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Tuesday, January 29, 2019

Alternative fuel

From Wikipedia, the free encyclopedia

Typical Brazilian filling station with four alternative fuels for sale: biodiesel (B3), gasohol (E25), neat ethanol (E100), and compressed natural gas (CNG). Piracicaba, São Paulo, Brazil.
 
Alternative fuels, known as non-conventional and advanced fuels, are any materials or substances that can be used as fuels, other than conventional fuels like; fossil fuels (petroleum (oil), coal, and natural gas), as well as nuclear materials such as uranium and thorium, as well as artificial radioisotope fuels that are made in nuclear reactors.

Some well-known alternative fuels include biodiesel, bioalcohol (methanol, ethanol, butanol), refuse-derived fuel, chemically stored electricity (batteries and fuel cells), hydrogen, non-fossil methane, non-fossil natural gas, vegetable oil, propane and other biomass sources.

Background

The main purpose of fuel is to store energy, which should be in a stable form and can be easily transported to the place of use. 

Almost all fuels are chemical fuels. The user employs this fuel to generate heat or perform mechanical work, such as powering an engine. It may also be used to generate electricity, which is then used for heating, lighting, or other purpose.

Biofuel

Alternative fuel dispensers at a regular gasoline station in Arlington, Virginia. B20 biodiesel at the left and E85 ethanol at the right.
 
Biofuels are also considered a renewable source. Although renewable energy is used mostly to generate electricity, it is often assumed that some form of renewable energy or a percentage is used to create alternative fuels. Research is ongoing into finding more suitable biofuel crops and improving the oil yields of these crops. Using the current yields, vast amounts of land and fresh water would be needed to produce enough oil to completely replace fossil fuel usage.

Biomass

Biomass in the energy production industry is living and recently dead biological material which can be used as fuel or for industrial production. It has become popular among coal power stations, which switch from coal to biomass in order to convert to renewable energy generation without wasting existing generating plant and infrastructure. Biomass most often refers to plants or plant-based materials that are not used for food or feed, and are specifically called lignocellulosic biomass.[2] As an energy source, biomass can either be used directly via combustion to produce heat, or indirectly after converting it to various forms of biofuel.

Algae-based fuels

Algae-based biofuels have been promoted in the media as a potential panacea to crude oil-based transportation problems. Algae could yield more than 2000 gallons of fuel per acre per year of production. Algae based fuels are being successfully tested by the U.S. Navy Algae-based plastics show potential to reduce waste and the cost per pound of algae plastic is expected to be cheaper than traditional plastic prices.

Biodiesel

Biodiesel is made from animal fats or vegetable oils, renewable resources that come from plants such as jatropha, soybean, sunflowers, corn, olive, peanut, palm, coconut, safflower, canola, sesame, cottonseed, etc. Once these fats or oils are filtered from their hydrocarbons and then combined with alcohol like methanol, biodiesel is brought to life from this chemical reaction. These raw materials can either be mixed with pure diesel to make various proportions, or used alone. Despite one’s mixture preference, biodiesel will release smaller number of pollutants (carbon monoxide particulates and hydrocarbons) than conventional diesel, because biodiesel burns both cleanly and more efficiently. Even with regular diesel’s reduced quantity of sulfur from the ULSD (ultra-low sulfur diesel) invention, biodiesel exceeds those levels because it is sulfur-free.

Alcohol fuels

Methanol and ethanol fuel are primary sources of energy; they are convenient fuels for storing and transporting energy. These alcohols can be used in internal combustion engines as alternative fuels. Butanol has another advantage: it is the only alcohol-based motor fuel that can be transported readily by existing petroleum-product pipeline networks, instead of only by tanker trucks and railroad cars.

Ammonia

Ammonia (NH3) can be used as fuel. Benefits of ammonia include no need for oil, zero emissions, low cost, and distributed production reducing transport and related pollution.

Carbon-neutral and negative fuels

Carbon neutral fuel is synthetic fuel—such as methane, gasoline, diesel fuel or jet fuel—produced from renewable or nuclear energy used to hydrogenate waste carbon dioxide recycled from power plant flue exhaust gas or derived from carbonic acid in seawater. Such fuels are potentially carbon neutral because they do not result in a net increase in atmospheric greenhouse gases. To the extent that carbon neutral fuels displace fossil fuels, or if they are produced from waste carbon or seawater carbonic acid, and their combustion is subject to carbon capture at the flue or exhaust pipe, they result in negative carbon dioxide emission and net carbon dioxide removal from the atmosphere, and thus constitute a form of greenhouse gas remediation. Such carbon neutral and negative fuels can be produced by the electrolysis of water to make hydrogen used in the Sabatier reaction to produce methane which may then be stored to be burned later in power plants as synthetic natural gas, transported by pipeline, truck, or tanker ship, or be used in gas to liquids processes such as the Fischer–Tropsch process to make traditional transportation or heating fuels.

Carbon-neutral fuels have been proposed for distributed storage for renewable energy, minimizing problems of wind and solar intermittency, and enabling transmission of wind, water, and solar power through existing natural gas pipelines. Such renewable fuels could alleviate the costs and dependency issues of imported fossil fuels without requiring either electrification of the vehicle fleet or conversion to hydrogen or other fuels, enabling continued compatible and affordable vehicles. Germany has built a 250-kilowatt synthetic methane plant which they are scaling up to 10 megawatts. Audi has constructed a carbon neutral liquefied natural gas (LNG) plant in Werlte, Germany. The plant is intended to produce transportation fuel to offset LNG used in their A3 Sportback g-tron automobiles, and can keep 2,800 metric tons of CO2 out of the environment per year at its initial capacity. Other commercial developments are taking place in Columbia, South Carolina, Camarillo, California, and Darlington, England.

The least expensive source of carbon for recycling into fuel is flue-gas emissions from fossil-fuel combustion, where it can be extracted for about US $7.50 per ton. Automobile exhaust gas capture has also been proposed to be economical but would require extensive design changes or retrofitting. Since carbonic acid in seawater is in chemical equilibrium with atmospheric carbon dioxide, extraction of carbon from seawater has been studied. Researchers have estimated that carbon extraction from seawater would cost about $50 per ton. Carbon capture from ambient air is more costly, at between $600 and $1000 per ton and is considered impractical for fuel synthesis or carbon sequestration.

Nighttime wind power is considered the most economical form of electrical power with which to synthesize fuel, because the load curve for electricity peaks sharply during the warmest hours of the day, but wind tends to blow slightly more at night than during the day. Therefore, the price of nighttime wind power is often much less expensive than any alternative. Off-peak wind power prices in high wind penetration areas of the U.S. averaged 1.64 cents per kilowatt-hour in 2009, but only 0.71 cents/kWh during the least expensive six hours of the day. Typically, wholesale electricity costs 2 to 5 cents/kWh during the day. Commercial fuel synthesis companies suggest they can produce fuel for less than petroleum fuels when oil costs more than $55 per barrel. The U.S. Navy estimates that shipboard production of jet fuel from nuclear power would cost about $6 per gallon. While that was about twice the petroleum fuel cost in 2010, it is expected to be much less than the market price in less than five years if recent trends continue. Moreover, since the delivery of fuel to a carrier battle group costs about $8 per gallon, shipboard production is already much less expensive. However, U.S. civilian nuclear power is considerably more expensive than wind power. The Navy's estimate that 100 megawatts can produce 41,000 gallons of fuel per day indicates that terrestrial production from wind power would cost less than $1 per gallon.

Hydrogen & formic acid

Hydrogen is an emissionless fuel. The byproduct of hydrogen burning is water, although some mono-nitrogen oxides NOx are produced when hydrogen is burned with air.

Another fuel is formic acid. The fuel is used by converting it first to hydrogen, and using that in a fuel cell. Formic acid is much more easy to store than hydrogen.

Hydrogen/compressed natural gas mixture

HCNG (or H2CNG) is a mixture of compressed natural gas and 4-9 percent hydrogen by energy.

Liquid nitrogen

Liquid nitrogen is another type of emissionless and efficient fuel.

Compressed air

The air engine is an emission-free piston engine using compressed air as fuel. Unlike hydrogen, compressed air is about one-tenth as expensive as fossil fuel, making it an economically attractive alternative fuel.

Propane autogas

Propane is a cleaner burning, high performance fuel derived from multiple sources. It is known by many names including propane, LPG (liquified propane gas), LPA (liquid propane autogas), Autogas and others. Propane is a hydrocarbon fuel and is a member of the natural gas family. 

Propane as an automotive fuel shares many of the physical attributes of gasoline while reducing tailpipe emissions and well to wheel emissions overall. Propane is the number one alternative fuel in the world and offers an abundance of supply, liquid storage at low pressure, an excellent safety record and large cost savings when compared to traditional fuels.

Propane delivers an octane rating between 104 and 112 depending on the composition of the butane/propane ratios of the mixture. Propane autogas in a liquid injection format captures the phase change from liquid to gas state within the cylinder of the combustion engine producing an "intercooler" effect, reducing the cylinder temperature and increasing air density. The resultant effect allows more advance on the ignition cycle and a more efficient engine combustion. 

Propane lacks additives, detergents or other chemical enhancements further reducing the exhaust output from the tailpipe. The cleaner combustion also has fewer particulate emissions, lower NOx due to the complete combustion of the gas within the cylinder, higher exhaust temperatures increasing the efficiency of the catalyst and deposits less acid and carbon inside the engine which extends the useful life of the lubricating oil. 

Propane autogas is generated at the well alongside other natural gas and oil products. It is also a by-product of the refining processes which further increase the supply of Propane to the market. 

Propane is stored and transported in a liquid state at roughly 5 bar (73 psi) of pressure. Fueling vehicles is similar to gasoline in speed of delivery with modern fueling equipment. Propane filling stations only require a pump to transfer vehicle fuel and does not require expensive and slow compression systems when compared to compressed natural gas which is usually kept at over 3,000 psi (210 bar). 

In a vehicle format, propane autogas can be retrofitted to almost any engine and provide fuel cost savings and lowered emissions while being more efficient as an overall system due to the large, pre-existing propane fueling infrastructure that does not require compressors and the resultant waste of other alternative fuels in well to wheel lifecycles.

Natural gas vehicles

Compressed natural gas (CNG) and liquified natural gas (LNG) are two cleaner combusting alternatives to conventional liquid automobile fuels.

Compressed natural gas fuel types

Compressed natural gas (CNG) vehicles can use both renewable CNG and non-renewable CNG.

Conventional CNG is produced from the many underground natural gas reserves are in widespread production worldwide today. New technologies such as horizontal drilling and hydraulic fracturing to economically access unconventional gas resources, appear to have increased the supply of natural gas in a fundamental way.

