Russia is the world's largest producer of crude oil (including lease condensate) and the second-largest producer of dry natural gas. Russia also produces significant amounts of coal. Russia's economy is highly dependent on its hydrocarbons, and oil and natural gas revenues account for more than one-third of the federal budget revenues.
Russia is a major producer and exporter of oil and natural gas. Russia's economic growth is driven by energy exports, given its high oil and natural gas production. Oil and natural gas revenues accounted for 36% of Russia's federal budget revenues in 2016.
Russia was the world’s largest producer of crude oil including lease condensate and the third-largest producer of petroleum and other liquids (after Saudi Arabia and the United States) in 2016, with average liquids production of 11.2 million barrels per day (b/d). Russia was the second-largest producer of dry natural gas in 2016 (second to the United States), producing an estimated 21 trillion cubic feet (Tcf).
Russia and Europe are interdependent in terms of energy. Europe is dependent on Russia as a source of supply for both oil and natural gas. More than one-third of crude oil imports to European countries in the Organization for Economic Cooperation and Development (OECD) in 2016 came from Russia. More than 70% of natural gas imports to those countries also came from Russia in 2016. Russia is dependent on Europe as a market for its oil and natural gas and the revenues those exports generate. In 2016, nearly 60% of Russia’s crude oil exports and more than 75% of Russia’s natural gas exports went to OECD Europe.
Russia was the fourth-largest generator of nuclear power in the world in 2016 and had the fifth-largest installed nuclear capacity. With seven nuclear reactors under construction, Russia is second to China in terms of number of reactors under construction as of October 2017.
According to the BP Statistical Review, Russia consumed 26.74 quadrillion British thermal units (Btu) of energy in 2016, most of which was natural gas (52%). Petroleum and coal accounted for 22% and 13% of Russiaâ€™s consumption, respectively (Figure 1).
Map of Russia
Source: CIA, World Factbook
Sanctions and lower oil prices have reduced foreign investment in Russia’s upstream, especially in Arctic offshore and shale projects, and they have made financing projects more difficult.
In response to the actions and policies of the government of Russia with respect to Ukraine, in 2014, through a series of executive orders, the United States imposed progressively tighter sanctions on Russia. Among other measures, the sanctions limited Russian firms’ access to U.S. capital markets, specifically targeting four Russian energy companies: Novatek, Rosneft, Gazprom Neft, and Transneft. Sanctions also prohibited the export to Russia of goods, services, or technology in support of deepwater, Arctic offshore, or shale projects. The European Union imposed similar sanctions, although they differ in some respects.
In August 2017, the United States enacted new legislation codifying the existing sanctions on Russia. This legislation also extended the prohibition on providing technology in support of new deepwater, Arctic offshore, or shale projects to cover not only projects in Russia, but also projects anywhere in the world in which a person or entity already subject to sanctions owns 33% or more of the project. The legislation also authorizes the President of the United States to impose additional sanctions on persons or entities providing support to energy export pipelines, but it does not require the President to do so.
Virtually all involvement in Artic offshore and shale projects by Western companies has ceased following the sanctions. In recent years, the Russian government has offered special tax rates or tax holidays to encourage investment in difficult-to-develop resources, such as Arctic offshore and low-permeability reservoirs, including shale reservoirs. Attracted by the tax incentives and the potentially vast resources, many international companies entered into partnerships with Russian firms to explore Arctic and shale resources. ExxonMobil, Shell, BP, and Statoil also signed agreements with Russian companies to explore shale resources. ExxonMobil, Eni, Statoil, and China National Petroleum Company (CNPC) all partnered with Rosneft in 2012 and 2013 to explore Arctic fields. Despite sanctions announced in March 2014, Total agreed in May to explore shale resources in partnership with Lukoil. However, Total halted its involvement in September 2014, as additional sanctions were announced later in the year.
Arctic offshore and shale resources are unlikely to be developed without the help of Western oil companies. However, these sanctions will have little effect on Russian production in the short term as these resources were not expected to begin producing for 5 to 10 years at the earliest. The immediate effect of these sanctions has been to stop the large-scale investments that Western firms had planned to make in these resources.
At the same time as the United States and the European Union were applying sanctions, oil prices fell by more than half, from an average Brent crude oil price of $109/barrel (b) in the first half of 2014 to an average of less than $50/b in January. Both the sanctions and the fall in oil prices have put pressure on the Russian economy in general and have made it more difficult for Russian energy firms to finance new projects, especially higher-cost projects such as deepwater, Arctic offshore, and shale projects.
With lower oil prices, Russian state revenues from oil and natural gas activities have declined dramatically, and the stateâ€™s budget deficit has grown. In response, the Russian government has implemented or proposed various measures to increase revenues. The Russian government has changed the minerals extraction tax and the export taxes on hydrocarbons several times over the past couple years. The most recent changes and proposals for upcoming changes have generally been in favor of raising the taxes paid by oil and natural gas companies.
In addition to taxes, the Russian government also collects dividends from oil and natural gas companies in which the state is a shareholder. In April 2016, the Russian government directed state-controlled companies to pay out a minimum of 50% of 2015 net income as dividends, nearly double the dividends companies would normally pay. Oil companies have objected to both the tax and dividend increases, arguing that they divert money from capital investment programs. Based on similar arguments, Rosneft negotiated a lower dividend payout in 2016, but the company plans to pay out 50% of 2017 income as dividends.
In January 2016, the Russian government announced its intention to sell some of its shares in several Russian companies, including Bashneft and Rosneft. Bashneft was one of Russiaâ€™s 10 largest oil producers. In October 2016, the federal government sold its 50.08% controlling stake in Bashneft to Rosneft for $5.3 billion. Then in December 2016, the Russian government announced that it had sold a 19.5% stake in Rosneft for $11 billion. The stake was split evenly between Glencore (a commodity trader) and the Qatar Investment Authority (QIAâ€”Qatarâ€™s sovereign wealth fund). In September 2017, Glencore and QIA sold a 14.16% stake in Rosneft to CEFC China Energy for $9.1 billion, retaining 0.5% and 4.7% interest in Rosneft, respectively. The Russian government retains a controlling interest in Rosneft.
Another way to try to increase oil and natural gas revenues is to try to increase prices. In late 2016, the Organization of the Petroleum Exporting Countries (OPEC), Russia, and several other oil-producing countries agreed to limit production from January 2016 through June 2016 to try to stabilize the oil market. Russia agreed to reduce its production by 300,000 b/d versus its October 2016 production level, implementing these cuts gradually to reach the full cut by the end of April 2017. OPEC and Russia have generally adhered to their agreed production cuts, and in May 2017, OPEC and non-OPEC countries met and agreed to extend production cuts through the end of March 2018.Petroleum and other liquids
Most of Russia’s oil production originates in West Siberia and the Urals-Volga regions. However, production from East Siberia, Russia’s Far East, and the Russian Arctic has been growing.
Russia’s proved oil reserves were 80 billion barrels as of January 2017, according to the Oil and Gas Journal. Most of Russia’s reserves are located in West Siberia, between the Ural Mountains and the Central Siberian Plateau, and in the Urals-Volga region, extending into the Caspian Sea.
