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World Energy Outlook 2007

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towards gas-based ammonia production. If this process were included, an<br />

energy-intensity improvement of more than 20% could be achieved (IEA,<br />

<strong>2007</strong>). However, we do not expect this to happen, as the supply of natural gas<br />

for industry is limited.<br />

Transport<br />

Policy Assumptions and Effects<br />

Over the past few years, the Chinese government has introduced an increasing<br />

amount of regulation in the transport sector, with the twin objectives of<br />

containing oil import growth stemming from incremental mobility needs and<br />

tempering the pollution and congestion that are major consequences of<br />

the increase in vehicle ownership (see Chapter 9). A summary of the key<br />

policies enacted and proposed is presented in Table 11.6. China introduced<br />

mandatory fuel-economy standards for passenger cars and sport utility<br />

vehicles (SUVs) in 2006. These will be tightened in 2008. It has also<br />

introduced a tax on car ownership that is differentiated according to weight<br />

and engine size, to discourage sales of larger and more powerful vehicles. All<br />

vehicles also have to comply with scrappage rules. Local governments are<br />

supporting, to different degrees, the development of mass transportation; for<br />

example, bus and metro rail networks are being expanded substantially in<br />

Beijing and Shanghai. Local governments, mainly concerned with curbing<br />

pollution, are supporting alternative fuels. A national fuel tax is also under<br />

discussion.<br />

In the Alternative Policy Scenario, we assume the following:<br />

■ Fuel efficiency standards are prolonged and tightened. As a result, in 2030,<br />

new light-duty vehicles (LDVs) are on average 40% more efficient than<br />

2005 models (compared with 30% in the Reference Scenario), while new<br />

trucks are 36% more efficient (25% in the Reference Scenario). In 2030, a<br />

new car in China is around 10% more efficient than a new EU model in<br />

2012. New trucks are 15% more efficient than current Japanese new<br />

models. These efficiency gains result from improvements in the efficiency of<br />

internal combustion engines and the introduction of advanced vehicle<br />

technologies, including a higher penetration rate of mild and full hybrid<br />

technologies.<br />

■ Cars and trucks are scrapped two years earlier on average than in the<br />

Reference Scenario.<br />

■ Public transport develops more quickly than in the Reference Scenario,<br />

reducing car usage by 5%.<br />

■ The use of alternative fuels – including coal-based fuels, compressed natural<br />

gas, ethanol, biodiesel – is encouraged more than in the Reference Scenario.<br />

378 <strong>World</strong> <strong>Energy</strong> <strong>Outlook</strong> <strong>2007</strong> - CHINA’S ENERGY PROSPECTS

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