Greenhouse gas emissions will rise by 52% by 2030 warns EIA
EIA news release
November 7, 2005
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The International Energy Agency (EIA) today released a report projecting that global greenhouse gas emissions will rise by 52% by 2030, unless the world takes action to reduce energy consumption. Further, the IEA says that oil prices will rise “substantially” unless there is extra investment — $20.3 trillion in fresh facilities by 2030 — in oil facilities.
11/7/2005 London — “The importance of the Middle East and North Africa (MENA) to global oil and gas markets cannot be underestimated. These countries have vast resources, but these resources must be further developed. Investment should not be delayed,” said Mr. William C. Ramsay, Deputy Executive Director of the Paris-based International Energy Agency, as he presented findings from the World Energy Outlook 2005: Middle East and North Africa Insights (WEO-2005) today in London. Noting that a lack of investment in upstream and downstream capacity has contributed to the extreme tightness in the global oil market in recent months, Mr. Ramsay highlighted the critical role that this region will play in meeting growth in global energy demand.
The WEO-2005 expects global energy markets to remain robust through 2030. If policies remain unchanged, world energy demand is projected to increase by over 50% between now and 2030. World energy resources are adequate to meet this demand, but investment of $17 trillion will be needed to bring these resources to consumers. Oil and gas imports from the Middle East and North Africa will rise, creating greater dependence for IEA countries and large importers like China and India. Energy-related CO2 emissions also climb — by 2030, they will be 52% higher than today. “These projected trends have important implications and lead to a future that is not sustainable from an energy-security or environmental perspective. We must change these outcomes and get the planet onto a sustainable energy path,” added Mr. Ramsay.
WEO 2005 focuses on the energy prospects in the Middle East and North Africa to 2030, covering in detail developments in Algeria, Egypt, Iran, Iraq, Kuwait, Libya, Qatar, Saudi Arabia and the United Arab Emirates. Internal demand, resources, policies, investment, production, exports, even energy use for water desalination, all are examined. “To our knowledge, this is the first time that any publication with a focus on the Middle East and North Africa has undertaken such an extensive, country-by-country review of the energy sector of the region. At a time when experts debate whether the world will run out of energy, these results are particularly relevant,” Mr. Ramsay said.
In the MENA region, domestic energy demand is driven by surging populations, economic growth and heavy energy subsidies. Primary energy demand more than doubles by 2030. At the same time, MENA oil production will increase by 75% by 2030 and natural gas production will treble, allowing more gas exports. The region’s share in global oil production will increase from 35% today to 44% in 2030. However, this means the countries of the Middle East and North Africa would need to invest, on average, $56 billion per year in energy infrastructure. The level of upstream oil investment required will be more than twice that of the last decade.
But what if adequate investment is not made or consuming countries’ policies change? To assess these risks, WEO 2005 develops two other scenarios, each of them far from unlikely: a Deferred Investment Scenario, in which investment in the producing countries is delayed, whether deliberately or inadvertently; and a World Alternative Policy Scenario, in which energy-importing countries take determined action to cut demand and change the pattern of fuel use, driven by high prices, environmental or security goals, or all three.
The two scenarios have significant implications for MENA countries. In the Deferred Investment Scenario, energy prices rise sharply. Global energy-demand growth falls, cutting the region’s oil and gas export revenues by more than $1 trillion from 2004-2030. World GDP growth slows down. Deferred investment could be the result of many factors, but whatever the cause, the results are higher prices, greater uncertainty and market inefficiencies.
The WEO World Alternative Policy Scenario examines the consequences of new policies under consideration in consuming countries. “The G8 Plan of Action, agreed at the Gleneagles Summit in July 2005, launched detailed initiatives to promote cleaner energy and combat the impact of climate change. The IEA was asked to play an important role. This strong global commitment indicates that governments are already adopting alternative policies such as those in the World Alternative Policy Scenario to achieve the G8 goals,” explained Mr. Ramsay. Under this Scenario, global oil and gas demand growth is lower, but the world continues to rely heavily on MENA oil and gas. CO2 emissions fall 16% below the level of the Reference Scenario but still increase around 30% by 2030.
Assumptions about international energy prices have been revised significantly upwards in WEO-2005, as a result of changed market expectations after years of underinvestment in oil production and the refinery sector. The average IEA crude oil import price, a proxy for international prices, averaged $36.33 per barrel in 2004 and peaked at around $65 (in year-2004 dollars) in September 2005. In the Reference Scenario, the price is assumed to ease to around $35 in 2010 (in year-2004 dollars) as new crude oil production and refining capacity comes on stream. It is then assumed to rise slowly, to near $39 in 2030. In the Deferred Investment Scenario the oil price reaches $52 in 2030.
The World Energy Outlook 2005 contains over 600 pages of detailed statistics and in-depth analysis. The study was produced by the IEA with input from many international experts from producing countries, industry and organisations including OPEC. The IEA’s prestigious annual WEO series has long been recognised as the authoritative source for global long-term energy market analysis and has received honors for analytical excellence including awards from the Russian Academy of Sciences, the US Department of Energy and numerous public and private organisations.
This is a modified press release from EIA