In 2016, Russia produced an estimated 11.24 million b/d of petroleum and other liquids (of which 10.55 million b/d was crude oil including lease condensate), and it consumed about 3.6 million b/d (Figure 2). Russia exported more than 7 million b/d in 2016, including about 5.3 million b/d of crude oil and the remainder in products and other liquids.
Most of Russia’s oil production originates in West Siberia and the Urals-Volga regions (Table 1), with slightly more than 12% of production in 2016 originating in East Siberia and Russia’s Far East (Krasnoyarsk, Irkutsk, Yakutia, and Sakhalin). However, this share is up from less than 5% of production in 2009. In the longer term, Russia’s eastern oil fields, along with the largely untapped oil reserves in the Russian Arctic, may play a larger role. The Russian sector of the Caspian Sea and the predominantly undeveloped areas of Timan-Pechora in northern Russia also may hold large hydrocarbon reserves.
A number of new projects are in development. Some of these new projects may only offset declining output from aging fields and not result in significant output growth in the near term. The use of advanced technologies and the application of improved recovery techniques is resulting in increased oil output from some existing oil deposits.Table 1. Russia's oil production by region, 2016RegionThousand b/dWestern Siberia6,294 Khanty-Mansiisk4,830 Yamal-Nenets977 Other West Siberia487Urals-Volga2,498East Siberia and the Far East1,338 Krasnoyarsk426 Irkutsk364 Sakhalin344 Yakutia204Arkhangelsk328Komi Republic284Caspian41Arctic offshore36Other57Total10,875Source: U.S. Energy Information Administration based on Eastern Bloc Research.
Urals-Volga was the largest producing region up until the late 1970s when it was surpassed by West Siberia. Today, this region is a distant-second producing region, accounting for about 23% of Russia’s total output. The giant Romashkinskoye field (discovered in 1948) is the largest in the region. Tatneft operates the field which produced over 300,000 b/d in 2016. 
The Khanty-Mansiisk area of West Siberia is Russia’s largest oil-producing region, accounting for about 4.8 million b/d of liquids production, nearly 45% of Russia’s total production in 2016. One of the largest and oldest fields in Khanty-Mansiisk is Samotlor field, which has been producing oil since 1969. Production from the Samotlor field has been declining since its post-Soviet era peak of 635,000 b/d in 2006. Other large oil fields in the region include Priobskoye, Mamontovskoye, Malobalykskoye, and Prirazlomnoye (Rosneft).
Yamal-Nenets, Krasnoyarsk, and the Arctic offshore
The Yamal-Nenets Autonomous district straddles the Arctic coast of West Siberia, with Krasnoyarsk lying just to the east of Yamal-Nenets. This region is mostly known for natural gas production. Crude oil development is relatively new for the region and has required the construction of new infrastructure.
The offshore Prirazlomnoye field (Gazprom) was discovered in 1989 but only began production in December 2013. The field lies in the Arctic offshore, and Gazprom is developing the field. Production from Prirazlomnoye field is expected to peak at about 100,000 b/d. Novoportovskoye field, also being developed by Gazprom, is located on the Yamal peninsula, far from existing oil infrastructure. In May 2016, Gazprom began loading production from Novoportovskoye field at a new Arctic terminal for seaborne delivery to Europe. Production from Novoportovskoye field is expected to peak at about 125,000 b/d by 2018.
The start-up of the Rosneft’s Vankorskoye (Vankor) oil and natural gas field in August 2009 has notably increased production in the region and has been a significant contributor to Russia’s increase in oil production since 2010. Vankor, located north of the Arctic Circle in Russia’s Krasnoyarsk region near the border with Yamal-Nenets, was the largest oil discovery in Russia in 25 years. Rosneft built a 345-mile pipeline to connect Vankor field to the Transneft oil pipeline system at Purpe. In 2015, the field produced about 440,000 b/d. Rosneft is also developing three smaller nearby fields—Suzunskoye, Tagulskoye, and Lodochnoye—also known as the Vankor cluster fields. Production at Suzunskoye started in late 2016.
To the west of Vankor and the Vankor cluster of fields, on the eastern edge of the Yamal-Nenets region, is another cluster of fields under development. Lukoil’s Pyakyakhinskoye oil, condensate, and natural gas field started commercial production in October 2016. Other fields in the area include Gazprom’s Zapolyarnoye natural gas and condensate field, as well as the Vostochno Messoyakha, Zapadno Messoyakha, and Russkoye oil fields. Transneft recently completed construction of the Zapolyarye-Purpe and Purpe-Samotlor pipelines to connect these fields to the Eastern Siberia-Pacific Ocean (ESPO) pipeline.
Rosneft’s Verkhnechonskoye oil and natural gas condensate field lies in the Irkutsk region near the ESPO pipeline. Production at Verkhnechonskoye field began in 2008, with full production reaching about 160,000 b/d. The Yurubcheno-Tokhomskoye and Kuyumba fields lie in southern-central Krasnoyarsk and connect to the ESPO pipeline via the recently completed Kuyumba-Taishet pipeline. The start of commercial production has been delayed at both fields.
The Bazhenov shale layer, which lies under much of the existing West Siberian resource deposits, also holds great potential. In the 1980s, the Soviet government tried to stimulate production by detonating small nuclear devices underground. In recent years, the government has used tax breaks to encourage Russian and international oil companies to explore the Bazhenov and other shale reservoirs. However, Russian firms have made little progress in developing shale resources because sanctions and low oil prices have hindered shale projects.
Lukoil has been actively exploring some of the deposits in the North Caspian Sea, and in 2010, Lukoil launched the Yurii Korchagin field, which produced about 30,000 b/d in 2016. Lukoil launched the Filanovsky field in the second half of 2016. Production at Filanovsky reached 100,000 b/d in June 2017, with plateau production expected to be more than 120,000 b/d. Other discoveries in the area include the Khvalynskoye and Rakushechnoye fields. The development of the region is highly sensitive to taxes and export duties, and any change or cancellation of tax breaks may negatively affect development.
Sakhalin Island is located off Russia’s eastern shore. The offshore area to the east of Sakhalin Island is home to a number of large oil and natural gas fields that have had significant investment from international companies. Many of Sakhalin’s oil and natural gas fields are being developed under two production-sharing agreements (PSA) signed in the mid-1990s. The Sakhalin-1 PSA is operated by ExxonMobil, which holds a 30% share. Other members of the PSA include Rosneft (through two subsidiaries), Indian state-owned oil company ONGC Videsh, and a consortium of Japanese companies. The Sakhalin-1 PSA covers three oil and natural gas fields: Chayvo, Odoptu, and Arkutun-Dagi. Production started at Chayvo field in 2005, at Odoptu field in 2010, and at Arkutun-Dagi field in January 2015. Sakhalin-1 mainly produces crude oil and other liquids, most of which are exported via the De-Kastri oil terminal. Most of the natural gas currently produced at Sakhalin-1 is reinjected, with small volumes of gas sold domestically.
