Paper 3: Consuming Energy Resources Flashcards

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1
Q

What is Gazprom-the polar pioneers?

A

This is one of the worlds largest oil and gas companies. In spring 2014 they began drilling for oil in the remote north west of Russia, within the arctic circle.

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2
Q

What are the draw backs of Gazprom?

A
  • as the oil rig prepared to depart (in order to drill for the oil) in September 2013. It was surrounded by 30 activists and crew from the Greenpeace International trip, Arctic sunrise.
  • they were protesting about drilling for oil in the Arctic and the impacts of further us of fossils fuels on global climate.
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3
Q

What are the positive impacts of Gazprom?

A

-they have spent $4 billion developing technology to search for oil and gas beneath to sea in a region that could hold 6.6 million tonnes of oil.

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4
Q

Why does drilling take place in difficult climates, such as the Arctic?

A

Because it offers a huge potential revenue for oil companies and a guarantee or customers that petrol won’t dry up yet.

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5
Q

Why is drilling in polar or arctic regions difficult?

A

Because it cold, fragile and remote. Also drilling through rock in freezing environments is difficult.

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6
Q

What types of new technology’s enable companies to exploit oil and gas in extreme environments and how?

A
  • drilling technology allows deep water reserves of oil and gas to be accessed. It is estimated 5% of the worlds oil lies underneath the sea bed.
  • seismic imaging has led to the discovery of oil of the coast of Brazil and West Africa and in the Gulf of Mexico. It uses sound waves bounced underground to detect rock structures containing oil or natural gas.
  • Liquefaction of natural gas (converting gas into liquid) means it is economically possible to transport gas by ship. This allowed development of remote gas fields.
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7
Q

What is the difference between renewable and non-renewable energy resources?

A

Non-renewable resources: These are being used faster and cannot be replaced or they are being used faster than they are being made. These include: coal, natural gas, oil and nuclear power. (Fossil fuels)

Renewable: These will never run out and can be reused over and over again. They are infinite.

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8
Q

Give some examples of renewable energy sources:

A
  • HEP
  • Solar power
  • wind power
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9
Q

Define the term recyclable resources?

A

These provide nerdy from sources which can be recycles or reused. E.g reprocessed uranium for nuclear power and biofuels.

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10
Q

Why is the the global demand for energy resources growing?

A

Growing population means more energy resources are needed to provide fore more people.

Some countries are growing through the industrialisation process so are using more non renewable energy that they did not use before.

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11
Q

How has high oil and gas prices throughout the 2000s led to the companies being able to drill in new regions?

A

High oil and gas prices mean allow oil companies to drill in new regions previously thought to be too expensive (e.g in deep seas) or too difficult to work (in intense cold). Costs are high so profits need to be guaranteed.

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12
Q

What is the Ichthys LNG project and where is it located?

A
  • The Ichthys field lies 220km of the coast of North-Western Australia.
  • It is one of the world biggest of shore gas fields, below 260m of water.
  • it produces 10 million of of liquefied natural gas (LNG) per day to meet demands in Asia.
  • At this rates there’s enough gas for 120 years. As well as this there are befits. 900 jobs were created in the pipeline construction alone.
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13
Q

How much oil and gas does the Arctic region have?

A

Oil and gas companies and long known that the Arctic region has up to 25% of the world remaining supply.

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14
Q

What problems do countries face with drilling in the Arctic region?

A
  • the region includes the Arctic Ocean and northern Canada and Russia. The region is huge nearly 4x that of Australia.
  • it is a vast wilderness, one of few remaining so protected. (E.g environmental groups are already concerned that oil companies have damaged many parts of Alaska and Siberia. The Exxon Valdez oil spill in 1989 devastated local ecology and wildlife)

-Only 4 million people live there with over 40 different ethnic groups.
several countries lay claim to the Arctic. The region has a quarter of the worlds forest known as the Taiga.

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15
Q

What has the International Energy Agency warned about current unsustainable energy usage?

A

That significant investment is needed throughout the world to develop renewable energy supplies. New types of energy resources are being developed to meet rising demand, such as Tar sands and hydrogen fuel cells.