Renewable natural gas or biogas is a methane‐based gas with similar properties to natural gas that can be used as transportation fuel. Present sources of biogas are mainly landfills, sewage, and animal/agri‐waste. Based on the process type, biogas can be divided into the following: biogas produced by anaerobic digestion, landfill gas collected from landfills, treated to remove trace contaminants, and synthetic natural gas (SNG).

Practicality

Around the world, this gas powers more than 5 million vehicles, and just over 150,000 of these are in the U.S. American usage is growing at a dramatic rate.

Environmental analysis

Because natural gas emits little pollutant when combusted, cleaner air quality has been measured in urban localities switching to natural gas vehicles Tailpipe CO2 can be reduced by 15–25% compared to gasoline, diesel. The greatest reductions occur in medium and heavy duty, light duty and refuse truck segments.

CO2 reductions of up to 88% are possible by using biogas.

Similarities to hydrogen Natural gas, like hydrogen, is another fuel that burns cleanly; cleaner than both gasoline and diesel engines. Also, none of the smog-forming contaminates are emitted. Hydrogen and natural gas are both lighter than air and can be mixed together.

Nuclear power and radiothermal generators

Nuclear reactors

Nuclear power is any nuclear technology designed to extract usable energy from atomic nuclei via controlled nuclear reactions. The only controlled method now practical uses nuclear fission in a fissile fuel (with a small fraction of the power coming from subsequent radioactive decay). Use of the nuclear reaction nuclear fusion for controlled power generation is not yet practical, but is an active area of research. 

Nuclear power is usually used by using a nuclear reactor to heat a working fluid such as water, which is then used to create steam pressure, which is converted into mechanical work for the purpose of generating electricity or propulsion in water. Today, more than 15% of the world's electricity comes from nuclear power, and over 150 nuclear-powered naval vessels have been built.

In theory, electricity from nuclear reactors could also be used for propulsion in space, but this has yet to be demonstrated in a space flight. Some smaller reactors, such as the TOPAZ nuclear reactor, are built to minimize moving parts, and use methods that convert nuclear energy to electricity more directly, making them useful for space missions, but this electricity has historically been used for other purposes. Power from nuclear fission has been used in a number of spacecraft, all of them unmanned. The Soviets up to 1988 orbited 33 nuclear reactors in RORSAT military radar satellites, where electric power generated was used to power a radar unit that located ships on the Earth's oceans. The U.S. also orbited one experimental nuclear reactor in 1965, in the SNAP-10A mission. No nuclear reactor has been sent into space since 1988.

Thorium fuelled nuclear reactors

Thorium-based nuclear power reactors have also become an area of active research in recent years. It is being backed by many scientists and researchers, and Professor James Hansen, the former Director at NASA Goddard Institute for Space Studies has reportedly said, “After studying climate change for over four decades, it’s clear to me that the world is heading for a climate catastrophe unless we develop adequate energy sources to replace fossil fuels. Safer, cleaner and cheaper nuclear power can replace coal and is desperately needed as an essential part of the solution”. Thorium is 3-4 times more abundant within nature than uranium, and its ore, monazite, is commonly found in sands along bodies of water. Thorium has also gained interest because it could be easier to obtain than uranium. While uranium mines are enclosed underground and thus very dangerous for the miners, thorium is taken from open pits. Monazite is present in countries such as Australia, the United States and India, in quantities large enough to power the earth for thousands of years. As an alternative to uranium fuelled nuclear reactors, thorium has been proven to add to proliferation, produces radioactive waste for deep geological repositories like technetium-99 (half-life over 200,000 years), and has a longer fuel cycle.

Radiothermal generators

In addition, radioisotopes have been used as alternative fuels, on both land and in space. Their use on land is declining due to the danger of theft of isotope and environmental damage if the unit is opened. The decay of radioisotopes generates both heat and electricity in many space probes, particularly probes to outer planets where sunlight is weak, and low temperatures is a problem. Radiothermal generators (RTGs) which use such radioisotopes as fuels do not sustain a nuclear chain reaction, but rather generate electricity from the decay of a radioisotope which has (in turn) been produced on Earth as a concentrated power source (fuel) using energy from an Earth-based nuclear reactor.

British Petroleum (BP -- updated)

From Wikipedia, the free encyclopedia

Public limited company
Traded as
ISINGB0007980591
IndustryOil and gas
Predecessors
Founded14 April 1909; 109 years ago
FounderWilliam Knox D'Arcy
HeadquartersLondon, England
Area served
Worldwide
Key people
  • Helge Lund
  • (Chairman)
  • Bob Dudley
  • (Group Chief Executive)
  • Lamar McKay
  • (Deputy Group Chief Executive)
Products
Production output
3.6 Mbbl/d (570×103 m3/d) of BOE (2017)
ServicesService stations
RevenueIncrease US$ 244.58 billion (2017)
Increase US$ 9.47 billion (2017)
Increase US$ 3.47 billion (2017)
Total assetsIncrease US$ 276.52 billion (2017)
Total equityIncrease US$ 100.40 billion (2017)
Number of employees
~74,000 (2017)
Subsidiaries
WebsiteBP.comupd

BP plc (formerly The British Petroleum Company plc, British Petroleum and BP Amoco plc) is a British multinational oil and gas company headquartered in London, England. It is one of the world's seven oil and gas "supermajors", whose performance in 2012 made it the world's sixth-largest oil and gas company, the sixth-largest energy company by market capitalization and the company with the world's 12th-largest revenue (turnover). It is a vertically integrated company operating in all areas of the oil and gas industry, including exploration and production, refining, distribution and marketing, petrochemicals, power generation and trading. It also has renewable energy interests in biofuels and wind power.

As of 31 December 2017, BP had operations in 70 countries worldwide, produced around 3.6 million barrels per day (570,000 m3/d) of oil equivalent, and had total proved reserves of 18.441 billion barrels (2.9319×109 m3) of oil equivalent. The company has around 18,300 service stations worldwide. Its largest division is BP America in the United States. In Russia, BP owns a 19.75% stake in Rosneft, the world's largest publicly traded oil and gas company by hydrocarbon reserves and production. BP has a primary listing on the London Stock Exchange and is a constituent of the FTSE 100 Index. It has secondary listings on the Frankfurt Stock Exchange and the New York Stock Exchange.

BP's origins date back to the founding of the Anglo-Persian Oil Company in 1908, established as a subsidiary of Burmah Oil Company to exploit oil discoveries in Iran. In 1935, it became the Anglo-Iranian Oil Company and in 1954 British Petroleum. In 1959, the company expanded beyond the Middle East to Alaska and it was one of the first companies to strike oil in the North Sea. British Petroleum acquired majority control of Standard Oil of Ohio in 1978. Formerly majority state-owned, the British government privatized the company in stages between 1979 and 1987. British Petroleum merged with Amoco in 1998, becoming BP Amoco plc, and acquired ARCO and Burmah Castrol in 2000, becoming BP plc in 2001. From 2003 to 2013, BP was a partner in the TNK-BP joint venture in Russia.

BP has been directly involved in several major environmental and safety incidents. Among them were the 2005 Texas City Refinery explosion, which caused the death of 15 workers and resulted in a record-setting OSHA fine; Britain's largest oil spill, the wreck of Torrey Canyon in 1967; and the 2006 Prudhoe Bay oil spill, the largest oil spill on Alaska's North Slope, which resulted in a US$25 million civil penalty, the largest per-barrel penalty at that time for an oil spill.

The 2010 Deepwater Horizon oil spill, the largest accidental release of oil into marine waters in history, resulted in severe environmental, health and economic consequences, and serious legal and public relations repercussions for BP. 1.8 million US gallons (43,000 bbl; 6,800 m3) of Corexit oil dispersant were used in the cleanup response, becoming the largest application of such chemicals in US history. The company pleaded guilty to 11 counts of felony manslaughter, two misdemeanors, one felony count of lying to Congress, and agreed to pay more than $4.5 billion in fines and penalties, the largest criminal resolution in US history. On 2 July 2015, BP and five states announced an $18.7 billion settlement to be used for Clean Water Act penalties and various claims.

History

1909 to 1954

A BP Motor Spirit advertisement from 1922
 
In May 1908 a group of British geologists discovered a large amount of oil at Masjid-i-Suleiman in Mohammerah, today located in the province of Khuzestan. It was the first commercially significant find of oil in the Middle East. William Knox D'Arcy, by contract with the Emir of Mohammerah, Sheikh Khaz'al Khan al-Kaabi, obtained permission to explore for oil for the first time in the Middle East, an event which changed the history of the entire region. The oil discovery led to petrochemical industry development and also the establishment of industries that strongly depended on oil. On 14 April 1909, the Anglo-Persian Oil Company (APOC) was incorporated as a subsidiary of Burmah Oil Company. Some of the shares were sold to the public. The first chairman and minority shareholder of the company became Lord Strathcona.

Immediately after establishing the company, the British government asked Percy Cox, British resident to Bushehr, to negotiate an agreement with Khaz'al for APOC to obtain a site on Abadan Island for a refinery, depot, storage tanks, and other operations. The refinery was built and began operating in 1912. In 1913, the British government acquired a controlling interest (50.0025%) in the company and at the suggestion of Winston Churchill, the British navy switched from coal to oil. In 1914, APOC signed a 30-year contract with the British Admiralty for supplying oil for the Royal Navy at the fixed price. In 1915, APOC established its shipping subsidiary the British Tanker Company and in 1916 it acquired the British Petroleum Company which was a marketing arm of the German Europäische Petroleum Union in Britain. In 1919, the company became a shale-oil producer by establishing a subsidiary named Scottish Oils which merged remaining Scottish oil-shale industries.

After World War I, APOC started marketing its products in Continental Europe and acquired stakes in the local marketing companies in several European countries. Refineries were built in Llandarcy in Wales (the first refinery in the United Kingdom) and Grangemouth in Scotland. It also acquired the controlling stake in the Courchelettes refinery in France and formed with the Government of Australia a partnership named Commonwealth Oil Refineries, which built the Australian's first refinery in Laverton, Victoria. In 1923, Burmah employed Winston Churchill as a paid consultant to lobby the British government to allow APOC have exclusive rights to Persian oil resources, which were subsequently granted by the Iranian monarchy.

APOC and the Armenian businessman Calouste Gulbenkian were the driving forces behind the creation of Turkish Petroleum Company (TPC) in 1912 to explore oil in Mesopotamia (now Iraq); and by 1914, APOC held 50% of TPC shares. In 1925, TPC received concession in the Mesopotamian oil resources from the Iraqi government under British mandate. TPC finally struck oil in Iraq on 14 October 1927. By 1928, the APOC's shareholding in TPC, which by now was named Iraq Petroleum Company (IPC), was reduced to 23.75%; as the result of the changing geopolitics post Ottoman empire break-up, and the Red Line Agreement. Relations were generally cordial between the pro-west Hashemite Monarchy (1932–58) in Iraq and IPC, in spite of disputes centered on Iraq's wish for greater involvement and more royalties. During the 1928–68 time period, IPC monopolized oil exploration inside the Red Line; excluding Saudi Arabia and Bahrain.