The Sakhalin-2 PSA covers two major fieldsâ€”the Piltun-Astokhskoye oil field and the Lunskoye natural gas fieldâ€”and it includes twin oil and natural gas pipelines that run from the north of the island to the south end of the island, where the consortium has an oil export terminal and a natural gas liquefaction and export terminal. The Sakhalin-2 consortium members include Gazprom, which owns 50% plus one share, Shell with 27.5%, Mitsui with 12.5%, and Mitsubishi with 10%. When the PSA was originally signed, the consortium did not include any Russian companies, and compared with most PSAs, the terms were heavily weighted in favor of the interests of the consortium over the interests of the government. Sakhalin-2 produced its first oil in 1999 and its first liquefied natural gas (LNG) in 2009. The project incurred significant cost overruns and delays, and these issues were part of the justification the Russian government used to force Shell, which at the time owned a 55% interest in Sakhalin-2, and the other consortium members to sell a controlling interest in the consortium to Gazprom.Russia's oil grades
Russia has several oil grades, including Russia’s main export grade, Urals blend. Urals blend is a mix of heavy sour crude oils from the Urals-Volga region and light sweet crude oils from West Siberia. The mixture, and thus the quality, can vary, but Urals blend is generally a medium (about 31°API) gravity sour (about 1.4% sulfur content) crude oil blend and, as such, is generally priced at a discount to Brent crude oil. Siberian Light crude is a higher quality and thus more valuable when marketed on its own, but it can also be blended into Urals crude oil because of limited infrastructure to move it to market separately.
Sokol grade is produced by the Sakhalin-1 project and is a light, sweet crude oil with an API gravity of 35.5° and 0.28% sulfur content. Sakhalin blend includes crude oil produced from the Piltun and Astokh fields under the Sakhalin-2 PSA and condensate produced from Gazprom’s Kirinskoye natural gas and condensate field under the Sakhalin-3 license. Sakhalin is a light (42.5°API), sweet (0.16% sulfur content) blend. Sakhalin blend is loaded at the Prigorodnoye port on the southern tip of Sakhalin Island.
The Eastern Siberia-Pacific Ocean (ESPO) blend came on stream in late 2009 and is a mix of crudes produced in several Siberian fields. This grade is exported through the recently constructed ESPO Pipeline to China and through Russia’s Pacific coast port of Kozmino to other Asian countries. ESPO blend is a fairly sweet, medium-light blend with a typical gravity of 36.0°API and a 0.47% sulfur content.
Varandey grade crude oil is a light (37.8°API), fairly sweet (0.42% sulfur content) crude. It includes a mix of crudes exported through Lukoil’s proprietary pipelines and terminal on the Pechora Sea that opened in 2008. Gazprom Neft’s two Arctic fields, Prirazlomnoye launched in 2014 and Novoportovskoye launched in 2016, produce very different grades of oil. Arctic Oil (ARCO) grade from the Prirazlomnoye field is a medium-heavy (24°API), sour (2.3% sulfur content) crude, and Novy Port grade is a medium-light (30-35°API), sweet crude (0.1% sulfur content).Sector organization
Domestic companies dominate most of Russia’s oil production (Table 2). Following the collapse of the Soviet Union, Russia initially privatized its oil industry. Starting in the late 1990s, privately-owned companies drove growth in the sector, and a number of international oil companies attempted to enter the Russian market with varying degrees of success. More recently, the Russian oil industry has consolidated into fewer firms with more state control.
In 2003, BP invested in the Tyumen Oil Company (TNK), forming TNK-BP, a 50-50 joint venture and one of country’s major oil producers. However, in 2012 and 2013, the TNK-BP partnership was dissolved, and the state-controlled Rosneft acquired nearly all of TNK-BP’s assets. In the previous decade, Rosneft emerged as Russia’s top oil producer following the liquidation of Yukos assets, which Rosneft acquired. In 2016, Rosneft further increased its share of oil production in Russia when it acquired the federal government’s 50.8% controlling interest in Bashneft, the country’s sixth-largest producer.
In 2016, the top five firms in Russia (counting Rosneft and Bashneft as a single firm) accounted for more than 80% of total Russian oil production.
A number of ministries are involved in the oil sector. The Ministry of Natural Resources and Environment issues field licenses, monitors compliance with license agreements, and levies fines for violations of environmental regulations. The Ministry of Energy develops and implements general energy policy. The Finance Ministry is responsible for hydrocarbon taxes, and the Federal Antimonopoly Service regulates tariffs.
Russia has two main hydrocarbon taxes: the minerals extraction tax (MET) and the export tax. The export tax varies for crude oil and for petroleum products. In 2011, Russia changed product export taxes so that export tax rates on all products were lower than the crude oil export tax to encourage investment in refining capacity. In recent years, the government has also offered special MET rates or MET holidays for difficult-to-develop resources such as Arctic offshore and low-permeability reservoirs, including shale reservoirs. Recent increases to the MET rate have increased the value of these previously-agreed MET discounts for difficult resources.
On January 1, 2015, hydrocarbon tax rates changed again. These changes are often referred to as the 2015 tax maneuver. Previously, the export tax was about twice as high as the MET. This tax maneuver raised the MET and lowered export taxes for 2015 and set out additional changes for 2016 and 2017 that would further raise the MET and lower export taxes. The increases in the MET were designed to roughly balance the decreases in the export taxes, making them roughly revenue neutral, neither increasing nor decreasing overall taxes on the energy industry.
On January 1, 2016, the MET increased in accordance with the previously enacted tax maneuver. However, in late 2015, the Russian government adopted a new law that postponed the corresponding decrease in export taxes. This law also substantially increased the MET on natural gas produced by Gazprom in 2016. Throughout 2016 and 2017, several proposals have been made to further raise taxes on the oil and natural gas industry in order to close persistent federal budget deficits.
Beginning January 1, 2018, the Finance Ministry plans to test a new tax system, applying it to several small fields. The new tax would be calculated based on profits rather than values, which is how the MET and export taxes are currently calculated. The profits-based tax could eventually replace the existing tax system, however the Finance Ministry’s current proposals face some opposition.Table 2. Russia's oil production by company, 2016CompanyThousand b/dRosneft4,021Lukoil1,679Surgutneftegaz1,225Gazprom (including Gazprom Neft)1,117Tatneft570Bashneft423Slavneft300Novatek247Russneft150PSA operators290Others853Total10,875Source: U.S. Energy Information Administration based on Eastern Bloc Research.
Russia had more than 30 oil refineries with a total crude oil distillation capacity of 5.1 million b/d as of January 1, 2017, according to Oil and Gas Journal. Rosneft, the largest refinery operator, owns nine major refineries in Russia. Lukoil is the second-largest operator of refineries in Russia with four major refineries. Many of Russia’s refineries are older, simple refineries, with mazut, a low-quality fuel oil, accounting for a large share of their output. Recent tax changes have raised the export duty on mazut and other heavy oil products to equal the export duty on crude oil, eroding the already slim profit-margins of less-complex refineries. Mazut production and exports dropped significantly in 2016 as refinery upgrades continued and as companies lowered utilization at less-complex refineries.Oil exports
In 2016, Russia exported more than 5 million b/d of crude oil and condensate. Most Russian exports (70%) went to European countries, particularly the Netherlands, Germany, Poland, and Belarus (Figure 3). About 36% of Russia’s federal budget revenue in 2016 came from oil and natural gas activities. Although Russia is dependent on European consumption, Europe is similarly dependent on Russian oil supply, with more than one-third of crude oil imports into OECD Europe in 2016 coming from Russia.