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16
Q

Mini Case Study 1 on non renewable energy:

Non-renewable energy: natural gas supplies in Europe

A
  • natural gas supplies are used for cooking and heating in Europe.
  • In the UK most of the gas supplies come from underneath the North Sea but their share of the gas is being used up.
  • Now, 60% of the UK’s gas comes from the North Sea but the rest come form pipelines from Norway, which did not use up its share if North Sea gas as quickly.
  • Much of the EU gas depends on Russia and Ukraine for gas as large pipelines carry the gas across the continent.
  • in 2004 a report was published estimating gas production will leak in 2030 and after which supplies will diminish.
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17
Q

Mini Case Study 2 on renewable energy:

Renewable energy: wind power in the USA

A
  • wind turbines are used to convert the power of the wind into electricity.
  • there are now 16,000+ large wind turbines in California and hundreds of homes across the state are also using smaller turbines.
  • in 2015 wind energy provided 6.9% of California’s total energy requirements. (This is enough to power San Francisco)
  • there are drawbacks, such as on still days they other renewables would have to meet demand. Some argue it ruins the landscape and causes noise pollution.
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18
Q

Mini Case Study 3 on recyclable energy:

Recyclable energy: biogas in India

A
  • organic matter (e.g wood chips, animals dung) is fed into a pit which forms part of a biogas plant and is left to ferment.
  • the methane released is collected in a tank and is used to power electrical generators or used as gas for cooking.
  • the Indian Government has encouraged communities to install biogas plants to provide mercy for rural villages.
  • there are now 2.5 million + biogas plants across India.
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19
Q

What are some of the main environmental impacts caused by the mining of fossil fuels?

A

Habitat loss: extinction of some pieces due to the lack of their habitat as its being destroyed. Also causes a lack of biodiversity.

Water pollution: oil contaminates the sea causing fish and animals to die.

Air pollution: increases CO2 emissions which contributes to global warming.

Scarring of the landscape: irreversible damage to the landscape. Also causes the deforestation of trees meaning less carbon stores.

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20
Q

What are the benefits of using solar energy in rural areas in the UK?

A
  • large areas of rural landscape can be used in the future for solar panels.
  • they allow animals, such as sheep to graze the land. Land owners have been given large subsidies to erect solar panels. These can bring farmers incomes of over £50,000 each year so are popular.
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21
Q

Mini Case Study 1: (environmental impact)

Landscape scarring Xilinhot, China:

A

China’s rapid industrialisation and population growth has led to a demand for more energy. coal is its biggest energy resource, providing over 70% of China’s energy.

  • The Chinese government has a new policy and is encouraging the development of surface open cast quarries instead of drilling. This causes scarring on the landscape.
  • releases carbon molecules and soot into the air which can causes lung problems.
  • Death rate per million tonnes of coal mining is 30x higher than USA.
  • Also uses billions of tonnes of water to extract the coal.
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22
Q

Mini Case Study 2: (environmental impact)

Oil spill, drilling in the Gulf coast, USA:

A
  • In April 2010 BP’s Deepwater Horizon oil rig exploded and sank in the Gulf of Mexico, killing 11 people. For 87 days, oil leaked from the sea floor before it could be finally stopped.
  • It was the worlds largest accidental marine oil spill with 3.2 million barrels of oil lost. The oil coated the ocean, killing marine and bird life.
  • By July 2010 the spill had endangered Louisiana pancake batfish as well as Gulf corals. Dead baby dolphins were washed up on the Mississippi and Alabama shorelines.
  • BP were fined $13 billion.
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23
Q

Mini Case Study 3: (environmental impact)

Deforestation - HEP development in Pará in Brazil

A
  • 46% of the energy in Brazil comes from renewable energy sources, and HEP produces over 85% of all electricity used.
  • It has 400km2 of Amazon rainforest causing loss of vegetation, harming animals and changing fish migration routes.
  • Endangered animals e.g dolphins
  • flooding around dam (in dams water shed)
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24
Q

How is coal made in the UK?

A

coal was formed during the Carboniferous period over 300 million years ago. Coal is the remains of giant tropical plants in swamp forests. When these died they formed layers (seams), which geographical pressure turned into coal. During the industrial revolution and early 20th century it was the UK’s main ur e for industry, transport and heating.

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25
Q

Why did coal mining decline after 1970?

A
  • High costs
  • cheaper imported coal
  • declining demand
  • other energy sources
  • greenhouse gas emissions
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26
Q

How did high costs cause the decline of the coal industry after 1970s?

A

Coal requires expensive drilling and pumping technology. Production costs rose as coal became more inaccessible- the shallowest coal had mined.

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27
Q

How did cheaper imported coal cause the decline of the coal industry after 1970s?

A

Cheaper imports now came from Russia, Colombia and the USA.