In 1927, Burmah Oil and Royal Dutch Shell formed the joint marketing company Burmah-Shell. In 1928, APOC and Shell formed the Consolidated Petroleum Company for sale and marketing in Cyprus, South Africa and Ceylon, which in 1932 followed by a joint marketing company Shell-Mex and BP in the United Kingdom. In 1937, AIOC and Shell formed the Shell/D'Arcy Exploration Partners partnership to explore for oil in Nigeria. The partnership was equally owned but operated by Shell. It was later replaced by Shell-D'Arcy Petroleum Development Company and Shell-BP Petroleum Development Company (now Shell Petroleum Development Company).

In 1934, APOC and Gulf Oil founded the Kuwait Oil Company as an equally owned partnership. The oil concession rights were awarded to the company on 23 December 1934 and the company started drilling operations in 1936. In 1935, Rezā Shāh requested the international community to refer to Persia as 'Iran', which was reflected in the name change of APOC to the Anglo-Iranian Oil Company (AIOC).

In 1947, British Petroleum Chemicals was incorporated as a joint venture of AIOC and The Distillers Company. In 1956, the company was renamed British Hydrocarbon Chemicals.

Following World War II, nationalistic sentiments were on the rise in the Middle East; most notable being Iranian nationalism, and Arab Nationalism. In Iran, the AIOC and the pro-western Iranian government led by Prime Minister Ali Razmara resisted nationalist calls to revise AIOC's concession terms in Iran's favor. In March 1951, Razmara was assassinated and Mohammed Mossadeq, a nationalist, was elected as the new prime minister by the Majlis of Iran (parliament). In April 1951, the Iranian government nationalized the Iranian oil industry by unanimous vote, and the National Iranian Oil Company (NIOC) was formed, displacing the AIOC. The AIOC withdrew its management from Iran, and Britain organized an effective worldwide embargo of Iranian oil. The British government, which owned the AIOC, contested the nationalisation at the International Court of Justice at The Hague, but its complaint was dismissed.

Prime Minister Churchill asked President Eisenhower for help in overthrowing Mossadeq. The anti-Mossadeq plan was orchestrated under the code-name 'Operation Ajax' by CIA, and 'Operation Boot' by SIS (MI6). The CIA and the British helped stage a coup in August 1953, the 1953 Iranian coup d'état, which established pro-Western general Fazlollah Zahedi as the new PM, and greatly strengthened the political power of Shah Mohammad Reza Pahlavi. The AIOC was able to return to Iran.

1954 to 1979

A BP truck from 1967
 
In 1954, the AIOC became the British Petroleum Company. After the 1953 Iranian coup d'état, Iranian Oil Participants Ltd (IOP), a holding company, was founded in October 1954 in London to bring Iranian oil back to the international market. British Petroleum was a founding member of this company with 40% stake. IOP operated and managed oil facilities in Iran on behalf of NIOC. Similar to the Saudi-Aramco "50/50" agreement of 1950, the consortium agreed to share profits on a 50–50 basis with Iran, "but not to open its books to Iranian auditors or to allow Iranians onto its board of directors."

In 1953, British Petroleum entered the Canadian market through the purchase of a minority stake in Calgary-based Triad Oil Company, and expanded further to Alaska in 1959, resulting discovery of oil at Prudhoe Bay in 1969. In 1956, its subsidiary D'Arcy Exploration Co. (Africa) Ltd. has been granted four oil concessions in Libya. In 1962, Scottish Oils ceased oil-shale operations. In 1965, it was the first company to strike oil in the North Sea. In 1969, BP entered the United States by acquiring the East Coast refining and marketing assets of Sinclair Oil Corporation. The Canadian holding company of British Petroleum was renamed BP Canada in 1969; and in 1971, it acquired 97.8% stake of Supertest Petroleum.

By the 1960s, British Petroleum had developed a reputation for taking on the riskiest ventures. It earned the company massive profits; it also earned them the worst safety record in the industry. In 1967, the giant oil tanker Torrey Canyon foundered off the English coast. Over 32 million US gallons (760,000 bbl; 120,000 m3) of crude oil was spilled into the Atlantic and onto the beaches of Cornwall and Brittany, causing Britain's worst-ever oil spill. The ship was owned by the Bahamas-based Barracuda Tanker Corporation and was flying the flag of Liberia, a well-known flag of convenience, but was being chartered by British Petroleum. The ship was bombed by RAF jet bombers in an effort to break up the ship and burn off the leaking oil, but this failed to destroy the oil slick.

In 1967, BP acquired chemical and plastics assets of The Distillers Company which were merged with British Hydrocarbon Chemicals to form BP Chemicals.

The company's oil assets were nationalized in Libya in 1971, in Kuwait in 1975, and in Nigeria in 1979. In Iraq, IPC ceased its operations after it was nationalised by the Ba'athist Iraqi government in June 1972 although legally Iraq Petroleum Company still remains in existence, and one of its associated companies —Abu Dhabi Petroleum Company (ADPC), formerly Petroleum Development (Trucial Coast) Ltd — also continues with the original shareholding intact.

The intensified power struggle between oil companies and host governments in Middle East, along with the oil price shocks that followed the 1973 oil crisis meant British Petroleum lost most of its direct access to crude oil supplies produced in countries that belonged to the Organization of Petroleum Exporting Countries (OPEC), and prompted it to diversify its operations beyond the heavily Middle East dependent oil production. In 1976, BP and Shell de-merged their marketing operations in the United Kingdom by dividing Shell-Mex and BP. In 1978, the company acquired a controlling interest in Standard Oil of Ohio (Sohio).

In Iran, British Petroleum continued to operate until the Islamic Revolution in 1979. The new regime of Ayatollah Khomeini nationalized all of the company's assets in Iran without compensation, bringing to an end its 70-year presence in Iran. As a result, BP lost 40% of its global crude oil supplies.

In 1970–1980s BP diversified into coal, minerals and nutrition businesses which all were divested later.

1979 to 1997

The final version of the BP shield logo, introduced in 1989 and used until 2000; the shield logo was originally designed by AR Saunders in 1920
 
The British government sold 80 million shares of BP at $7.58 in 1979 as part of Thatcher-era privatisation. This sale represented slightly more than 5% of BP's total shares and reduced the government's ownership of the company to 46%. After the worldwide stock market crash on 19 October 1987, Prime Minister Margaret Thatcher initiated the sale of an additional GBP 7.5 billion ($12.2 billion) of BP shares at 333 pence, representing the government's remaining 31% stake in the company.

In November 1987 the Kuwait Investment Office purchased a 10.06% interest in BP, becoming the largest institutional shareholder. The following May, the KIO purchased additional shares, bringing their ownership to 21.6%. This raised concerns within BP that operations in the United States, BP's primary country of operations, would suffer. In October 1988, the British Department of Trade and Industry required the KIO to reduce its shares to 9.6% within 12 months.

Peter Walters was the company chairman from 1981 to 1990. During his period as chairman he reduced company's refining capacity in Europe. In 1982, the downstream assets of BP Canada were sold to Petro Canada. In 1984, Standard Oil of California was renamed to Chevron Corporation; and it bought Gulf Oil—the largest merger in history at that time. To meet anti-trust regulations, Chevron divested many of Gulf's operating subsidiaries, and sold some Gulf stations and a refinery in the eastern United States to British Petroleum and Cumberland Farms in 1985. In 1987, British Petroleum negotiated the acquisition of Britoil and the remaining publicly traded shares of Standard Oil of Ohio. At the same year it was listed on the Tokyo Stock Exchange where its share were traded until delisting in 2008.

Walters was replaced by Robert Horton in 1990. Horton carried out a major corporate down-sizing exercise removing various tiers of management at the Head Office. In 1992, British Petroleum sold off its 57% stake in BP Canada (upstream operations), which was renamed as Talisman Energy. John Browne, who had joined BP in 1966 and rose through the ranks to join the board as managing director in 1991, was appointed group chief executive in 1995.

In 1981, British Petroleum entered into the solar technology sector by acquiring 50% of Lucas Energy Systems, a company which became Lucas BP Solar Systems, and later BP Solar. The company was a manufacturer and installer of photovoltaic solar cells. It became wholly owned by British Petroleum in the mid-1980s.

British Petroleum entered into Russian market in 1990 and opened its first service station in Moscow in 1996. In 1997, it acquired 10% stake in Russian oil company Sidanco, which later became a part of TNK-BP.

In 1992, the company entered into Azerbaijani market. In 1994, it signed the production sharing agreement for the Azeri–Chirag–Guneshli oil project and in 1995 for the Shah Deniz gas field development.

1998 to 2009

Under John Browne, British Petroleum acquired other oil companies, transforming BP into the third largest oil company in the world. British Petroleum merged with Amoco (formerly Standard Oil of Indiana) in December 1998, becoming BP Amoco plc. Most Amoco stations in the United States were converted to BP's brand and corporate identity. In 2000, BP Amoco acquired Arco (Atlantic Richfield Co.) and Burmah Castrol. As part of the merger's brand awareness, the company helped the Tate Modern gallery of British Art launch RePresenting Britain 1500–2000. In 2001, in response to negative press on British Petroleum's poor safety standards, the company adopted a green sunburst logo and rebranded itself as BP ("Beyond Petroleum") plc.

Steven Koonin, BP's then-Chief Scientist, speaking in the company boardroom in 2005 (top right of picture)
 
In the beginning of the 2000s, BP became the leading partner (and later operator) of the Baku–Tbilisi–Ceyhan pipeline project which opened a new oil transportation route from the Caspian region. In 2002, BP acquired the majority of Veba Öl AG, a subsidiary of VEBA AG, and subsequently rebranded its existing stations in Germany to the Aral name. As part of the deal, BP acquired also the Veba Öl's stake in Ruhr Öl joint venture. Ruhr Öl was dissolved in 2016.

On 1 September 2003, BP and a group of Russian billionaires, known as AAR (Alfa-Access-Renova), announced the creation of a strategic partnership to jointly hold their oil assets in Russia and Ukraine. As a result, TNK-ВР was created.

In 2004, BP's olefins and derivatives business was moved into a separate entity which was sold to Ineos in 2005. In 2007, BP sold its corporate-owned convenience stores, typically known as "BP Connect", to local franchisees and jobbers.

On 23 March 2005, 15 workers were killed and more than 170 injured in the Texas City Refinery explosion. To save money, major upgrades to the 1934 refinery had been postponed. Browne pledged to prevent another catastrophe. Three months later, 'Thunder Horse PDQ', BP's giant new production platform in the Gulf of Mexico, nearly sank during a hurricane. In their rush to finish the $1 billion platform, workers had installed a valve backwards, allowing the ballast tanks to flood. Inspections revealed other shoddy work. Repairs costing hundreds of millions would keep Thunder Horse out of commission for three years.