Asia and Oceania accounted for 26% of Russian crude oil exports in 2016, with China accounting for a growing share of total Russian exports. In 2016, Russia was the largest supplier of crude oil to China, surpassing Saudi Arabia. Part of the increase in Russian crude oil exports to China has been growing exports to independent refiners—known as teapot refiners—in China. Russian ESPO crude oil does not have to travel as far as Middle East crude to reach Chinese ports. This shorter distance allows Russian crude oil to be shipped in smaller volumes and with more flexible scheduling, which makes it more desirable to independent refiners.
Russia’s Transneft holds a near-monopoly over Russia’s pipeline network, and most of Russia’s crude oil exports must traverse Transneft’s system to reach bordering countries or to reach Russian ports for export. Smaller volumes of exports are shipped via rail and on vessels that load at independently-owned terminals.
Russia also exports fairly sizeable volumes of oil products. According to Eastern Bloc Research, Russia exported about 1.3 million b/d of fuel oil and an additional 990,000 b/d of diesel in 2016. It exported smaller volumes of gasoline (120,000 b/d) and liquefied petroleum gas (75,000 b/d) during the same year.
Russia has an extensive domestic distribution and export pipeline network (Table 3). Russia’s domestic and export pipeline network is nearly completely owned and run by the state-owned Transneft. One notable exception is the Caspian Pipeline Consortium (CPC) pipeline, which runs from Tengiz field in Kazakhstan to the Russian Black Sea port of Novorossiysk. The CPC pipeline is owned by a consortium of companies, with the largest share (24%) owned by the Russian government (whose interests in the consortium are represented by Transneft). KazMunaiGaz (19%), the state-owned oil and natural gas company of Kazakhstan, and Chevron (15%) are the second- and third-largest shareholders in the consortium. Another exception is the TransSakhalin pipeline, owned by the Sakhalin-2 consortium, in eastern Russia (Figure 4).
Table 3. Russia's major crude oil pipelinesFacilityStatusCapacity (million b/d)Total length (miles)Supply regionsDestinationDetailsWestern pipelinesDruzhbaoperating22,500West Siberia and Urals-Volga regionsEuropecompleted in 1964Baltic Pipeline System 1operating1.5730connects to DruzhbaPrimorsk Port on the Gulf of Finlandcompleted in 2001Baltic Pipeline System 2operating0.6620connects to DruzhbaUst-Luga Port on the Gulf of Finlandcompleted in 2012North-West Pipeline Systeminactive0.3500connects to DruzhbaButinge, Lithuania and Ventspils, Latvia on the Baltic Seacompleted in 1968; inactive since 2006Caspian Pipeline Consortium (CPC)operating1.3 by end 2017940Tengiz and Kazakhstan fields in Kazakhstan and Russian Caspian fieldsNovorossiysk, Russia on the Black Seacompleted in 2001Baku-Novorossiysk Pipelineoperating0.1830Caspian and central Asia, via Sangachal Port, Azerbaijan on the Caspian SeaNovorossiysk, Russia on the Black Seacompleted in 1996Omsk-Pavlodar-Atasu Pipelineoperating0.2650West Siberia and Urals-Volga regionsPavlodar refinery in Kazakhstan and China via the Kazakhstan-China Pipelinepart of a series of pipelines originally completed in the 1980sEastern pipelinesTransSakhalinoperating0.2500Sakhalin fields (offshore northern Sakhalin)Pacific seaport of Prigorodnoye (Southern Sakhalin Island)completed in 2008Eastern Siberia-Pacific Ocean
Source: U.S. Energy Information Administration and IHS EDINPorts
The top four Russian ports (Novorossiysk, Primorsk, Ust-Luga, and Kozmino) for crude oil exports together accounted for 84% of Russia’s seaborne crude oil exports in 2016 (Table 4).
Novorossiysk is Russia’s main oil port on the Black Sea coast. It handles petroleum from Central Asian countries as well as from Russia. The Primorsk and Ust-Luga terminals are both located near St. Petersburg, Russia, on the Gulf of Finland. The Primorsk terminal opened in 2006, and the Ust-Luga oil terminal opened in 2009. Both Primorsk and Ust-Luga receive oil from the Baltic Pipeline System, which brings crude oil from fields in the Timan-Pechero, West Siberia, and Urals-Volga regions. Ust-Luga is also a major port for Russian coal and hydrocarbon gas liquids exports.
Kozmino is located near the city of Vladivostok, in Russia’s far eastern Primorsky province, and is the terminus of the ESPO crude oil pipeline. The port opened in December 2009 with an initial capacity of 0.3 million b/d. Kozmino initially received crude oil by rail from Skovorodino until the second phase of the ESPO pipeline opened in 2012. In 2016, almost 0.6 million b/d of crude oil was exported through Kozmino port, slightly below the current capacity.Table 4. Crude oil exports from Russian ports, 2016PortThousand b/dNovorossiysk1,407Primorsk978Ust-Luga669Kozmino594De Kastri230Murmansk185Prigorodnoye112Others180Total4,355U.S. Energy Information Administration, based on Lloyd's List Intelligence (APEX tanker data)
Russian output of hydrocarbon gas liquids (HGL) is expected to grow over the coming years. HGL refers to both the natural gas liquids (paraffins or alkanes such as ethane, propane, and butanes) and olefins (alkenes) produced by natural gas processing plants, fractionators, crude oil refineries, and condensate splitters but excludes liquefied natural gas and aromatics. HGL are produced in association with both natural gas and petroleum products.
Changes in Russia’s export taxes have spurred investment in refining capacity to produce higher quantities of gasoline and lighter distillates, instead of the high share of heavier fuel oil and gasoil the country’s refiners previously exported. The increasing use of fluid catalytic cracking and hydrocracking units is expected to result in increased HGL production at refineries. A further boost to HGL supply will come from natural gas processing, as Russian natural gas producers develop richer natural gas resources and as more associated natural gas production (which is currently flared) is connected to natural gas processing plants.
With a surplus of liquefied petroleum gas (LPG)—primarily propane and butaneâ€”on the Russian market, major producers have targeted the export market and the development of HGL-fed petrochemical capacity as outlets for their growing production. Traditionally, the main outlet for Russian LPG exports had been shipments to Europe by rail. In mid-2012, Russia’s first modern LPG export terminal came online in Taman on the Black Sea. With a design capacity of approximately 30,000 barrels per day (b/d) of pressurized cargo, the port handled, on average, nearly 14,000 b/d in 2016, all brought in by rail. In mid-2013, Sibur, Russia’s largest LPG producer, shipped its first LPG cargo out of Ust-Luga, near St. Petersburg. In a first for Russia, the Sibur-operated terminal can handle both pressurized and refrigerated product, and it has recently undergone a capacity expansion from nearly 50,000 b/d to about 75,000 b/d. The Ust-Luga terminal, like Taman, is capable of receiving LPG by rail. Additional volumes of LPG are produced on-site at the Novatek-operated Gas Condensate Fractionation and Transshipment Complex.