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28
Q

How did declining demand cause the decline of the coal industry after 1970s?

A

Trains switched from steam to diesel and electric, and homes moved from coal heating to oil and gas. Gas is a cleaner, cheaper way of producing electricity.

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29
Q

How did other energy sources cause the decline of the coal industry after 1970s?

A

Replaced coal (e.g oil, gas, nuclear and renewables).

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30
Q

How did Greenhouse gas emissions cause the decline of the coal industry after 1970s?

A

Coal produced more greenhouse gases than any other fuel. Pressure by the EU and environmental pressure groups such as Greenpeace forced the UK to reduce coal usage.

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31
Q

How much of the UKs energy comes from fossil fuels and how has this changed throughout the years?

A

In the 1960s, natural gas and oil were discovered beneath the North Sea. New drilling technology and deep sea oil rigs were developed to access these. The most accessible reserves have been extracted and production is declining.

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32
Q

How much of the UKs energy comes from renewable energy and how has this changed throughout the years?

A

These depend on landscape, climate and developments in technology. Renewables provide 10% of UK energy, from wind, solar, biomass and HEP. Most wind energy potential is out at sea but the coast of building turbines is much higher there.

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33
Q

How much of the UKs energy comes from recyclable and how has this changed throughout the years?

A

Nuclear energy provides 16% of the UK energy. Nuclear technology, using uranium and plutonium, was developed in the 1950s and the UK developed several power stations. These may now be replaced by a new generation of reactors, like the Hinkley Point in Somerset

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34
Q

How are fossil fuels distributed?

A

Unevenly spread across the planet. Some places have lots of them like the Middle East region and some places such as central Africa have very little. The most fossils fuel left is coal worth over 900 billion tonnes left- enough for another 150 years.

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35
Q

Why does the UK have a great potential for renewable energy?

A

It is the windiest country in Europe and has 11,000 miles of coastline and enough daylight sunshine for over 200,000 solar power projects.

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36
Q

Inequality in global consumption rates can be linked to 2 main points:

A
  • natural distribution of resources

- access to resources

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37
Q

Why does Canada (and North America) have high energy consumption rates?

A

It has a large supply of oil in the Tar sands and therefore has easy access to this. It may need to use a lot of energy because it’s much colder here. They are developed country/continent so are able to buy resources due to their economic ability and have good connections around the world.

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38
Q

Why does Iceland have high energy consumption rates?

A

Have the most access to renewable energy resources. They use geothermal energy due to their volcanoes, mountains and volcanic activity.

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39
Q

Why does (Central) Africa have low energy consumption rates?

A

A very warm place so energy needed for heating is needed less. The central Africa region has LIC’s so can’t afford to buy resources. These resources such as fossil fuels are also not accessible Africa so they don’t have access to them.

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40
Q

Why does Europe have high energy consumption rates?

A

MEDs meaning they have money to purchase resources from other countries.

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41
Q

What factors can affect energy consumption rates?

A

Geology
Accessibility
Climate
Landscape

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42
Q

What impact does geology have on countries or regions energy consumption rates?

A

Fossil fuels are found in sedimentary rock. Countries located in plate boundaries will be able to access geothermal energy.

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43
Q

What impact does accessibility to resources have on countries or regions energy consumption rates?

A

An area might have large energy resources but unable to access them. E.g Permafrost (permanently frozen ground) makes it difficult to access fossils fuels. Some are found in protected areas e.g Antarctica but cannot be accessed.

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44
Q

What impact does geology have on countries or regions energy consumption rates?

A

Solar power requires large amounts of sunlight. Countries with sunnier climates. E.g Spain can use it more effectively than colder countries.

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45
Q

What impact does landscape type have on countries or regions energy consumption rates?

A

Wind turbines are most effective in areas with a steadily reeliabke source of wind.

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46
Q

How much did global energy consumption grow between 2000-2014 and why?

A

It grew by 1/3. Most growth came from Asia, particular India and China. This is because Asia is growing through the industrialisation process.

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47
Q

What happened to global consumption rates in 2014 and what was significant about this?

A

In 2014 global energy consumption rates grew very slightly and looked as if they might level off completely. This happened despite a growing economy. Cars use less fuel, power stations use less energy and houses are better insulated. This experience showed that the world is slowly becoming more energy efficient. Before this global energy consumption has grown steadily since the year 2000.

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48
Q

What countries consume the most of the worlds energy, how does this link to their population and why?