Lord Browne resigned from BP on 1 May 2007. The head of exploration and production Tony Hayward. became the new chief executive. In 2009, Hayward shifted emphasis from Lord Browne's focus on alternative energy, announcing that safety would henceforth be the company's "number one priority".

In 2007, BP formed with AB Sugar and DuPont a joint venture Vivergo Fuels which opened a bioethanol plant in Saltend near Hull, United Kingdom in December 2012. Together with DuPont, BP formed a biobutanol joint venture Butamax by acquiring biobutan technology company Biobutanol LLC in 2009.

In 2009, BP obtained a production contract during the 2009/2010 Iraqi oil services contracts tender to develop the Rumaila field with joint venture partner CNPC, which contain an estimated 17 billion barrels (2.7×109 m3) of oil, accounting for 12% of Iraq's oil reserves estimated at 143.1 billion barrels (22.75×109 m3). In June 2010, the BP/CNPC consortium took over development of the field, which was the epicenter of the 1990 Gulf war.

2010 to present

President Barack Obama meeting with BP executives at the White House in June 2010 to discuss the oil spill in the Gulf of Mexico
 
A modern BP filling station on the Kapiti Coast, New Zealand with Wild Bean Cafe and BP Connect, shop built in late 2015
 
A modern BP filling station in Bramley, Leeds.
 
On 1 October 2010, Bob Dudley replaced Tony Hayward as the company's CEO after the Deepwater Horizon oil spill. After the oil spill BP announced a divestment program to sell about $38 billion worth of non-core assets by 2013 to compensate its liabilities related to the accident. In July 2010, it sold its natural gas activities in Alberta and British Columbia, Canada, to Apache Corporation. It sold its stake in the Petroperijá and Boquerón fields in Venezuela and in the Lan Tay and Lan Do fields, the Nam Con Son pipeline and terminal, and the Phu My 3 power plant in Vietnam to TNK-BP, forecourts and supply businesses in Namibia, Botswana, Zambia, Tanzania and Malawi to Puma Energy, the Wytch Farm onshore oilfield in Dorset and a package of North Sea gas assets to Perenco, natural-gas liquids business in Canada to Plains All American Pipeline LP, natural gas assets in Kansas to Linn Energy, Carson Refinery in Southern California and its ARCO retail network to Tesoro, Sunray and Hemphill gas processing plants in Texas, together with their associated gas gathering system, to Eagle Rock Energy Partners, the Texas City Refinery and associated assets to Marathon Petroleum, the Gulf of Mexico located Marlin, Dorado, King, Horn Mountain, and Holstein fields as also its stake in non-operated Diana Hoover and Ram Powell fields to Plains Exploration & Production, non-operating stake in the Draugen oil field to Norske Shell, and the UK's liquefied petroleum gas distribution business to DCC.

In February 2011, BP formed a partnership with Reliance Industries, taking a 30% stake in a new Indian joint-venture for an initial payment of $7.2 billion. In September 2012, BP sold its subsidiary BP Chemicals (Malaysia) Sdn. Bhd., an operator of the Kuantan purified terephthalic acid (PTA) plant in Malaysia, to Reliance Industries for $230 million. In October 2012, BP sold its stake in TNK-BP to Rosneft for $12.3 billion in cash and 18.5% of Rosneft's stock. The deal was completed on 21 March 2013. In 2012, BP acquired an acreage in the Utica Shale but these developments plans were cancelled in 2014.

In 2011–2015, BP cut down its alternative energy business. The company announced its departure from the solar energy market in December 2011 by closing its solar power business, BP Solar. In 2012, BP shut down the BP Biofuels Highlands project which was developed since 2008 to make cellulosic ethanol from emerging energy crops like switchgrass and from biomass. In 2015, BP decided to exit from other lignocellulosic ethanol businesses. It sold its stake in Vivergo to Associated British Foods. BP and DuPont also mothballed their joint biobutanol pilot plant in Saltend.

In June 2014, BP agreed to a deal worth around $20 billion to supply CNOOC with liquefied natural gas. In 2014, Statoil Fuel & Retail sold its aviation fuel business to BP. To ensure the approval of competition authorities, BP agreed to sell the former Statoil aviation fuel businesses in Copenhagen, Stockholm, Gothenburg and Malmö airports to World Fuel Services in 2015.

In 2016, BP sold its Decatur, Alabama, plant to Indorama Ventures, of Thailand. At the same year, its Norwegian daughter company BP Norge merged with Det Norske Oljeselskap to form Aker BP.

In April 2017, the company reached an agreement to sell its Forties pipeline system in the North Sea to Ineos for $250 million. The sale included terminals at Dalmeny and Kinneil, a site in Aberdeen, and the Forties Unity Platform. In 2017, the company floated its subsidiary BP Midstream Partners LP, a pipeline operator in the United States, at the New York Stock Exchange. In Argentina, BP and Bridas Corporation agreed to merge their interests in Pan American Energy and Axion Energy to form a jointly owned Pan American Energy Group.

In 2017, BP announced a planned investment of $200 million to acquire a 43% stake in the solar energy developer Lightsource Renewable Energy, a company which will be renamed Lightsource BP. In March 2017, the company acquired Clean Energy's biomethane business and assets, including its production sites and existing supply contracts. In April 2017, its subsidiary Butamax bought an isobutanol production company Nesika Energy.

In July 2018, the company agreed to purchase its shale assets from Australian mining and petroleum conglomerate BHP for $10.5 billion.

In January 2019, BP discovered 1 billion barrels of oil at its Thunder Horse location in the Gulf of Mexico. The company also announced plans to spend $1.3 billion on a third phase of its Atlantis field near New Orleans.

Operations

BP's world headquarters in St. James's, City of Westminster, London
 
BP has operations in approximately 70 countries worldwide with the global headquarters in London, United Kingdom. BP operations are organized into two main business segments, Upstream and Downstream.

Since 1951, BP has annually published its Statistical Review of World Energy, which is considered an energy industry benchmark.

Operations by location

United Kingdom

The BP chemicals plant in Saltend near Hull, United Kingdom
 
BP has a major corporate campus in Sunbury-on-Thames which is home to around 3,500 employees and over 50 business units. Its North Sea operations are headquartered in Aberdeen, Scotland. BP's trading functions are based at 20 Canada Square in Canary Wharf, London. BP has three major research and development centers in the UK.

BP operates more than 40 offshore oil and gas fields, four onshore terminals and a pipeline network that transports around 50%t of the oil and gas produced in the UK, according to the company. BP has invested more than £35 billion in the North Sea since the 1960s, and in 2012 announced its plans to invest another £10 billion until 2017. The company announced that it is focusing its investment in the UK North Sea into four development projects including the Clair, Devenick, Schiehallion and Loyal, and Kinnoull oilfields. BP is the operator of the Clair oilfield, which has been appraised as the largest hydrocarbon resource in the UK.

In Saltend near Hull, BP operates a petrochemicals plant that produces acetic acid and acetic anhydride used in the production of pharmaceuticals, textiles and other chemical products.
There are 1,200 BP service stations in the UK.

United States

The headquarters of BP America in Westlake Park, Houston
 
The Thunder Horse PDQ semi-submersible oil platform in the Thunder Horse Oil Field
 
The United States operations comprise nearly one-third of BP's worldwide business interests, and the United States is the country with the greatest concentration of its employees and investments. BP employs approximately 14,000 people in the United States. In 2017, BP's total production in the United States included 370,000 barrels per day (59,000 m3/d) of oil and 1.659 billion cubic feet per day (47.0 million cubic meters per day) of natural gas and its refinery throughput was 713,000 barrels per day (113,400 m3/d).

BP's major subsidiary in the United States is BP America, Inc. based in Houston, Texas, which is the parent company for the BP's operations in the country. BP Exploration & Production Inc., a 1996 established Houston-based subsidiary, is dealing with oil exploration and production, including Gulf of Mexico activities. BP Corporation North America, Inc., provides petroleum refining services as also transportation fuel, heat and light energy, and petrochemical products. BP Products North America, Inc., a 1954 established Houston-based subsidiary, is engaged in the exploration, development, production, refining, and marketing of oil and natural gas. BP America Production Company, a New Mexico-based subsidiary, engages in oil and gas exploration and development. BP Energy Company, a Houston-based subsidiary, is a provider of natural gas, power, and risk management services to the industrial and utility sectors and a retail electric provider in Texas.

BP's upstream activities are divided into three business areas which are deepwater Gulf of Mexico, the Lower 48 states, and Alaska. BP is a leading acreage holder and producer of oil and natural gas in the deepwater Gulf of Mexico. As of 2017 the company produces about 300,000 barrels per day (48,000 m3/d) of oil equivalent in the Gulf of Mexico. BP operates the Atlantis, Mad Dog, Na Kika, and Thunder Horse production platforms while holding interest in hubs operated by other companies.

As of 2016, the company operated nine North Slope oilfields in the Greater Prudhoe Bay area, producing 107,900 barrels per day (17,150 m3/d). BP is the largest partner with just under 50% ownership stake in the 800-mile (1,300 km) long Trans-Alaska Pipeline System.

In 2014, BP moved its onshore unit in the United States to a new business called U.S. Lower 48 Onshore to compete in the burgeoning shale gas industry dominated by smaller companies. It has a 7.5 billion barrels (1.19 billion cubic meters) material resource base on 5.7 million acres (23,000 km2). It has shale positions in the Woodford, Oklahoma, Fayetteville, Arkansas, Haynesville, Texas, and Eagle Ford, Texas shale. It has unconventional gas (shale gas or tight gas) stakes also in Colorado, New Mexico and Wyoming, primarily in the San Juan Basin.

BP operates Whiting Refinery in Indiana, Cherry Point Refinery in Washington, and the Toledo Refinery in Ohio, which is owned by BP and Husky Energy.

The company owns two petrochemical plants in the U.S. Its petrochemical plant in Texas City, located on the same site as the formerly owned Texas City Refinery, produces industrial chemicals including propylene and styrene. BP's Cooper River, South Carolina petrochemical plant produces PTA, which is used in the production of synthetic fiber for clothing, packaging and optical films.

As of May 2017, BP operated 13 wind farms in seven states in the U.S., and held an interest in another in Hawaii. In 2016, the company generated 4.389 TW·h of wind power.

Other locations

In Egypt, BP produces approximately 15% of the country's total oil production and 40% of its domestic gas. The company also has offshore gas developments in the East Nile Delta Mediterranean, and in the West Nile Delta, where the company has a joint investment of US$9 billion with RWE to develop two offshore gas fields.

BP is active in offshore oil development in Angola, where it holds an interest in a total of nine oil exploration and production blocks covering more than 30,000 square kilometers (12,000 sq mi). This includes four blocks it acquired in December 2011 and an additional block that is operated by Brazilian national oil company, Petrobras, in which it holds a 40% stake.