In addition to direct exports, Russian companies are seeking to use domestically produced LPG in petrochemical manufacturing, which would capture more value and minimize their export tariff exposure. In December 2014, Sibur commissioned its propane dehydrogenation (PDH) facility at the Tobolsk-Polymer complex in West Siberia, which can produce 510,000 tons per year of polymer-grade propylene from an estimated 33,000 b/d of propane feedstock. The company plans to further increase its liquids consumption at the Tobolsk site with a proposed 1.5 million ton per year ethylene cracker, which is expected to be in operation by 2021. The feedstock for the $9.5 billion plant is expected to consist primarily of propane and butane. Some ethane will also be used to produce ethylene, propylene, and butylene/butadiene that will then feed into the production of derivative products, including high- and low-density polyethylene and polypropylene. Rosneft is also planning a major petrochemical complex at Nakhodka, on Russia’s Pacific Coast, near the Kozmino oil terminal. The new complex will include a refinery and a petrochemical plant with 1.4 million tons per year of ethylene capacity. The petrochemical plant will primarily consume naphtha as a feedstock.Natural gas
Russia holds the largest natural gas reserves in the world and is the second-largest producer of dry natural gas. The state-run Gazprom dominates the country’s upstream natural gas sector, although production from other companies has been growing.
According to Oil and Gas Journal, Russia held the world’s largest natural gas reserves, with 1,688 trillion cubic feet (Tcf), as of January 1, 2017 (Figure 5). Russia’s reserves account for about one quarter of the world’s total proved natural gas reserves. Most of these reserves are located in large natural gas fields in West Siberia. Five of Gazprom’s largest operating fields (Yamburg, Urengoy, Medvezhye, Zapolyarnoye, and Bovanenkovo)—all of which are in the Yamal–Nenets region of West Siberia—together account for about one-third of Russia’s total natural gas reserves.
The state-run Gazprom dominates Russia’s upstream natural gas sector, producing about two-thirds of Russia’s total natural gas output in 2016 (Table 5). While independent and oil company producers have gained importance, upstream opportunities remain fairly limited for independent producers and other companies, including Russian oil majors. Furthermore, Gazprom’s dominant upstream position is reinforced by its legal monopoly on pipeline gas exports.
Much like the oil sector, a number of ministries and regulatory agencies are involved in Russia’s natural gas sector. The Ministry of Natural Resources and Environment issues field licenses, monitors compliance with license agreements, and levies fines for violations of environmental regulations. The Ministry of Energy develops and implements general energy policy and oversees LNG exports. The Finance Ministry is responsible for hydrocarbon extraction and export taxes, while the Ministry of Economic Development supervises tariffs.
The Federal Antimonopoly Service is the main regulatory agency involved in the natural gas sector. This agency regulates pipeline tariffs and oversees charges of abuse of market dominance, including charges related to third-party access to pipelines.Table 5. Russia's natural gas production by company, 2016CompanyTcfGazprom14.8Novatek2.4Rosneft2.4Lukoil0.7Surgutneftegaz0.3PSA operators1.0Others1.0Total22.6Source: U.S. Energy Information Administration based on Eastern Bloc Research
In 2016, Russia was the world’s second-largest dry natural gas producer (approximately 21 Tcf), surpassed only by the United States (26.5 Tcf). According to Eastern Bloc Energy, which has slightly higher estimates for Russia’s total natural gas production than EIA, most of the country's production comes from the Yamal-Nenets region of West Siberia (Table 6). 
The Yamal-Nenets region is home to three of the country’s historically most prolific fields—Yamburg, Urengoy, and Medvezhye—all of which are licensed to Gazprom. These three fields have been operating for more than 30 years and have seen output declines in recent years but still have significant remaining reserves and large annual production volumes. Gazprom has two other large operating natural gas fields in the region. The Zapolyarnoye field started production in 2001, and in 2013, reached its production design capacity of 4.6 Tcf per year. Zapolyarnoye was supposed to continue to produce at capacity for almost 10 years, but instead it has declined, producing just 2.7 Tcf in 2016. Production at Bovanenkovo field on the Yamal peninsula has been growing since it started in 2012, reaching 2.4 Tcf in 2016. Gazprom plans to increase annual production to 4.1 Tcf per year after 2019, when the Nordstream 2 pipeline is scheduled to come online.
Gazprom and other producers are increasingly investing in new regions, such as Eastern Siberia and Sakhalin Island, to bring natural gas deposits in these areas into production. Gazprom is currently working to develop two large natural gas fields in Eastern Siberia—Chayadinskoye field in the Yakutia region and Kovytka field in the Irkutsk region. Both fields will connect to the Power of Siberia natural gas pipeline and serve demand in Eastern Russia and China. Additionally, the partners in the Sakhalin 1 project, Rosneft and ExxonMobil, are considering ways to monetize their natural gas reserves, which could include building a new LNG export facility or selling the natural gas to Gazprom to be exported via Gazprom’s Sakhalin LNG terminal or planned future pipelines.
Natural Gas flaring
In Russia, natural gas associated with oil production is often flared. According to the U.S. National Oceanic and Atmospheric Administration (NOAA), Russia flared an estimated 850 billion cubic feet (Bcf) of natural gas in 2016, the most of any country. At this level, Russia accounted for about 16% of the total volume of natural gas flared globally in 2016 from upstream sources (Figure 6). A number of Russian government initiatives and policies have set targets to reduce routine flaring of associated gas. Also, regulatory changes have made it easier and more profitable for third-party producers to transport and market their natural gas. According to the NOAA estimates, from 2012 to 2014, flared natural gas in Russia declined on average 9% per year before growing 8% in 2015 and 14% in 2016.Table 6. Russia's natural gas production by region, 2016RegionTcfWest Siberia19.3 Yamalo-Nenets17.9 Khanty-Mansiisk1.2 Tomsk0.2East Siberia and the Far East1.7 Sakhalin1.0 Krasnoyarsk0.5 Irkutsk0.1 Yakutia0.1Urals-Volga1.1 Orenburg0.7 Astrakhan0.4Komi Republic0.1Others0.4Total22.6Source: U.S. Energy Information Administration based on Eastern Bloc Research
In 2016, almost 90% of Russia’s 7.5 Tcf of natural gas exports were delivered to customers in Europe via pipeline, with Germany, Turkey, Italy, Belarus, and the United Kingdom receiving the bulk of these volumes (Figure 7). Much of the remainder was delivered to Asia as LNG. In 2013, Ukraine was Russia’s third-largest importer of natural gas, importing 0.8 Tcf from Russia. In 2016, Ukraine imported a total of 0.4 Tcf of natural gas, none of which was purchased from Russia. Because of a pricing and payments dispute and as part of the wider tensions between the two countries, Ukraine has decreased the volume of natural gas it buys from Russia and increased the natural gas it buys from its western neighbors. However, Ukraine still acts as a transit country for deliveries of pipeline natural gas from Russia to Western Europe, and much of the natural gas Ukraine buys from Western Europe physically originates in Russia.
Revenues from natural gas exports in 2015 accounted for about 13% of Russia’s total export revenues. While not as large as Russia’s export earnings from crude oil and other liquids, Russia still depends on Europe as a market for its natural gas. Europe, likewise, is dependent on Russia for its supply of natural gas. In 2015 and 2016, natural gas imports from Russia accounted for about one-third of natural gas consumed in OECD Europe. Additionally, some countries within Europe, especially Finland, the Baltics, and much of Southeast Europe, receive almost all of their natural gas from Russia.
Since the mid-2000s, natural gas consumption in OECD Europe has generally been flat to declining, prompting Russia to look to Asia and LNG as a means to diversify its natural gas exports. U.S. and European Union (EU) sanctions, implemented in 2014, accelerated Russia’s pivot to the east, with Russia signing two pipeline deals with China in 2014 covering exports that could eventually reach 2.4 Tcf per year.