A

The most energy is consumed by the USA and China, most HICs also have high consumption rates. The USA is the worlds largest user of energy-with just 4.5% of the worlds population it consumes 21% of global energy each year. As countries develop energy uses increase. Most increase in the worlds HICs comes from increased ownership of domestic appliance (e.g washing machines, TVs) and cars.

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49
Q

Why do LICs have low energy consumption rates?

A

LICs have mainly primary economies which use small amounts of energy. Most energy is used in the home.

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50
Q

How does industrialisation cause a countries energy consumption rates to increase?

A

Newly industrialising or emerging economies (e.g India) focus on manufacturing, which uses high volumes of energy (e.g steel making which needs coal). The development of large scale infrastructure projects help to increase energy production to encourage economic growth.

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51
Q

Why do HICs have high energy consumption rates?

A

As people in these countries consume more products, demand for energy grows. But many have reduced their overall energy use by ‘exporting’ their manufacturing industries overseas to countries such as China. It reduces their overall energy consumption but increases China’s. The growth of the service industries and the knowledge economy demands for far less energy than manufacturing.

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52
Q

What does to be energy-poor mean?

A

Lacking electricity or the income to pay for it. This referee to many people who love in rural villages in Africa. Energy poverty keeps women poor by limiting their chances to attend school and earn an independent income.

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53
Q

What is energy poverty?

A

When people can’t afford electricity. This may keep them in poverty and prevent them and their region for developing. Most LICs suffer energy poverty.

54
Q

How much of the world has no access to electricity or rely n biomass for cooking and heating.

A
  1. 6 billion people (1/5) of the world population have no access to electricity.
  2. 4 billion nearly a 1/3 of the worlds population rely on biomass for cooking and heating. Their health suffers because of this. Nearly 2.5 millions women and children die each year from lung conditions caused by smoke from traditional cooking stoves.
55
Q

What are the 4 main reasons as to why oil consumption is growing?

A
  • industrialisation
  • population growth
  • increase in car ownership
  • growth of disposable income
56
Q

What factors affect oil supply and prices?

A

Conflict: a series of disagreement between countries that cause war can affect the accessibility of oil.

Recession: a period of economic decline in a country.

Economic boom: significant growth of business and industry in a country.

Distribution: how things are spread out.

Diplomatic relations: the arrangement between 2 countries that each should keep representatives on the other country.

57
Q

What are some of the uses of oil?

A
  • fuel for cars
  • heating (heats buildings)
  • provides electricity
  • is used to make plastics
58
Q

How has daily consumption of oil changed throughout the last century globally?

A

Increased from under 1 million barrels a day in 1900 to 93 million barrels in 2015.

The International Energy Agency predicts that the demand will rise to 116 million barrels by 2030.

59
Q

Define the term black gold:

A

A term used for oil, as it’s regarded as such a valuable commodity.

60
Q

Define the term peak oil:

A

The theoretical point at which half of the known reserves of oil in the world will be used.

61
Q

Using statistics where does most of the worlds oil come from and how many barrels a day is produced in these places?

A

Oil production is unevenly distributed. 63% of the world oil comes from just 10 countries. E.g
Russia produces: 10.9 million barrels a day
Saudi Arabia produces: 9.9 million barrels a day

62
Q

Why does the prices of oil constantly increase?

A

The more oil that is used the more difficult and expensive it will become to extract what is left, which is why it becomes more expensive. Oil pessimists believe that the world has already reached or is close to reaching its oil peak, so oil can only get more expensive. Others believe this may be decades away.

63
Q

Currently what are the predictions for future oil consumption and future oil availability?

A
  • It was estimated in 2010 that 1700 billion barrels of oil were still to be extracted. This would mean that at the current rate of use there would be enough oil for another 52.5 million years.
  • estimates in 2014 now show that the world has an extra 330 billion barrels more in reserve than it though in 2004. As fast as oil was being used more reserves were being discovered, including huge reserves of tar for refining in Canada.
64
Q

What evidence suggests that global consumption rates might start to increase again?

A

In 2014 global consumption rates increased by 0.8%. However, increase in global consumption is likely to come from countries in Asia with emerging countries. Increasing wealth, particular in Asia has led to higher demand for oil as more people use energy and car ownership has increased.

65
Q

How has China experienced rapid industrialisation?