BP has a stake in exploration of two blocks of offshore deep water assets in the South China Sea.

In India, BP owns a 30% share of oil and gas assets operated by Reliance Industries, including exploration and production rights in more than 20 offshore oil and gas blocks, representing an investment of more than US$7 billion into oil and gas exploration in the country.

BP has major liquefied natural gas activities in Indonesia, where it operates the Tangguh LNG project, which began production in 2009 and has a capacity of 7.6 million tonnes of liquid natural gas per year. Also in that country, the company has invested in the exploration and development of coalbed methane.

BP operates in Iraq as part of the joint venture Rumaila Operating Organization in the Rumaila oil field, the world's fourth largest oilfield, where it produced over 1 million barrels per day (160×103 m3/d) of oil equivalent in 2011.

A BP road train in the Australian outback
 
BP operates the Kwinana refinery in Western Australia, which can process up to 146,000 barrels per day (23,200 m3/d) of crude oil and is the country's largest refinery, supplying fuel to 80%t of Western Australia. BP is a non-operating joint venture partner in the North West Shelf, which produces LNG, pipeline gas, condensate and oil. The NWS venture is Australia's largest resource development and accounts for around one third of Australia's oil and gas production.

BP operates the two largest oil and gas production projects in the Azerbaijan's sector of the Caspian Sea, the Azeri–Chirag–Guneshli offshore oil fields, which supplies 80% of the country's oil production, and the Shah Deniz gas field. It also and develops the Shafag-Asiman complex of offshore geological structures. In addition, it operates the Sangachal terminal and the Azerbaijan's major export pipelines through Georgia such as Baku–Tbilisi–Ceyhan, Baku–Supsa and South Caucasus pipelines.

A GDH (subsidiary of BP) oil depot, Frontigan, Hérault, France.

BP's refining operations in continental Europe include Europe's second-largest oil refinery, located in Rotterdam, the Netherlands, which can process up to 377,000 barrels (59,900 m3) of crude oil per day.

In addition to its offshore operations in the British zone of North Sea, BP has interests in the Norwegian section of the sea through its stake in Aker BP. As of December 2017, BP holds a 19.75% stake in Russia's state-controlled oil company Rosneft.

BP's Canadian operations are headquartered in Calgary and the company operates primarily in Alberta, the Northwest Territories, and Nova Scotia. It purchases crude oil for the company's refineries in the United States, has oil sands holdings in Alberta and four offshore blocks in Nova Scotia. The company's Canadian oil sands leases include joint ventures with Husky Energy in the Sunrise Energy Project (50%), and Devon Energy in Pike, and a partnership with Value Creation Inc. in the development of the Terre de Grace oil sands lease. The BP's investment in the Sunrise Project is £1.6 billion and it is expected to start production in 2014. In May 2017, it was reported that BP is considering to sell-off its oil sands assets.

BP is the largest oil and gas producer in Trinidad and Tobago, where it holds more than 1,350 square kilometers (520 sq mi) of offshore assets and is the largest shareholder in Atlantic LNG, one of the largest LNG plants in Western Hemisphere.

In Brazil, BP holds stakes in offshore oil and gas exploration in the Barreirinhas, Ceará and Campos basins, in addition to onshore processing facilities. BP also operates biofuel production facilities in Brazil, including three cane sugar mills for ethanol production.

Exploration and production

BP upstream's activities include exploring for new oil and natural gas resources, developing access to such resources, and producing, transporting, storing and processing oil and natural gas. The activities in this area of operations take place in 29 countries worldwide. In 2017, BP produced around 3.6 million barrels per day (570×103 m3/d) of oil equivalent, of which 2.26 million barrels per day (359×103 m3/d) were liquids and 7.744 billion cubic feet (219.3 million cubic meters) was natural gas, and had total proved reserves of 18.441 million barrels per day (2.9319×106 m3/d) of oil equivalent, of which liquids accounted 10.672 million barrels per day (1.6967×106 m3/d) and natural gas 45.06 trillion cubic feet (1.276 trillion cubic meters) In addition to the conventional oil exploration and production, BP has a stake in the three oil sands projects in Canada although it is considering to sell its oil sands assets.

Refining and marketing

An Aral service station in Weiterstadt, Germany
 
BP downstream's activities include the refining, marketing, manufacturing, transportation, trading and supply of crude oil, petrochemicals and petroleum products. Downstream is responsible for BP's fuels, lubricants and petrochemical businesses and has major operations located in Europe, North America and Asia.

As of December 2016 BP owned or had a share in 11 refineries and 17 petrochemical manufacturing plants worldwide. The Company had sold or converted 16 plants since 2000. It is looking to sell off its stake in a petrochemicals joint venture in China, its largest investment in that country. The company's petrochemicals plants produce products including PTA, paraxylene, and acetic acid. Its petrochemicals are marketed in over 40 countries.

BP, which employs about 1,800 people in oil trading and trades over 5 million barrels per day (790×103 m3/d) of oil and refined products, is the world's third biggest oil trader after Royal Dutch Shell and Vitol. The operation is estimated to be able to generate over $1 billion trading profits in a good year.

Air BP is the aviation division of BP, providing aviation fuel, lubricants & services. It has operations in over 50 countries worldwide. BP Shipping provides the logistics to move BP's oil and gas cargoes to market, as well as marine structural assurance. It manages a large fleet of vessels most of which are held on long-term operating leases. BP Shipping's chartering teams based in London, Singapore, and Chicago also charter third party vessels on both time charter and voyage charter basis. The BP-managed fleet consists of Very Large Crude Carriers (VLCCs), one North Sea shuttle tanker, medium size crude and product carriers, liquefied natural gas (LNG) carriers, liquefied petroleum gas (LPG) carriers, and coasters. All of these ships are double-hulled.

BP markets petroleum products in more than 50 countries worldwide. It has around 18,300 service stations. Its flagship retail brand is BP Connect, a chain of service stations combined with a convenience store, although in the US it is gradually being transitioned to the ampm format. In Germany and Luxembourg, BP operates service stations under the Aral brand. On the US West Coast, in the states of California, Oregon, Washington, Nevada, Idaho, Arizona, and Utah, BP primarily operates service stations under the ARCO brand. In Australia BP operates a number of BP Travel Centres, large-scale destination sites located which, in addition to the usual facilities in a BP Connect site, also feature food-retail tenants such as McDonald's, KFC and Nando's and facilities for long-haul truck drivers.

Castrol is BP's main brand for industrial and automotive lubricants and is applied to a large range of BP oils, greases and similar products for most lubrication applications.

As of 2017, BP owned or had a share in 11 refineries and 15 petrochemical manufacturing plants worldwide.

Alternative and low carbon energy

A BP photovoltaic (PV) module that is composed of multiple PV cells. Two or more interconnected PV modules create an array.
 
BP was the first of supermajors expanding its focus on energy sources other than fossil fuels. It established an alternative and low carbon energy business in 2005, with plans to invest $8 billion over a 10-year period into renewable energy sources including solar, wind, and biofuels, and non-renewable sources including natural gas and hydrogen power. According to the company, it spent a total of $8.3 billion in these projects through completion in 2013.

As of May 2017, BP operated 13 wind farms in seven states in the United States, and held an interest in another in Hawaii. These wind farms include the Cedar Creek Wind Farm, Titan Wind Project, Sherbino Wind Farm, Golden Hills Wind Project, and Fowler Ridge Wind Farm. As of 2017, the company had total gross generating capacity of 2.3 GW of wind energy in the United States. In 2016, the company generated 4.389 TW·h of wind power.

In Brazil, BP owns two ethanol producers—Companhia Nacional de Açúcar e Álcool andTropical BioEnergia—with three ethanol mills. These mills produce around 800,000 cubic meters per annum (5,000,000 bbl/a) of ethanol equivalent. BP has invested in an agricultural biotechnology company Chromatin, a company developing crops that can grow on marginal land and that are optimized to be used as feedstock for biofuel, and Vedrezyne, which produces petrochemicals in yeast. Its joint venture with DuPont called Butamax, which has developed the patented bio-butanol-producing technology and owns an isobutanol plant in Scandia, Kansas, United States. In addition BP owns biomethane production facilities in Canton, Michigan and North Shelby, Tennessee as well as share of facilities under construction in Oklahoma City and Atlanta. BP's subsidiary Air BP supplies aviation biofuel at Oslo, Halmstad, and Bergen airports.

Six years after closing down BP Solar, BP announced its return to the solar sector with an investment of $200 million to Lightsource Renewable Energy (Lightsource BP). Differently from BP Solar, Lightsource BP focuses on the managing and maintaining solar farms instead of manufacturing solar panels. As of 2017, Lightsource has commissioned 1.3 GW of solar capacity and manages about 2 GW of solar capacity. It plans to increase the capacity up to 8 GW through projects in the United States, India, Europe and the Middle East.

BP has invested $20 million in Israeli quick-charging battery firm StoreDot Ltd.

In 2018, the CEO Bob Dudley said that out of the company's total spending of $15 to $17 billion per year, about $500 million will be invested in low-carbon energy and technology. The relatively small size of BP's alternative energy operations has led to allegations of greenwashing by Greenpeace, Mother Jones and energy analyst and activist Antonia Juhasz, among others.

Corporate affairs

The chairman of the BP board of directors is Carl-Henric Svanberg and the chief executive officer is Robert Dudley. Helge Lund is appointed as the chairman of the board of directors starting from 1 September 2018.

Stock

BP stock is composed of original BP shares as well as shares acquired through mergers with Amoco in 1998 and the Atlantic Richfield Company (ARCO) in 2000. The company's shares are primarily traded on the London Stock Exchange, but also listed on the Frankfurt Stock Exchange in Germany. In the United States shares are traded in US$ on the New York Stock Exchange in the form of American depository shares (ADS). One ADS represents six ordinary shares.

Following the United States Federal Trade Commission's approval of the BP-Amoco merger in 1998, Amoco's stock was removed from Standard & Poor's 500 and was merged with BP shares on the London Stock Exchange. The merger with Amoco resulted in a 40% increase in share price by April 1999. However, shares fell nearly 25% by early 2000, when the Federal Trade Commission expressed opposition to BP-Amoco's acquisition of ARCO. The acquisition was ultimately approved in April 2000 increasing stock value 57 cents over the previous year.

After the Texas City Refinery explosion in 2005, stock prices again fell. By January 2007, the explosion, coupled with a pipeline spill in Alaska and production delays in the Gulf of Mexico, left BP's stock down 4.5% from its position prior to the Texas City explosion. However, by April 2007, stocks had rebounded 13% erasing the 8.3% loss from 2006. Declining oil prices and concerns over oil sustainability also caused shares to fall in value in late 2008.