In 2016, Russia’s natural gas infrastructure included about 107,000 miles of transmission pipelines and more than 20 underground natural gas storage facilities. Since the late 2000s, Gazprom has been adding major new pipelines to accommodate new sources of supply, including fields in Yamal and Eastern Siberia, and new export routes, including exports to China and new pipelines to Europe that avoid Ukraine.
The Unified Gas Supply (UGS) system is the collective name for the interconnected western portion of Russia’s natural gas pipelines (Table 7). The UGS system includes domestic pipelines and the domestic portion of export pipelines in European Russia. In 2007, the Russian government directed Gazprom to establish an Eastern Gas Program (EGP) to expand natural gas infrastructure in eastern Siberia and Russia’s Far East. The backbone of the EGP is the Power of Siberia pipeline, which is currently under construction (Figure 4).Table 7. Russia's major natural gas pipelinesFacilityStatusCapacity (trillion cubic feet per year)Total length (miles)Supply regionsMarketsDetailsWestern pipelinesYamal-Europeoperating1.2more than 1,000West Siberian fields including Urengoy areaPoland, Germany, and northern Europe via Belarusfirst section started operations in 1996Blue streamoperating0.6750West Siberian fields including Urengoy areaTurkey via the Black Seastarted operations in 2003Nord streamoperating1.9760West Siberian fields including Urengoy areaGermany and northern Europe via the Baltic Seastarted operations in 2011Nord stream 2planning1.9760West Siberian fields including Urengoy areaGermany and northern Europe via the Baltic Seaplanned start in 2011Urengoy-Ukhta, Bovanenkovo-Ukhta, and Ukhta-Torzhokoperating and under constructionmore than 5.0more than 1,300Bovanenkovo field on the Yamal peninsula and Urengoy area fieldsWestern Russia and Europe via Yamal-Europe, Nord Stream, and other routesUrengoy-Ukhta-Torzhok started operations in 2006; the 1st Bovanenkovo-Ukhta line started operations in 2012Soyuz and Brotherhood (Urengoy-Pomary-Uzhgorod)operatingmore than 3.5more than 2,800West Siberian fields including Urengoy area, Russian Urals fields, and Central AsiaWestern Russia and Europe via Ukrainefirst major natural gas export lines to Europe, built and brought online during the Soviet era; first section started operations in 1967Southern Corridor pipelinesconstruction2.2Western route - 550 Eastern route - 1,010West Siberian fields including Urengoy areaSouthern Russia, Turkey, and Europe via Turkish stream pipelineconstruction on the Western route is due to be completed in 2017Turkish streamconstructionup to 1.1more than 500West Siberian fields including Urengoy areaTurkey and Southeast Europe via the Black Seascheduled to start in late 2019Eastern pipelinesTransSakhalinoperating0.3500Sakhalin fields (offshore northern Sakhalin)Sakhalin LNG plant, Prigorodnoye, southern Sakhalin Islandstarted operations in 2008Sakhalin-Khabarovsk-Vladivostokoperating0.21,100Sakhalin fields (offshore northern Sakhalin)Eastern Russia with potential exports to Asia via proposed Vladivostok LNG or new pipelinesstarted operations in 2011; expandable to 1.1 Tcf per year with additional compression.Power of Siberia 1 (Eastern route for exports to China)constructionmainline – up to 2.2 China spur - 1.3more than 1,200East Siberian fields including Chayadinskoye in Yakutia region and Kovytka in Irkutsk regionNortheast China with a later extension to connect with the Sakhalin-Khabarovsk-Vladivostok pipelinedeliveries to China scheduled to begin by the end of 2019Power of Siberia 2 (Altai/Western route)planninginitial - 1.11,620West Siberian fields including Urengoy areaChina2020 or later; could lay parallel lines in the future, doubling or tripling the initial capacitySource: U. S. Energy Information Administration based on Gazprom, GazpromExport, Sakhalin Energy, TurkStream, World Gas Intelligence, NefteCompass and Argus FSU.
Gazprom is sole owner of virtually all of Russia’s natural gas pipelines. Russia’s 1999 Law on Gas Supply requires owners of all natural gas systems to provide non–discriminatory access to any available capacity with the aim of supplying domestic consumers. Separate regulations established rules for third-party access to the UGS system, but no rules have been established for access to pipelines that are not part of the UGS system. Access to pipeline capacity for exports is not included, as the 2006 Law on Gas Exports grants pipeline export rights exclusively to the owner of the UGS system, which is Gazprom.
Despite these long-standing laws, independent natural gas producers, including state-owned oil companies, have only recently begun to get access to some of Gazprom’s domestic pipelines. Actions by the Federal Antimonopoly Service (FAS) have helped promote better third–party access. Between 2008 and 2011, the FAS brought 28 infringement cases against Gazprom related to third–party access. Third-party natural gas transported by Gazprom grew from 12% of UGS system inflows in 2010 to about 23% in 2016. The FAS has also proposed new laws that would fix many of the deficiencies in the current laws and regulations, including the current lack of regulations for third–party access to pipelines that are not part of the UGS system. Many of the recent disputes over pipeline access have been related to eastern natural gas pipelines, which are not part of the UGS system.Liquefied natural gas
As of September 2017, Russia has a single operating large-scale liquefied natural gas (LNG) export facility, Sakhalin LNG. This facility has been operating since 2009, with the majority of the LNG contracted to Japanese and South Korean buyers under long-term supply agreements. In 2016, Sakhalin LNG exported 10.9 million metric tons (mt) of LNG (approximately 500 Bcf of natural gas), which went to Japan (65%), South Korea (23%), Taiwan (10%), and China (3%).
In 2013, Russia modified its Law on Gas Exports to allow Novatek and Rosneft to export LNG, breaking Gazprom’s monopoly on all natural gas exports. Yamal LNG, which began construction in 2013, is owned by a consortium, led by Novatek with a 50.1% interest. Total and CNPC each have 20% interest, and the Silk Road Fund (an investment fund established by the Chinese government) holds the remaining 9.9% interest in the project. The first of three liquefaction trains is scheduled to be online by the end of 2017. The three trains will each have a capacity of 5.5 mt of LNG per year, and they will draw natural gas from the South Tambeyskoye natural gas and condensate field located in the northeast of the Yamal Peninsula. A number of other proposals for new LNG terminals in Russia are in various stages of planning (Table 8).
To transport LNG from its arctic location, Yamal LNG has commissioned the construction of up to 16 ice-class tankers. Exports are mainly aimed at Asian LNG markets, and during most of the year, the ice-class tankers will take cargoes west from the Yamal peninsula directly to Asia, transiting the Arctic Ocean and the Bering Strait. In winter, when the direct route is too ice-bound to be navigable, the ice-class tankers will take cargoes west from the Yamal peninsula to Europe. In Europe, the LNG will be loaded onto regular LNG tankers that will deliver the cargoes to Asia via the Suez Canal.