A
  • Since 1990 China has experienced rapid industrialisation with huge numbers of factories producing goods for exports.
  • continued growth has resulted in a massive increase in energy demand, especially oil.
  • China’s oil consumption doubled between 2004 and 2014, to 12.4%of global consumption. It is now 2nd to the USA as a consumer but its population is over 4x larger.
66
Q

What is the difference between conventional and unconventional oil extraction?

A

Conventional: these oil reserves are easily exploited by e.g drilling. This is quick and cheap.

Unconventional: harder and more expensive.

67
Q

Why do petrol prices vary? Give and example of how they have varied within the last decade?

A

Petrol prices vary because global prices vary. E.g in 2008 the price hike was temporary, part of a temporary peak that saw prices fall to $75.50 in 2010 from $100.

68
Q

Rising oil prices between 2005-2010 were due to a number of economic and political factors that caused shortages. What were these factors?

A

-oil producing countries: In Nigeria security problems has shut down 20% of its production, in Mexico oil companies cut production as a protest against political interference.

Gas producing countries: Gas and oil prices work together- as the price of one rises, so does the other. Conflict between Russia and Ukraine erupted in 2008 so Russia threaten to cut gas supplied that went through Ukraine to Europe customers.

OPEC member countries restricted oil and gas supplies to the world market to keep prices high, led by its founder member Saudi Arabia.

69
Q

Why did conflict erupt between Russia and Ukraine in 2008?

A

Russia increased it gas prices. Ukraine refused to pay the increased price. Russia threatened to cut the gas lines that lead to Ukraine and the rest of Europe if they didn’t pay.

70
Q

What is the OPEC?

A

Organisation of Petroleum Exporting Countries. Established to regulate the global oil market, stabilise prices and unsure a fair return for its 12 member states who supply 45% of the worlds oil.

71
Q

How does demand for oil effect the price of it?

A

High demand causes prices to rise. Falling prices cause lower demand.

72
Q

How does supply for oil effect the price of it?

A

Supply affects the price- too much oil and the price falls, too little and it rises.

73
Q

Why did oil prices fall from $115 to $50 per barrel between 2014 and 2015?

A

Countries sometimes deliberately increase supply to increase income even though they know increasing supplies will drive the price down.

The price of oil fell between this time period because it was caused by the oversupply of oil from Saudi Arabia, Iraq, USA, fracking sources and Iran.

74
Q

What is the ESPO pipeline?

A

Eastern Siberia Pacific Ocean oil pipeline is a pipeline system for exporting Russian crude oil to the Asian Pacific markets (Japan, China and Korea). The pipeline is built and operated by Russian pipeline company Transneft.

75
Q

Why and how is Japan reliant on Russia and ESPO?

A

Japan has almost no oil reserves of its own but is the worlds 3rd largest oil consuming country after USA and China. In 2007 Russia imported 76% of its oil from the Middle East. The ESPO could reduce Japans oil dependency in the Middle East by 15%. Japan also wants to engage with Russia and increase its economic and political influence, which declined in the 1980s and 90s.

76
Q

Why and how is China dependant on Russia and its ESPO pipelines?

A

China needs increasing amounts of energy to fuel its rapid economic growth. The main energy pathway for China’s existing oil supplies is vulnerable - 80% of Chinese oil imports currently pass straight through the Strait of Malacca (an area prone to pirate attacks) so China wants to widen its supply options.

77
Q

How did the Iraq war between 2003-11 effect oil prices?

A

Iraq has the 4th largest oil reserve in the world. In 2003 the US and allied forces invaded Iraq. Their leader Saddam Hussein was thought to pose global threat to oil supplies. The conflict led to shortages of oil and increases in prices. Other allies e.g Saudi Arabia then increased their production in order to stabilise prices.

78
Q

What is the process of fracking?

A

1- wells are bored using directional drilling, a method that allows drilling in vertical and horizontal directions to depths of over 3000km.

2-large amounts of liquid of water, sands and chemicals are injected into the well at high pressure, causing cracks in the shale.

3-sand follows into the cracks keeping them open so that the oil from the shale can flow up and out of the well.

79
Q

How has fracking had a positive impact on the USA?

A

It has been revolutionary for the oil industry. It has made the USA less reliant on imported oil because it has vast shale deposits.

80
Q

What is fracking?

A

When water along with other substances is blasted into rocks (shale) fractures under pressure. This extracts the oil from the shale.

81
Q

Why has it in recent years become commercially valuable to extract oil from shale?

A

They key change and been caused by a revolutionised form of oil drilling technology which makes it possibly to drill horizontally.