The Deepwater Horizon oil spill in April 2010 initiated a sharp decline in share prices, and BP's shares lost roughly 50% of their value in 50 days. BP's shares reached a low of $26.97 per share on 25 June 2010 totaling a $100 billion loss in market value before beginning to climb again. Shares reached a post-spill high of $49.50 in early 2011.

On 22 March 2013, BP announced an $8 billion share repurchase. The buyback decision followed closure of the TNK-BP deal and it has to offset the dilution to earnings per share following the loss of dividends from TNK-BP. The buyback was also seen as a way to invest excess cash from the TNK-BP deal.

As of 27 May 2018, major institutional shareholders include BlackRock Investment Management (UK) Ltd. (3.35% as of 14 May 2018), The Vanguard Group, Inc. (3.12% as at 2 May 2018), Norges Bank Investment Management (2.21% as at 2 May 2018) and Legal & General Investment Management Ltd. (2.07% as of 2 May 2018).

Branding and public relations

In the first quarter of 2001 the company adopted the marketing name of BP, and replaced its "Green Shield" logo with the "Helios" symbol, a green and yellow sunflower logo named after the Greek sun god and designed to represent energy in its many forms. BP introduced a new corporate slogan – "Beyond Petroleum" along with a $200M advertising and marketing campaign. According to the company, the new slogan represented their focus on meeting the growing demand for fossil fuels, manufacturing and delivering more advanced products, and to enable transitioning to a lower carbon footprint.

By 2008, BP's branding campaign had succeeded with the culmination of a 2007 Effie Award from by the American Marketing Association, and consumers had the impression that BP was one of the greenest petroleum companies in the world. BP was criticized by environmentalists and marketing experts, who stated that the company's alternative energy activities were only a fraction of the company's business at the time. According to Democracy Now, BP's marketing campaign amounted to a deceptive greenwashing public-relations spin campaign given that BP's 2008 budget included more than $20 billion for fossil fuel investment and less than $1.5 billion for all alternative forms of energy. Oil and energy analyst Antonia Juhasz notes BP's investment in green technologies peaked at 4% of its exploratory budget prior to cutbacks, including the discontinuation of BP Solar and the closure of its alternative energy headquarters in London. According to Juhasz, "four percent...hardly qualifies the company to be Beyond Petroleum", citing BP's "aggressive modes of production, whether it's the tar sands [or] offshore".

BP attained a negative public image from the series of industrial accidents that occurred through the 2000s, and its public image was severely damaged after the Deepwater Horizon explosion and Gulf Oil spill. In the immediate aftermath of the spill, BP initially downplayed the severity of the incident, and made many of the same PR errors that Exxon had made after the Exxon Valdez disaster. CEO Tony Hayward was criticized for his statements and had committed several gaffes, including stating that he "wanted his life back." Some in the media commended BP for some of its social media efforts, such as the use of Twitter and Facebook as well as a section of the company's website where it communicated its efforts to clean up the spill.

BP began a re-branding campaign in late 2010, and decided to focus its brand on the idea of "bringing brilliant minds together with technology at a massive scale to meet the world's energy needs", and focus its messaging on telling stories about people. In February 2012 BP North America launched a $500 million branding campaign to rebuild its brand.

The company's advertising budget was about $5 million per week during the four-month spill in the Gulf of Mexico, totaling nearly $100 million.

In May 2012, BP tasked a press office staff member to openly join discussions on the Wikipedia article's talk page and suggest content to be posted by other editors. Controversy emerged in 2013 over the amount of content from BP that had entered this article. Wikipedia co-founder Jimmy Wales stated that, by identifying himself as a BP staff member, the contributor in question had complied with site policy regarding conflicts of interest.

LGBTQ recognition

In 2014, BP backed a global study researching challenges for lesbian, gay, bisexual and transgender employees and for ways that companies can be a "force for change" for LGBT workers around the world. In 2015, Reuters wrote that BP is "known for their more liberal policies for gay and transgender workers". A 2016 article in the Houston Chronicle said BP was "among the first major companies in the United States to offer LGBT workers equal protection and benefits roughly 20 years ago". BP scored a 100 percent on the 2018 Human Rights Campaign's Corporate Equality Index, which was released in 2017. Also in 2017, BP added gender reassignment surgery to its list of benefits for U.S. employees. According to the Human Rights Campaign, BP is one of only a few oil and gas companies offering transgender benefits to its employees. BP ranked No. 51 on the list of Top 100 employers for lesbian, gay, bisexual and transgender staff on the 2017 Stonewall Workplace Equality Index. Also in 2017, John Mingé, chairman and president of BP America, signed a letter alongside other Houston oil executives denouncing the proposed "bathroom bill" in Texas.

Environmental record

Indigenous rights

BP has been ranked as among the 15th best of 92 oil, gas, and mining companies on indigenous rights and resource extraction in the Arctic.

Position on global warming

In 2018, BP was the largest contributor to the campaign opposing carbon fee initiative 1631 in Washington State. BP also funded a campaign against a prior carbon fee initiative, I-732, as a member of the American Fuel & Petrochemical Manufacturers. Robert Allendorfer, manager of BP's Cherry Point refinery, wrote the following in a letter to state lawmakers: "[Initiative 1631] would exempt six of the ten largest stationary source emitters in the state, including a coal-fired power plant, an aluminum smelter, and a number of pulp and paper plants." While I-1631 exempts certain industries as Allendorfer states, I-732 did not. 20 years ago, BP was distinguished as the first multinational outside of the reinsurance industry to publicly support the scientific consensus on climate change, which Pew Center on Global Climate Change president Eileen Caussen then described as a transformative moment on the issue.

Hazardous substance dumping 1993–1995

In September 1999, one of BP's US subsidiaries, BP Exploration Alaska (BPXA), pleaded guilty to criminal charges stemming from its illegally dumping of hazardous wastes on the Alaska North Slope, paying fines and penalties totaling $22 million. BP paid the maximum $500,000 in criminal fines, $6.5 million in civil penalties, and established a $15 million environmental management system at all of BP facilities in the US and Gulf of Mexico that are engaged in oil exploration, drilling or production. The charges stemmed from the 1993 to 1995 dumping of hazardous wastes on Endicott Island, Alaska by BP's contractor Doyon Drilling. The firm illegally discharged waste oil, paint thinner and other toxic and hazardous substances by injecting them down the outer rim, or annuli, of the oil wells. BPXA failed to report the illegal injections when it learned of the conduct, in violation of the Comprehensive Environmental Response, Compensation and Liability Act.

Air pollution violations

In 2000, BP Amoco acquired ARCO, a Los Angeles-based oil group. In 2003, California's South Coast Air Quality Management District (AQMD) filed a complaint against BP/ARCO, seeking $319 million in penalties for thousands of air pollution violations over an 8-year period. In January 2005, the agency filed a second suit against BP based on violations between August 2002 and October 2004. The suit alleged that BP illegally released air pollutants by failing to adequately inspect, maintain, repair and properly operate thousands of pieces of equipment across the refinery as required by AQMD regulations. It was alleged that in some cases the violations were due to negligence, while in others the violations were knowingly and willfully committed by refinery officials. In 2005, a settlement was reached under which BP agreed to pay $25 million in cash penalties and $6 million in past emissions fees, while spending $20 million on environmental improvements at the refinery and $30 million on community programs focused on asthma diagnosis and treatment.

In 2013, a total of 474 Galveston County residents living near the BP Texas City Refinery filed a $1 billion lawsuit against BP, accusing the company of "intentionally misleading the public about the seriousness" of a two-week release of toxic fumes which began on 10 November 2011. "BP reportedly released Sulfur Dioxide, Methyl Carpaptan, Dimethyl Disulfide and other toxic chemicals into the atmosphere" reads the report. The lawsuit further claims Galveston county has the worst air quality in the United States due to BP's violations of air pollution laws. BP had no comment and said it would address the suit in the court system.

Colombian farmland damages claim

In 2006, a group of Colombian farmers reached a multimillion-dollar out-of-court settlement with BP for alleged environmental damage caused by the Ocensa pipeline. An agreed statement said: "The Colombian farmers group are pleased to say that after a mediation process which took place in Bogotá in June 2006 at the joint initiative of the parties, an amicable settlement of the dispute in relation to the Ocensa pipeline has been reached, with no admissions of liability." The company was accused of benefiting from a regime of terror carried out by Colombian government paramilitaries to protect the 450-mile (720 km) Ocensa pipeline; BP said throughout that it has acted responsibly and that landowners were fairly compensated.

In 2009, another group of 95 Colombian farmers filed a suit against BP, saying the company's Ocensa pipeline caused landslides and damage to soil and groundwater, affecting crops, livestock, and contaminating water supplies, making fish ponds unsustainable. Most of the land traversed by the pipeline was owned by peasant farmers who were illiterate and unable to read the environmental impact assessment conducted by BP prior to construction, which acknowledged significant and widespread risks of damage to the land.

Canadian oil sands

In Canada, BP is involved in the extraction of oil sands, also known as tar sands or bituminous sands. The company uses in-situ drilling technologies such as Steam Assisted Gravity Drainage to extract the bitumen. Members of US and Canadian oil companies say that using recycled groundwater makes in situ drilling an environmentally friendlier option when compared with oil sands mining.

Members of Canada's First Nations have criticized BP's involvement in the Canadian project for the impacts tar sands extraction has on the environment. NASA scientist James Hansen said that the exploitation of Canadian tar sands would mean "game over for the climate". In 2010, activist shareholders asked BP for a full investigation of the project, but were defeated. In 2013, shareholders criticized the project for being carbon-intensive.

Violations and accidents

Citing conditions similar to those that resulted in the 2005 Texas City Refinery explosion, on 25 April 2006, the U.S. Department of Labor's Occupational Safety and Health Administration (OSHA) fined BP more than $2.4 million for unsafe operations at the company's Oregon, Ohio refinery. An OSHA inspection resulted in 32 per-instance willful citations including locating people in vulnerable buildings among the processing units, failing to correct depressurization deficiencies and deficiencies with gas monitors, and failing to prevent the use of non-approved electrical equipment in locations in which hazardous concentrations of flammable gases or vapors may exist. BP was further fined for neglecting to develop shutdown procedures and designate responsibilities and to establish a system to promptly address and resolve recommendations made after an incident when a large feed pump failed three years prior to 2006. Penalties were also issued for five serious violations, including failure to develop operating procedures for a unit that removes sulfur compound; failure to ensure that operating procedures reflect current operating practice in the Isocracker Unit; failure to resolve process hazard analysis recommendations; failure to resolve process safety management compliance audit items in a timely manner; and failure to periodically inspect pressure piping systems.

In 2008, BP and several other major oil refiners agreed to pay $422 million to settle a class-action lawsuit stemming from water contamination tied to the gasoline additive MTBE, a chemical that was once a key gasoline ingredient. Leaked from storage tanks, MTBE has been found in several water systems across the United States. The plaintiffs maintain that the industry knew about the environmental dangers but that they used it instead of other possible alternatives because it was less expensive. The companies will also be required to pay 70 percent of cleanup costs for any wells newly affected at any time over the next 30 years.