Russian companies are also interested in building a network of small- and mid-scale LNG liquefaction facilities, mainly to serve remote natural gas demand and to serve transportation demand for LNG in Russia and neighboring areas. There are already a handful of small-scale liquefaction plants in Russia, with total combined capacity of less than 0.1 million metric tons per year of LNG. More than a dozen additional small- and mid-scale facilities are planned or under construction, with total combined capacity of more than 5 million metric tons per year.Table 8. Russia's large-scale liquefied natural gas projectsFacilityAreaStatusCapacity (million metric tons of LNG per year)Announced start yearOwnersLiquefaction projectsSakhalin LNGPacific coastoperating10+2009Gazprom, Shell, Mitsui, and MitsubishiYamal LNGArctic coastconstruction16.5train 1 – by end 2017
Russia is one of the top producers and consumers of electric power in the world, with more than 240 gigawatts of installed generation capacity. In 2016, gross electric power generation totaled 1,071 billion kilowatthours, and Russia consumed about 900 billion kilowatthours.
Fossil fuels (oil, natural gas, and coal) are used to generate about two-thirds of Russia's electricity, with hydropower and nuclear each accounting for about one-sixth of total electric generation. Most of the fossil fuel-fired generation comes from natural gas. Russia’s gross electric power generation totaled 1,071 billion kilowatthours (BkWh) in 2016, and net electricity consumption was about 900 BkWh. Russia exported approximately 18 BkWh of electricity in 2016 and imported about 3 BkWh of electricity.Sector organization
Much like the oil and natural gas sectors, a number of ministries and regulatory agencies are involved in the electric sector. The Ministry for Economic Development supervises tariffs and investment in the energy sector. The Ministry of Energy is in charge of general energy policy, including development of the legal framework for the electric sector. The Ministry of Energy also approves investment plans for Russia’s electric transmission system.
The main regulatory agency involved in the sector is the Federal Antimonopoly Service, which regulates transmission tariffs and oversees compliance with the unbundling rules and charges of abuse of market dominance in competitive electric markets. The state atomic energy corporation, Rosatom, controls all aspects of the nuclear sector in Russia, including uranium mining, fuel production, nuclear plant engineering and construction, generation of nuclear power, and nuclear plant decommissioning.
Russia has seven regional power systems in the electric sector. These systems are: Northwest, Center, South, Middle Volga, Urals, Siberia, and Far East. The Far East system is fragmented with a weak connection to its neighbor to the west, the Siberian system. The Siberian system is also weakly connected with its neighbor to the west, the Urals system. The remaining five systems covering European Russia are well-integrated with one another and connected to systems in neighboring countries.
The Russian electric sector was restructured in the past decade, and much of it was privatized. The reform required ownership unbundling in the electric sector, separating the industry into largely privately-owned, competitive generation assets and state-controlled, regulated transmission assets. No company is allowed to own both generation and transmission assets. The Federal Grid Company, which is more than 70% owned by the Russian government (directly and through Gazprom), controls most of the transmission and distribution infrastructure in Russia. The grid comprises more than 1.5 million miles of power lines, including slightly less than 100,000 miles of high-voltage cables of 220 kilovolts (Kv) or more. The government has been trying to attract private investment into the wholesale and regional electric generating companies. As part of the market reform, most of Russia’s fossil-fueled power generation was also privatized, while nuclear and hydropower remain under state control.Nuclear power
Russia has an installed nuclear capacity of more than 26 million kilowatts distributed across 35 operating nuclear reactors at 10 locations. Nine plants are located west of the Ural Mountains. The exception is the Bilibino plant in the far northeast.
Russia's nuclear power facilities are aging. The working life of a reactor is considered to be 30 years, but Russia has an active life-extension program. The period for extension is established by the government as 15 years, and 24 of Russia's nuclear reactors, accounting for about 60% of the country’s operating nuclear capacity, are 30 or more years old (Figure 8). Eleven of the country's 35 nuclear reactors use the high-power channel reactor (RBMK) design employed in Ukraine's Chernobyl plant. Russia’s newest reactor, the 1,114 megawatt electric (MWe) Novovoronezh 6 reactor began commercial operation in February 2017.
Russia’s current federal target program envisions a 45% to 50% nuclear power share of total generation by 2050 and a 70% to 80% share by 2100. To achieve these goals, the rapidly aging nuclear reactor fleet in Russia will need to be replaced with new nuclear power plants. As of July 1, 2017, seven new nuclear reactors were officially under construction across Russia with 5,468 MWe net generating capacity (5,904 MWe gross). One of the plants under construction is a floating nuclear power plant, which is scheduled to be commissioned by 2019.
In addition to the seven nuclear reactors currently under construction, another 26 units are planned, with a total gross generating capacity of more than 28,000 MWe. These units are planned to be completed between 2020 and 2035.
Russia has sizeable coal reserves and is the world's third-largest exporter of coal.
With 177 billion short tons of coal at the end of 2016, Russia held the world's third-largest recoverable coal reserves, after the United States and China. Russia produced 425 million short tons in 2016, making it the sixth-largest coal producer in the world behind China, India, the United States, Australia, and Indonesia. Almost 80% of Russia’s coal production was steam coal, and slightly more than 20% was coking coal.
In 2016, Russia consumed about 45% of its coal production and exported the rest. Although coal accounts for a relatively modest share of Russia’s total energy consumption, coal is a more vital part of consumption in Siberia, where most Russian coal is mined.
More than half of Russia’s coal production comes from the Kuzbass basin in central Russia. Kuzbass coal must travel long distances by rail to reach ports in the west or the east of the country for export to European or Asian consumers. This long overland transport generally puts Russian coal at an economic disadvantage to competing sources of coal. Even so, in 2016, Russia was the third-largest coal exporting country in the world, exporting 189 million short tons, seaborne and overland. The top two coal exporters in 2016 were Australia and Indonesia.
Russia’s coal exports have generally grown steadily since the late 1990s, with exports to Asia growing strongly in the past few years. In 2016, 47% of Russia’s coal exports went to Asia (Figure 9). Russia’s total coal exports have almost doubled over the past decade, and exports are expected to continue to grow in the future.
Russia’s coal-exporting ports are geographically located to serve either European or Asian markets. Some of Russia’s major coal ports include Murmansk, Ust-Luga, and Tuapse, all of which lie in the West and handle exports to Europe. Vanino and Vostochny lie in the East and handle exports to Asia. China and some East European countries receive coal imports from Russia directly by rail. Russia has plans to expand port capacity to facilitate more coal exports to Asia.
Something interesting to share?
Join NrgEdge and create your own NrgBuzz today
When asked in December about the projected slowdown in American shale output, the new US Energy Secretary shrugged off the notion, describing it as a mere ‘pause’. Blaming the expected slowdown to the ‘natural adjustments’ of oil and gas prices instead of a structural decline in production, Dan Brouilette is painting a rosy picture of US shale – where riches still lie underneath, waiting for the right price to be extracted. Of course he would paint such a picture. Brouilette is the new Energy Secretary, replacing Rick Perry. He couldn’t come in on a message of doom and gloom. But his pretty picture isn’t accurate either.
Schlumberger just posted a US$10 billion loss for the full year 2019, despite relatively flat y-o-y revenues. CEO Oliver Le Peuch called its international performance ‘positive’, but blamed ‘land market weakness’ causing a sharp decline in North American revenues and profits. Land market is code word for shale, and Schlumberger isn’t the only one facing problems. Halliburton announced a loss of US$1.1 billion in 2019, taking a US$2.2 billion charge on weakening US shale activity as North American revenue for Halliburton fell by 21% in 4Q19 and 18% for the whole year. While its results managed to beat analyst predictions – already stung by Schlumberger’s results – Halliburton doesn’t expect things to get rosier either, signalling that it expected ‘customer spending’ in North America to be down again in 2020.