82
Q

What other changes have resulted from high oil prices?

A

Many car manufacturers have developed fuel efficient vehicles and alternative energies for transport (e.g hydrogen). This means that the future could be less dependent on fuel.

83
Q

What are Tar sands?

A

They occur naturally. They are a mixture of sand, clay, water and a very dense sticky form of petroleum called bitumen.

84
Q

How is bitumen (a fraction of crude oil) extracted from the Tar sands?

A

It is extracted by injecting hit steam underground. This heats up the same and makes the bitumen far less clicks so it can be pumped out. The process requires enormous amounts of energy and water.

85
Q

How is natural gas extracted from shale rock?

A

Natural gas is trapped underground in shale rock. Shale is impermeable which means that any gas inside cannot be reached or pumped out using conventional vertical drilling. Instead fracking is used to extract the gas.

86
Q

Why can oil in the Tar sands, Athasbasca, Canada be extracted now using new technology?

A

Tar sand oil extraction is sort of a new wave of unconventional fossil fuel extraction that is now possible because of a combination of improved technology and high oil and gas prices.

87
Q

Where are the Tar sands in Canada located?

A

They are found in Athabasca, in the western province of Alberta. It is a difficult enviros,my to work in. Hot in the summer and up to -30°c in the winter. The area covers 1400km2.

88
Q

Why does the extraction of oil in the Tar sands cause the loss of ecosystem?

A

The extraction process of tar sands often involves large-scale open pit mining requiring the destruction of forests and lest bogs and therefore therefore the loss of ecosystems.

89
Q

What are some of the disadvantages of fracking?

A
  • contamination of drinking water. The chemical in the water are so toxic that it cannot be removed. Due to negligence it has contaminated water supplies around Athabasca river.
  • requires huge amounts of water for extraction, that’ll be contaminated. It can take between 2-5 barrels of water to produce 1 barrel of oil. 359 million tonnes of oil is used annually (2x the consumption of a large city)
  • the chemicals used are dangerous and toxic. It also released greenhouse gases- CH4, which is 25x more powerful than CO2.
  • 3% of the gas is lost in the atmosphere. There are also no long term studies on fracking.
  • there are more frequency earthquakes in areas where fracking occurs.
90
Q

Why are Greenpeace concerned about the development of the Tar Sands industry?

A

Because it has led to the decline of many animal species in the region including caribou, lynx and wolverines. It is also thought that more than 6 million birds from a range of species will be lost by 2050.

91
Q

What are some of the benefits of ESPO?

A
  • these countries can make money form exporting energy.
  • oil and gas companies bring investment and jobs in the area.
  • higher disposable income for worker. Money spend locally causes the multiplier effect.
  • countries can save money by reducing energy imports (e.g Russia).
92
Q

What are some of the negatives of ESPO?

A
  • Pollution; soil, lakes and groundwater from oil spills. In 1994 over 50 million gallons of oil was spilled.
  • pipeline laying disrupts migration routes for animals.
  • creates economical dependency on the exploitation of oil, which in itself is an unsustainable market.
93
Q

What has made Tar sands oil extraction possible?

A

Tar sands oil extraction is part of a new wave of unconventional fossil fuel extraction, that is now possible because of a combination of improved technology and high oil and gas prices.

94
Q

Why can some areas in the Tar sands that couldn’t be drilled before be drilled now?

A

Vast reserves of oil and gas are stored in deposits often in ecologically sensitive and isolated areas, e.g Athabasca. The oil cannot be drilled using conventional technology but new technology and the greater demand for oil, meaning people will pay more means these areas can now be drilled. However, there is a huge environmental cost.

95
Q

What are Tar sands made up off, why is this useful and how is this property extracted?

A

They are a mixture of sand, clay and water and a very dense, sticky form of petroleum called bitumen. Bitumen is extracted from tar sands by inject hot steam underground. This heats up the sand and makes the bitumen far less sticky so that it can be pumped out. The process requires enormous amounts of energy and water.

96
Q

Why is unconventional extraction of oil and gas needed?

A

-e.g Shale is impermeable which means that any gas trapped inside cannot be reached or pumped out using conventional vertical drilling. Instead fracking is used to extract gas.

97
Q

What is the biggest problem form fracking in Athabasca, Canada?

A

The huge amounts of water required for the extraction process. It can take between 2 and 5 barrels of water to produce 1 barrel of oil. In Athabasca, 359 million tonnes of water is used annually in the extraction process. There have also been several reported Ella’s of water polluted with into to nearby Athabasca river.

