions," published on the firm's website August 2, 2018. 7 Natural gas demand grew by 16% since 2010, according to the BP 2018 Statistical Review of World Energy, and is expected to grow by a cumulative 47% (1.6% p.a.) by 2040. 8 Many idiosyncratic factors helped Chinese LNG imports reach such an exceptional growth rate, mostly weather-related: China's environmental policy is resulting in widespread substitution of coal for natural gas for space-heating purposes, which, in colder-than-expected winters, results in surging demand. We do not believe this will be a long-term seasonal influence: Physical facilities are being built out to accommodate higher supply and demand. 9 World liquefaction capacity will rise to ~ 61 Bcf/d in 2022, based on our calculations of projects under construction. The bulk of additional capacity will come from the U.S., Australia and Russia. 10 Capacity of 0.6, 0.5 and 1.2 Bcf/d, respectively. 11 Please see U.S. Department of Energy, office of Oil & Natural Gas, LNG Monthly. 12 Like most globally traded commodities, LNG can be traded in USD/MMBtu. The global financial and clearing system already is set up to accommodate commodity transactions denominated in USD, therefore we do not see any impediments to extending it further into the LNG market. 13 Please see Chart 10 footnote for details. 14 We will be exploring the geopolitical dimension of LNG next week in a Special Report written with our colleagues in BCA Research's Geopolitical Strategy. Please see Meghan L. O'Sullivan, Windfall: How the new energy abundance upends global politics and Strengthens America's Power (New York: Simon & Schuster, 2012). 15 From 2017 to 2040, based on BP projections. The bulk of additional pipeline capacity will come from Russia with 12 Bcf/d destined to China and Europe expected to come on line in 2019. 16 Please see the International Energy Agency's GAS 2018 report published in March, BP's BP Statistical Review Of World Energy 2018 report published in June, Shell's Shell LNG Outlook 2018 report published in February, and U.S. the Energy Information Administration's International Energy Outlook 2017 report published in September. 17 Please see our most recent assessment of global oil fundamentals, published September 27, 2018, entitled "Risks From Unplanned Oil-Outage Rising; OPEC 2.0's Spare Capacity Is Suspect," and our updated forecast, "Odds Of Oil-Price Spike In 1h19 rise; 2019 Brent Forecast Lifted $15 To $95/bbl," published September 20, 2018. 18 Asia LNG prices are usually linked to the JCC according to predetermined formulae. However, the exact formula remains opaque and varies with each contract. Based on our calculations, we concluded that since 2010, the average formula uses a slope of ~14% on JCC prices lagged 4 months, with very low s-curve components and a constant. Investment Views and Themes Recommendations Strategic Recommendations Tactical Trades Commodity Prices and Plays Reference Table Trades Closed in 2018 Summary of Trades Closed in 2017

Special Report

The old cyclical market axiom that "nothing cures low prices like low prices" has never held
truer than in today's oil market.