And it isn’t just service companies suffering. US supermajor Chevron booked a US$11 billion write-down on a collection of assets in its latest set of financials, including on a major deepwater project in the Gulf of Mexico, the Kitimat LNG project in Canada and onshore Appalachian shale assets. Taken as a whole, the total impairment might coming from Chevron’s lowered forecast for oil and gas prices to the US$55-60/b range for 2020, but that shale was singled out is a major factor. And Chevron isn’t the only one. BP, Repsol and even ExxonMobil are expecting weakness. Only Shell and Total, who haven’t devoted as much attention to US shale, particularly the Permian, have been relatively insulated.
Why is this happening? There are two different factors operating. From a producers’ standpoint, the rising tide of US shale output is contributing to weakening global prices for oil – and that has a lot to do with the debt burden of existing US shale players, who have to keep drilling to pay off loans. Added conventional production coming online from Guyana, Brazil and Norway at the same time aren’t helping with prices either, despite OPEC+’s best intentions. From a service company’s perspective, firms like Schlumberger and Halliburton derive their revenue from drilling activity, not drilling output. And US drilling activity has dropped steeply over the past year, currently down by over 250 rigs according to the Baker Hughes weekly rig count. Much of this is onshore, principally in the Permian but also in other basins, as the once nimble and dynamic drillers are forced to stop activity either through bankruptcy or to shut shop temporarily as crude prices fall to uneconomical levels.
The US EIA has issued a new forecast, predicting that US shale output will slow down to a 1.1 mmb/d gain over 2020. That’s still optimistic, taking total US production to 13.3 mmb/d. In 2021, however, the EIA think output growth will fall even further, to an annual gain of just 400,000 b/d. Implicit to that forecast is that the EIA expects prices to remain subdued over the new two years, because shale drillers would respond to higher prices with increased drilling. There is also production structure to consider. Shale well produce immediate results, but show steep declines after. From 2012 to 2019, the amount of drilled but uncompleted (DUCs) wells – ie. wells that can be exploited within a short time frame – grew and grew; in the last 9 months, the glut of DUCs has shrunk – suggested that the industry is not drilling new wells as fast as they are completing already-drilled. Drilling activity has declined, and the chronic decline in the Baker Hughes active rig count – 18 of the last 21 weeks showed a net loss of rigs – is just proof of that.
It may not be the picture that Dan Brouilette wants to paint, but it is reality. The shale slowdown is real. It is also true that shale activity would increase if prices rose to more viable levels – say the US$65-70/b range – but let’s be honest, what are the odds of that happening when shale itself is the cause of weakening prices.
Nagman has diversified into dealing with Flow meters or Instruments viz Electro-Magnetic Flow Meters, Coriolis Mass Flow Meter, Positive Displacement Flow Meter, Vortex Flow Meter, Turbine Flow Meter, Ultrasonic Flow Meter.
Electro-Magnetic Flow Meter:
Size : DN 3 to DN 3000 mm
Flow Velocity : 0.5 m/s to 15 m/s
Accuracy : ±0.5%, ±0.2% of Reading
Coriolis Mass Flow Meter:
Size : DN8~DN300
Flow Range : 8 to 2500000 Kg/hr (for liquids)
4 to 2500000 Kg/hr (for gases)
Accuracy : 0.1% 0.2% 0.5% of Normal Flow Range
Positive Displacement Flow Meter:
Size : DN 15 ~ DN 400
Max. Flow Range : 0.3 m3/hr to 1800 m3/hr
(Will vary based on the measured media & temperature)
Accuracy : 0.1% 0.2% 0.5%
Vortex Flow Meter:
Size : DN 25 to DN 300
Flow Range : 1.3 m3/hr to 2000 m3/hr (Water)
8.0 m3/hr to 10000 m3/hr (Air)
Accuracy : ±1.0% of Reading
Turbine Flow Meter:
Size : DN 4 to DN 200
Flow Range : 0.02 m3 /hr to 680 m3 /hr
Accuracy : 1.0% or 0.5% of Rate
Ultrasonic Flow Meter:
Type : Hand held Ultrasonic Flow meter with S2, M2, L2 Sensors
Accuracy : ±1% of Reading at rates > 0.2 mps
Measuring Range : DN 15 – DN 6000
In its Short-Term Energy Outlook (STEO), released on January 14, the U.S. Energy Information Administration (EIA) forecasts that U.S. natural gas exports will exceed natural gas imports by an average 7.3 billion cubic feet per day (Bcf/d) in 2020 (2.0 Bcf/d higher than in 2019) and 8.9 Bcf/d in 2021. Growth in U.S. net exports is led primarily by increases in liquefied natural gas (LNG) exports and pipeline exports to Mexico. Net natural gas exports more than doubled in 2019, compared with 2018, and EIA expects that they will almost double again by 2021 from 2019 levels.
The United States trades natural gas by pipeline with Canada and Mexico and as LNG with dozens of countries. Historically, the United States has imported more natural gas than it exports by pipeline from Canada. In contrast, the United States has been a net exporter of natural gas by pipeline to Mexico. The United States has been a net exporter of LNG since 2016 and delivers LNG to more than 30 countries.
In 2019, growth in demand for U.S. natural gas exports exceeded growth in natural gas consumption in the U.S. electric power sector. Natural gas deliveries to U.S. LNG export facilities and by pipeline to Mexico accounted for 12% of dry natural gas production in 2019. EIA forecasts these deliveries to account for an increasingly larger share through 2021 as new LNG facilities are placed in service and new pipelines in Mexico that connect to U.S. export pipelines begin operations.
Net U.S. natural gas imports from Canada have steadily declined in the past four years as new supplies from Appalachia into the Midwestern states have displaced some pipeline imports from Canada. U.S. pipeline exports to Canada have increased since 2018 when the NEXUS pipeline and Phase 2 of the Rover pipeline entered service. Overall, EIA projects the United States will remain a net natural gas importer from Canada through 2050.
U.S. pipeline exports to Mexico increased following expansions of cross-border pipeline capacity, averaging 5.1 Bcf/d from January through October 2019, 0.5 Bcf/d more than the 2018 annual average, according to EIA’s Natural Gas Monthly. The increase in exports was primarily the result of increased flows on the newly commissioned Sur de Texas–Tuxpan pipeline in Mexico, which transports natural gas from Texas to the southern Mexican state of Veracruz. Several new pipelines in Mexico that were scheduled to come online in 2019 were delayed are expected to enter service in 2020:
U.S. LNG exports averaged 5 Bcf/d in 2019, 2 Bcf/d more than in 2018, as a result of several new facilities that placed their first trains in service. This year, several new liquefaction units (referred to as trains) are scheduled to be placed in service:
In 2021, the third train at the Corpus Christi facility in Texas is scheduled to come online, bringing the total U.S. liquefaction capacity to 10.2 Bcf/d (baseload) and 10.8 Bcf/d (peak). EIA expects LNG exports to continue to grow and average 6.5 Bcf/d in 2020 and 7.7 Bcf/d in 2021, as facilities gradually ramp up to full production.
Source: U.S. Energy Information Administration, Natural Gas Monthly