98
Q

Define the term carbon footprint:

A

The calculation of the total GHG emissions caused by a person, county, organisation, event or product.

99
Q

What are the different ‘types’ of emissions that contribute to a carbon footprint?

A

Direct: created by burning fossil fuels for energy use at home or on transport.

Indirect: this engaged come from owning a product, from its manufacturing to its final disposal.

100
Q

What does energy efficiency mean?

A

Providing the same service by using less energy.

101
Q

What does energy conservation mean?

A

This is about nit using as much energy and changing our behaviour.

102
Q

What does energy security mean?

A

This means having a reliable/affordable supply of energy. Countries with enough access to energy are energy secure and countries without enough are energy insecure.

Using renewable mercy resources like wind and solar power reduce carbon emissions and improve energy security.

103
Q

How can diversifying energy sources be beneficial?

A

Reduces a counties dependence on a single source of energy. Using renewable energy sources instead of fossil fuels will make non-renewable resources last longer.

104
Q

What will global demand for energy change by in 2050, why and how?

A

By 2050 there will be about 9.5 billion habitants on the earth. 2/3 will be living in urban areas. Each persons will demand energy for everyday of life. As living standards improve, affluences increases, more people will want a refrigerator, computers, carts (etc). Globally energy demand could be 80% higher in 2050 than it was in 2000.

105
Q

What is sustainable development?

A

Defined by the Brundtland commissions as that which ‘meats the needs of the present without compromising the ability of future generations to meet their own needs.’

106
Q

Define the term food miles?

A

How far food has to travel to where it is consumed.

107
Q

What factors cause greater food miles?

A

As people become wealthier, their tastes widen and they develop exotic tastes for foods that must travel tens of hundreds of miles to where its is bought.

108
Q

What could be an advantage of rising affluence?

A

Rising affluence also gives developed countries the means to ‘care’ more about the environment and resources. In recent years the world most affluent countries have started to reduce energy consumption per capita.

109
Q

In recent years how have developed countries started to reduce energy per capita?

A

By:

  • using more new technology such as LED bulbs to cut domestic use at homes.
  • investing in more efficient cars which travel more miles per litre of fuel.
110
Q

What 2 possibilities has the International Energy Agency put forward to show how global use of energy will be in the future?

A

Business as usual: Everything carries in normal. We are getting most of our energy from fossil fuels and do not increase the use of renewable energy sources.

Move to sustainability: we reduce the amount of fossil fuels we use and increase our use of renewable energy sources.

111
Q

What is the Kuznets curve?

A

This is the change in environmental degradation (pollution) as a country goes through different stages of development and rising affluence per capita.

112
Q

What evidence is there for changing attitudes towards environmental concern in developed countries and why?

A
  • across the EU green political parties have emerged, together with pressure groups like, Friends of the Earths and Greenpeace.
  • in countries where human development, water and food supplies are no longer priorities because they been achieved, many people realise that greater care about polluting and damaging the Earth is important.
113
Q

What is an ecological footprint?

A

A calculation measured in global hectares (gha). It is a measure of how how much land is needed to support an individuals life style. It can be used in a large scale to calculate the impact of cities, countries or even the worlds population.

114
Q

How are ecological footprints calculated?

A

If people live within the Earths ability to supply resources, their footprint is 1. The higher the figure the more space is needed - and the greater the inability of the Earth to supply their wants.

115
Q

Why is education and important factor in reducing the global ecological footprint and proving a more sustainable future?

A

Education is essential to future of our planet. Schools in the UK for example are teaching about sustainability on the curriculum to increase awareness.

116
Q

What actions do schools take in teaching their students to be more sustainable?

A

Actions taken by schools include:

  • using locals foods to reduce food miles.
  • recycling campaigns
  • encouraging more students to travel to school by public transport of walk rather than take the car.
117
Q

How are greater environmental concerns causing changing attitudes and more action to be taken to protect the environment?

A

Research and awareness of the impact of fossil fuels are having on the worlds environments, particularly on climate change, has led to world wide demands for a rapid shift to sustainable energy production and use.

118
Q

What options are left for managing future energy supplies in a sustainable way?

A
  • develop all the renewable resources as quickly as possibly.
  • use technology to improve efficiency of fissile fuel use.
  • change consumer use patterns.
119
Q

In the future what will happen to fossil fuels?