BP has one of the worst safety records of any major oil company that operates in the United States. Between 2007 and 2010, BP refineries in Ohio and Texas accounted for 97 percent of "egregious, willful" violations handed out by the U.S. Occupational Safety and Health Administration (OSHA). BP had 760 "egregious, willful" violations during that period, while Sunoco and Conoco-Phillips each had eight, Citgo two and Exxon had one. The deputy assistant secretary of labour at OSHA, said "The only thing you can conclude is that BP has a serious, systemic safety problem in their company."

A report in ProPublica, published in the Washington Post in 2010, found that over a decade of internal investigations of BP's Alaska operations during the 2000s warned senior BP managers that the company repeatedly disregarded safety and environmental rules and risked a serious accident if it did not change its ways. ProPublica found that "Taken together, these documents portray a company that systemically ignored its own safety policies across its North American operations -- from Alaska to the Gulf of Mexico to California and Texas. Executives were not held accountable for the failures, and some were promoted despite them."

The Project On Government Oversight, an independent non-profit organization in the United States which investigates and seeks to expose corruption and other misconduct, lists BP as number one on their listing of the 100 worst corporations based on instances of misconduct.

1965 Sea Gem offshore oil rig disaster

In December 1965, Britain's first oil rig, Sea Gem, capsized when two of the legs collapsed during an operation to move it to a new location. The oil rig had been hastily converted in an effort to quickly start drilling operations after the North Sea was opened for exploration. Thirteen crew members were killed. No hydrocarbons were released in the accident.

Texas City Refinery explosion and leaks

The former Amoco oil refinery at Texas City, Texas was beset by environmental issues, including chemical leaks and a 2005 explosion that killed 15 people and injured hundreds. Bloomberg News described the incident, which led to a guilty plea by BP to a felony Clean Air Act charge, as "one of the deadliest U.S. industrial accidents in 20 years." The refinery was sold to Marathon Petroleum in October 2012.

2005 explosion

Fire-extinguishing operations after the Texas City refinery explosion
 
In March 2005, the Texas City Refinery, one of the largest refineries owned then by BP, exploded causing 15 deaths, injuring 180 people and forcing thousands of nearby residents to remain sheltered in their homes. A 20-foot (6.1 m) column filled with hydrocarbon overflowed to form a vapour cloud, which ignited. The explosion caused all the casualties and substantial damage to the rest of the plant. The incident came as the culmination of a series of less serious accidents at the refinery, and the engineering problems were not addressed by the management. Maintenance and safety at the plant had been cut as a cost-saving measure, the responsibility ultimately resting with executives in London.

The fallout from the accident clouded BP's corporate image because of the mismanagement at the plant. There had been several investigations of the disaster, the most recent being that from the US Chemical Safety and Hazard Investigation Board which "offered a scathing assessment of the company." OSHA found "organizational and safety deficiencies at all levels of the BP Corporation" and said management failures could be traced from Texas to London. The company pleaded guilty to a felony violation of the Clean Air Act, was fined $50 million, the largest ever assessed under the Clean Air Act, and sentenced to three years probation.

On 30 October 2009, the US Occupational Safety and Health Administration (OSHA) fined BP an additional $87 million, the largest fine in OSHA history, for failing to correct safety hazards documented in the 2005 explosion. Inspectors found 270 safety violations that had been cited but not fixed and 439 new violations. BP appealed the fine. In July 2012, the company agreed to pay $13 million to settle the new violations. At that time OSHA found "no imminent dangers" at the Texas plant. Thirty violations remained under discussion. In March 2012, US Department of Justice officials said the company had met all of its obligations and subsequently ended the probationary period. In November 2011, BP agreed to pay the state of Texas $50 million for violating state emissions standards at its Texas City refinery during and after the 2005 explosion at the refinery. The state Attorney General said BP was responsible for 72 separate pollutant emissions that have been occurring every few months since March 2005. It was the largest fine ever imposed under the Texas Clean Air Act.

2007 toxic substance release

In 2007, 143 workers at the Texas City refinery claimed that they were injured when a toxic substance was released at the plant. In December 2009, after a three-week trial, a federal jury in Galveston awarded ten of those workers $10 million each in punitive damages, in addition to smaller damages for medical expenses and pain and suffering. The plant had a history of chemical releases. In March 2010, the federal judge hearing the case reduced the jury's award to less than $500,000. U.S. District Judge Kenneth M. Hoyt said the plaintiffs failed to prove BP was grossly negligent.

2010 chemical leak

In August 2010, the Texas Attorney General charged BP with illegally emitting harmful air pollutants from its Texas City refinery for more than a month. BP has admitted that malfunctioning equipment lead to the release of over 530,000 pounds (240,000 kg) of chemicals into the air of Texas City and surrounding areas from 6 April to 16 May 2010. The leak included 17,000 pounds (7,700 kg) of benzene, 37,000 pounds (17,000 kg) of nitrogen oxides, and 186,000 pounds (84,000 kg) of carbon monoxide. The State's investigation showed that BP's failure to properly maintain its equipment caused the malfunction. When the equipment malfunctioned and caught fire, BP workers shut it down and routed escaping gases to flares. Rather than shut down associated units while compressor repairs were made, BP chose to keep operating those other units, which led to unlawful release of contaminants for almost 40 days. The Attorney General is seeking civil penalties of no less than $50 nor greater than $25,000 per day of each violation of state air quality laws, as well as attorneys' fees and investigative costs.

In June 2012, over 50,000 Texas City residents joined a class-action suit against BP, alleging they became sick in 2010 as a result of the emissions release from the refinery. BP said the release harmed no one. In October 2013, a trial designed as a test for a larger suit that includes 45,000 people found that BP was negligent in the case, but due to the lack of substantial evidence linking illness to the emissions, decided the company would be absolved of any wrongdoing.

Prudhoe Bay

Aerial view of Prudhoe Bay
 
In March 2006, corrosion of a BP Exploration Alaska (BPXA) oil transit pipeline in Prudhoe Bay transporting oil to the Trans-Alaska Pipeline led to a five-day leak and the largest oil spill on Alaska's North Slope. According to the Alaska Department of Environmental Conservation (ADEC), a total of 212,252 US gallons (5,053.6 bbl; 803.46 m3) of oil was spilled, covering 2 acres (0.81 ha) of the North Slope. BP admitted that cost cutting measures had resulted in a lapse in monitoring and maintenance of the pipeline and the consequent leak. At the moment of the leak, pipeline inspection gauges (known as "pigs") had not been run through the pipeline since 1998. BP completed the clean-up of the spill by May 2006, including removal of contaminated gravel and vegetation, which was replaced with new material from the Arctic tundra.

Following the spill, the company was ordered by regulators to inspect the 35 kilometers (22 mi) of pipelines in Prudhoe Bay using "smart pigs". In late July 2006, the "smart pigs" monitoring the pipelines found 16 places where corrosion had thinned pipeline walls. A BP crew sent to inspect the pipe in early August discovered a leak and small spill, following which, BP announced that the eastern portion of the Alaskan field would be shut down for repairs on the pipeline, with approval from the Department of Transportation. The shutdown resulted in a reduction of 200,000 barrels per day (32,000 m3/d) until work began to bring the eastern field to full production on 2 October 2006. In total, 23 barrels (3.7 m3) of oil were spilled and 176 barrels (28.0 m3) were "contained and recovered", according to ADEC. The spill was cleaned up and there was no impact upon wildlife.

After the shutdown, BP pledged to replace 26 kilometres (16 mi) of its Alaskan oil transit pipelines and the company completed work on the 16 miles (26 km) of new pipeline by the end of 2008. In November 2007, BP Exploration, Alaska pleaded guilty to negligent discharge of oil, a misdemeanor under the federal Clean Water Act and was fined US$20 million. There was no charge brought for the smaller spill in August 2006 due to BP's quick response and clean-up. On 16 October 2007, ADEC officials reported a "toxic spill" from a BP pipeline in Prudhoe Bay comprising 2,000 US gallons (7,600 l; 1,700 imp gal) of primarily methanol (methyl alcohol) mixed with crude oil and water, which spilled onto a gravel pad and frozen tundra pond.

In the settlement of a civil suit, in July 2011 investigators from the U.S. Department of Transportation's Pipeline and Hazardous Materials Safety Administration determined that the 2006 spills were a result of BPXA's failure to properly inspect and maintain the pipeline to prevent corrosion. The government issued a Corrective Action Order to BP XA that addressed the pipeline's risks and ordered pipeline repair or replacement. The U.S. Environmental Protection Agency had investigated the extent of the oil spills and oversaw BPXA's cleanup. When BP XA did not fully comply with the terms of the corrective action, a complaint was filed in March 2009 alleging violations of the Clean Water Act, the Clean Air Act and the Pipeline Safety Act. In July 2011, the U.S. District Court for the District of Alaska entered a consent decree between the United States and BPXA resolving the government's claims. Under the consent decree, BPXA paid a $25 million civil penalty, the largest per-barrel penalty at that time for an oil spill, and agreed to take measures to significantly improve inspection and maintenance of its pipeline infrastructure on the North Slope to reduce the threat of additional oil spills.

2008 Caspian Sea gas leak

On 17 September 2008, a small gas leak was discovered and one gas-injection well broached to surface in the area of the Central Azeri platform at the Azeri oilfield, a part of the Azeri–Chirag–Guneshli (ACG) project, in the Azerbaijan sector of Caspian Sea. The platform was shut down and the staff was evacuated. As the West Azeri Platform was being powered by a cable from the Central Azeri Platform, it was also shut down. Production at the West Azeri Platform resumed on 9 October 2008 and at the Central Azeri Platform in December 2008. According to leaked US Embassy cables, BP had been "exceptionally circumspect in disseminating information" and showed that BP thought the cause for the blowout was a bad cement job. The cables further said that some of BP's ACG partners complained that the company was so secretive that it was withholding information even from them.

California storage tanks

Santa Barbara County District Attorney sued BP West Coast Products LLC, BP Products North America, Inc., and Atlantic Richfield Company over allegations that the companies violated state laws regarding operating and maintaining motor vehicle fuel underground storage tank laws. BP settled a lawsuit for $14 million. The complaint alleged that BP failed to properly inspect and maintain underground tanks used to store gasoline for retail sale at approximately 780 gas stations in California over a period of ten years and violated other hazardous material and hazardous waste laws. The case settled in November 2016 and was the result of collaboration among the California Attorney General's Office and several district attorney's offices across the state.

Deepwater Horizon explosion and oil spill

Anchor handling tugs combat the fire on the Deepwater Horizon while the United States Coast Guard searches for missing crew
 
Heavy oiling of Bay Jimmy, Plaquemines Parish; 15 September 2010
 
Striped dolphins (Stenella coeruleoalba) observed in emulsified oil on 29 April 2010
 
The Deepwater Horizon oil spill was a major industrial accident on the Gulf of Mexico, which killed 11 people and injured 16 others, leaked about 4.9 million barrels (210 million US gal; 780,000 m3) of oil with plus or minus 10% uncertainty, which makes it the largest accidental marine oil spill in the history of the petroleum industry, and cost to the company more than $65 billion of cleanup costs, charges and penalties. On 20 April 2010, the semi-submersible exploratory offshore drilling rig Deepwater Horizon located in the Macondo Prospect in the Gulf of Mexico exploded after a blowout. After burning for two days, the rig sank. The well was finally capped on 15 July 2010. Of 4.9 million barrels (210 million US gal; 780,000 m3) of leaked oil 810,000 barrels (34 million US gal; 129,000 m3) was collected or burned while 4.1 million barrels (170 million US gal; 650,000 m3) entered the Gulf waters. 1.8 million US gallons (6,800 m3) of Corexit dispersant was applied.

The spill had a strong economic impact on the Gulf Coast's economy sectors such as fishing and tourism. As of 2015, the fishing industry continued to struggle. A 2013 study in the Journal of Travel Research found that the hotel industry weathered the spill better than the vacation rental industry, and that the overall impact was complex and difficult to determine.

Environmental impact

Oil spill caused damages across a range of species and habitats in the Gulf. Researchers say the oil and dispersant mixture, including PAHs, permeated the food chain through zooplankton. Toxicological effects have been documented in benthic and pelagic fish, estuarine communities, mammals, birds and turtles, deep-water corals, plankton, foraminifera, and microbial communities. Effects on different populations consist of increased mortality or as sub-lethal impairment on the organisms' ability to forage, reproduce and avoid predators. In 2013, it was reported that dolphins and other marine life continued to die in record numbers with infant dolphins dying at six times the normal rate, and half the dolphins examined in a December 2013 study were seriously ill or dying. BP said the report was "inconclusive as to any causation associated with the spill."

Studies in 2013 suggested that as much as one-third of the released oil remains in the gulf. Further research suggested that the oil on the bottom of the seafloor was not degrading. Oil in affected coastal areas increased erosion due to the death of mangrove trees and marsh grass. As of 2013, removal of oily material from the beaches of Louisiana and Florida continued.

Researchers looking at sediment, seawater, biota, and seafood found toxic compounds in high concentrations that they said was due to the added oil and dispersants. Although Gulf fisheries recovered in 2011, a 2014 study of the effects of the oil spill on bluefin tuna by researchers at Stanford University and the National Oceanic and Atmospheric Administration, published in the journal Science, found that toxins released by the oil spill sent fish into cardiac arrest. The study found that even very low concentrations of crude oil can slow the pace of fish heartbeats. BP disputed the study, which was conducted as part of the federal Natural Resource Damage Assessment process required by the Oil Pollution Act. The study also found that oil already broken down by wave action and chemical dispersants was more toxic than fresh oil. Another peer-reviewed study, released in March 2014 and conducted by 17 scientists from the United States and Australia and published in Proceedings of the National Academy of Sciences, found that tuna and amberjack that were exposed to oil from the spill developed deformities of the heart and other organs. BP responded that the concentrations of oil in the study were a level rarely seen in the Gulf, but The New York Times reported that the BP statement was contradicted by the study.

Effects on human health

Research discussed at a 2013 conference included preliminary results of an ongoing study being done by the National Institute for Environmental Health Sciences indicating that oil spill cleanup workers carry biomarkers of chemicals contained in the spilled oil and the dispersants used. A separate study is following the health issues of women and children affected by the spill. Several studies found that a "significant percentage" of Gulf residents reported mental health problems such as anxiety, depression and PTSD. According to a Columbia University study investigating the health effects among children living less than 10 miles from the coast, more than a third of the parents report physical or mental health symptoms among their children.

Australia's 60 Minutes reported that people living along the gulf coast were becoming sick from the mixture of Corexit and oil. Susan Shaw, of the Deepwater Horizon oil spill Strategic Sciences Working Group, says "BP told the public that Corexit was 'as harmless as Dawn dishwashing liquid'...But BP and the EPA clearly knew about the toxicity of the Corexit long before this spill." According to Shaw, BP's own safety sheet on Corexit says that there are "high and immediate human health hazards". Cleanup workers were not provided safety equipment by the company, and the safety manuals were "rarely if ever" followed, or distributed to workers, according to a Newsweek investigation. The safety manuals read: "Avoid breathing vapor" and "Wear suitable protective clothing." Oil clean up workers reported that they were not allowed to use respirators, and that their jobs were threatened if they did.

A peer-reviewed study published in The American Journal of Medicine reported significantly altered blood profiles of individuals exposed to the spilled oil and dispersants that put them at increased risk of developing liver cancer, leukemia and other disorders. BP disputed its methodology and said other studies supported its position that dispersants did not create a danger to health.

In 2014, a study was published in Proceedings of the National Academy of Sciences which found heart deformities in fish exposed to oil from the spill. The researchers said that their results probably apply to humans as well as fish.

Civil and criminal suits

On 15 December 2010, the Department of Justice filed a civil and criminal suit against BP and other defendants for violations under the Clean Water Act in the U.S. District Court for the Eastern District of Louisiana. The case was consolidated with about 200 others, including those brought by state governments, individuals, and companies under Multi-District Litigation docket MDL No. 2179, before U.S. District Judge Carl Barbier.

In November 2012, BP and the Department of Justice reached a $4 billion settlement of all federal criminal charges related to the explosion and spill. Under the settlement, BP agreed to plead guilty to 11 felony counts of manslaughter, two misdemeanors, and a felony count of lying to Congress and agreed to four years of government monitoring of its safety practices and ethics. BP also paid $525 million to settle civil charges by the Securities and Exchange Commission that it misled investors about the flow rate of oil from the well. At the same time, the US government filed criminal charges against three BP employees; two site managers were charged with manslaughter and negligence, and one former vice president with obstruction.

At the end of November 2012, the U.S. Government temporarily banned BP from bidding any new federal contracts. The ban was conditionally lifted in March 2014.

Judge Barbier ruled in the first phase of the case that BP had committed gross negligence and that "its employees took risks that led to the largest environmental disaster in U.S. history." He apportioned fault at 67% for BP, 30% for Transocean and 3% for Halliburton. Barbier ruled that BP was "reckless" and had acted with "conscious disregard of known risks."

Claims settlement

In June 2010, after a meeting in the White House between President Barack Obama and BP executives, the president announced that BP would pay $20 billion into a trust fund that will be used to compensate victims of the oil spill. BP also set aside $100 million to compensate oil workers who lost their jobs because of the spill.

On 2 March 2012, BP and businesses and residents affected by the spill reached a settlement of roughly 100,000 suits claiming economic losses. BP estimated that the settlement cost more than $9.2 billion.

In 2015, BP and five states agreed an $18.5 billion settlement to be used for Clean Water Act penalties and various claims.

Political influence

Lobbying for Libyan prisoner transfer release

BP lobbied the British government to conclude a prisoner-transfer agreement which the Libyan government had wanted to secure the release of Abdelbaset al-Megrahi, the only person convicted for the 1988 Lockerbie bombing over Scotland, which killed 270 people. BP stated that it pressed for the conclusion of prisoner transfer agreement amid fears that delays would damage its "commercial interests" and disrupt its £900 million offshore drilling operations in the region, but it said that it had not been involved in negotiations concerning the release of Megrahi.

Political contributions and lobbying

In February 2002, BP's then-chief executive, Lord Browne of Madingley, renounced the practice of corporate campaign contributions, saying: "That's why we've decided, as a global policy, that from now on we will make no political contributions from corporate funds anywhere in the world." When the Washington Post reported in June 2010 that BP North America "donated at least $4.8 million in corporate contributions in the past seven years to political groups, partisan organizations and campaigns engaged in federal and state elections", mostly to oppose ballot measures in two states aiming to raise taxes on the oil industry, the company said that the commitment had only applied to contributions to individual candidates.

During the 2008 U.S. election cycle, BP employees contributed to various candidates, with Barack Obama receiving the largest amount of money, broadly in line with contributions from Shell and Chevron, but significantly less than those of Exxon Mobil.

In 2009, BP spent nearly $16 million lobbying the U.S. Congress. In 2011, BP spent a total of $8,430,000 on lobbying and had 47 registered lobbyists.

Market manipulation investigations and sanctions

The US Justice Department and the Commodity Futures Trading Commission filed charges against BP Products North America Inc. (subsidiary of BP plc) and several BP traders, alleging they conspired to raise the price of propane by seeking to corner the propane market in 2004. In 2006, one former trader pleaded guilty. In 2007, BP paid $303 million in restitution and fines as part of an agreement to defer prosecution. BP was charged with cornering and manipulating the price of TET propane in 2003 and 2004. BP paid a $125 million civil monetary penalty to the CFTC, established a compliance and ethics program, and installed a monitor to oversee BP's trading activities in the commodities markets. BP also paid $53 million into a restitution fund for victims, a $100 million criminal penalty, plus $25 million into a consumer fraud fund, as well as other payments. Also in 2007, four other former traders were charged. These charges were dismissed by a US District Court in 2009 on the grounds that the transactions were exempt under the Commodities Exchange Act because they didn't occur in a marketplace but were negotiated contracts among sophisticated companies. The dismissal was upheld by the Court of Appeals for the 5th Circuit in 2011.

In November 2010, US regulators FERC and CFTC began an investigation of BP for allegedly manipulating the gas market. The investigation relates to trading activity that occurred in October and November 2008. At that time, CFTC Enforcement staff provided BP with a notice of intent to recommend charges of attempted market manipulation in violation of the Commodity Exchange Act. BP denied that it engaged in "any inappropriate or unlawful activity." In July 2011, the FERC staff issued a "Notice of Alleged Violations" saying it had preliminarily determined that several BP entities fraudulently traded physical natural gas in the Houston Ship Channel and Katy markets and trading points to increase the value of their financial swing spread positions.

In May 2013, the European Commission started an investigation into allegations the companies reported distorted prices to the price reporting agency Platts, in order to "manipulate the published prices" for several oil and biofuel products. The investigation was dropped in December 2015 due to lack of evidence.

Documents from a 2016 bid to drill in the Great Australian Bight revealed claims by BP that a large-scale cleanup operation following a massive oil spill would bring a "welcome boost to local economies." In the same bid BP also stated that a diesel spill would be "socially acceptable" due to a lack of "unresolved stakeholder concerns."

A leaked email from mid 2017 was leaked in April 2018 in New Zealand. The email laid out that pricing was to be raised at certain sites around a region in order to regain volume lost at its Otaki branch.

Operator (computer programming)

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