A
  • prices will remain unpredictable -sometimes expensive, sometimes cheap.
  • they will dominate until at least 2030 when renewable energy will take over as a leasing source of energy.
  • either way, they will continue to contribute to climate change.
120
Q

What are carbon taxes?

A

Imposed taxes in fossil fuels to make renewable energy a cheaper better alternative as fossil fuels will be much more expensive -to discourage their use.

121
Q

What is energy diversification?

A

Spreading energy resources around more types.

122
Q

How much of the worlds supplies of energy do fossil fuels generate?

A

Provides 82% of global energy supplies.

123
Q

3 advantages of biofuels:

A
  • easy to find and can be made from many resources, such as manure, waste from crops and plants.
  • provide economic security; not every country has a large supply of crude oil and many can’t afford to import it. Infields reduce dependence on oil and gas.
  • lower levels of pollution, release lower levels of CO2 and some studies suggest they can reduce greenhouse gas emissions up to 65%.
124
Q

3 disadvantages of biofuels:

A
  • high cost production so are quite expensive to produce. Also a low investment put into their production.
  • the growing use of biofuels may mean a rise in food prices as well, in developing countries by using crops it may mean food shortages.
  • crops need to be grown for biofuels, meaning they need fertilisers, which can pollute surrounding environment.
125
Q

3 advantages of wind energy:

A
  • clean fuel resource, doesn’t pollute atmosphere by producing emissions that cause acid rain or greenhouse gases.
  • creates jobs, in 2014 the wind sector invested $8 billion into US economy to build projects and employed 73,000 workers. The wind vision report stated by 2050 600,000 jobs in manufacturing maintenance, installation and supporting services could be provided.
  • domestic source of energy. The nation has an abundance of it. Over the last 10 years cumulative wind capacity in the US has increased an average of 30% each year, outpacing the 28% global growth.
126
Q

3 disadvantages of wind energy:

A
  • good wind sites are often located in remote locations, from cities where electricity is needed more. Transmission lines must be built meaning more money.
  • wind resource development is not the most profitable use of land. Land suitable for wind turbine installation must compete with alternatives.
  • turbines might cause noise and aesthetic pollution and disrupt wildlife.
127
Q

3 advantages of solar energy:

A
  • sustainable for large scale energy consumption and indefinitely renewable to generate electricity.
  • need little maintenance, very reliable due to the fact they are actively creating electricity and do not require any type of mechanical parts that can fault.
  • have minimal impact on environment because they produce not products like CO2 or ether chemical pollutants.
128
Q

3 disadvantages of solar energy:

A
  • they cannot create electricity at night, the power generates is also reduced during times of cloud cover so they work better in some regions more than others.
  • today’s most efficient solar cells convert just over 20% of the suns rays into electricity.
  • difficult to generate the quantity of electricity that are as large as those produced by traditional fossil fuel generators.
129
Q

3 advantages of HEP power:

A
  • in California there are 247 plants providing 12% of the states electricity. It can be provided 24/7 providing water doesn’t dry up.
  • does not actually ‘use’ the water as it is all returned to original source meaning no contamination or water pollution, when generating the nerdy itself.
  • reliable. Very few malfunctions in terms of electric power as long as there is water in the dams and the reservoir doesn’t dry up.

-

130
Q

3 disadvantages of HEP energy:

A
  • Dam construction is very expensive E.g the 3 gorges dam in China once finished is estimated to have cost around $64 billion.
  • building the dams themselves cause huge environmental damage and produce waste that can contaminate water and harm biodiversity e.g fish.
  • the environmental consequences are linked to interventions in nature due to damming fo water, changed water flow and the construction of roads and power lines.
131
Q

3 advantages of hydrogen fuel:

A
  • when burned it leaves no harmful - by-products that pollute the atmosphere.
  • very powerful and efficient, powerful enough to provide fuel to space ships. It is 3x more powerful than fossil fuels. Unlike non-renewable sources of energy it can be produced on demand.
  • hydrogen produces more energy per pound of fuel. This means a car loaded with hydrogen fuel will go further than using the same amount of a fossils fuel.
132
Q

3 disadvantages of hydrogen fuel:

A
  • Requires a lot of work to free it from other elements. At the moment it is not a viable fuel source for everyone because it is very expensive and time consuming process.
  • hard to move around. Oil can be sent through pipelines and coal can be carried in the back of dump trucks.
  • though renewable with minimal environmental impact, we still need fossils fuels to separate it from oxygen so fossil fuels are needed for the production of hydrogen.