Volgens een nieuw rapport van World’s Resources Institute staan er 1.199 nieuwe kolencentrales gepland verspreid over de hele wereld. Samen zijn deze centrales goed voor 1,401,268 megawatt (MW). De meeste centrales (76%) staan gepland voor China en India. Amerika staat als eerste westerse land op de zevende positie met een gepland vermogen van 20.000 MW.

Deze economisch en politiek aangedreven overwegingen staan lijnrecht tegenover wat wetenschappers wereldwijd al jaren roepen: het klimaat staat gevaarlijk dichtbij een kantelpunt waarna geen weg meer terug is en de aarde door positieve feedback onoverkomelijk zal opwarmen en drastisch veranderen. Kolencentrales zijn de meest vervuilende bronnen van CO2. Het probleem is alleen dat de gevolgen van klimaatverandering niet meteen zichtbaar zijn, maar de komende 100 a 200 jaar pas echt problemen zullen veroorzaken. De politiek en energiemaatschappijen kijken niet zo ver vooruit.

Het originele artikel:

New Global Assessment Reveals Nearly 1,200 Proposed Coal-Fired Power Plants

 

Coal-fired power plants are a major source of greenhouse gas emissions—one that could be increasing significantly globally, according to new analysis from the World Resources Institute.

Several months ago, WRI began compiling and analyzing information about proposed new coal-fired plants in order to assess potential future risks to the global climate. We released our findings today in the Global Coal Risk Assessment working paper. Our research shows that 1,199 new coal-fired plants with a total installed capacity of 1,401,268 megawatts (MW) are being proposed globally. If all of these projects are built, it would add new coal power capacity that is almost four times the current capacity of all coal-fired plants in the United States.

View the locations of proposed coal-fired power plants by country in our interactive map below.

Coal in the Developing World

Our analysis finds that 483 power companies have proposed new coal-fired plants across 59 countries. Most of these proposed plants are in developing nations—mainly China and India. These two countries account for 76 percent of the proposed new coal power capacity. New coal-fired plants are also proposed in some developing countries where there’s currently limited or no domestic coal production, such as Cambodia and Senegal. The United States ranks seventh out of all countries, with 36 proposed plants with a capacity of more than 20,000 MW.

Not all of these projects will necessarily be approved and developed—the report only looks at proposed new plants. However, this research shows a significant—and troubling—interest in coal development globally.

A Crucial Decade for Energy Choices

Energy is a universal need, and new energy development is critical in the developing world in order to lift people out of poverty and empower them to enjoy a higher quality of life. However, the choice of energy sources is a tough one, as developing countries must seek low-cost options. Coal-fired plants are often considered such an option, even though strong evidence of coal’s toll on the climate, environment, and human health suggests otherwise.

Take China: The country created an economic miracle by relying on coal as its primary energy source. However, China has been paying a huge price for its coal dependence in the form of increasing public health concerns, deteriorating ecosystems, poor air quality, more carbon pollution, and growing social tensions. While the Chinese government announced a target to cap coal consumption at 3.9 billion tons by 2015 and introduced ambitious energy efficiency and renewable energy policies, the country still has a long way to go to wean itself off coal.

Last week, the International Energy Agency (IEA) released its annual World Energy Outlook, finding that coal demand could rise by 21 percent by 2035. The IEA points out that the future of coal depends largely on policy decisions as well as the price of other energy sources, including natural gas.

Fortunately, cleaner energy technologies are becoming increasingly competitive and easily accessible. Many developing countries have come to understand the importance of cleaner energy sources for the long-term sustainability of their development and have put policies in place to encourage energy efficiency and renewable energy. For example, a significant portion of India’s new installed power generation capacity will come from renewable energy sources in order to meet its national target of 15 percent renewable energy by 2020.

The next decade will be crucial for countries—especially developing nations—to make the right energy choices. We hope this working paper can inspire discussions around what should be done to avoid planetary risks while ensuring economic growth.

* Read the full report, Global Coal Risk Assessment: Data Analysis and Market Research.

How We Conducted Our Research

To complete our analysis, we collected data from a variety of sources, including commercially available databases such as Platts and the International Energy Agency (IEA), government and corporate websites, non-governmental organizations (NGOs), research institutions, and the media. When possible, we corroborated the data with field knowledge, contacting more than 40 researchers, NGOs, and journalists around the world who work on coal issues.

The inventory of proposed coal-fired plants includes all the projects that we could identify and verify. We did not take into consideration whether the project had begun seeking approval, what the timeline was for project construction, or its likelihood of actually being built. Some projects that are no longer being actively pursued might remain on our list if the companies involved have not officially withdrawn their proposals. The data collected reflects the best knowledge of the authors at the time this research was conducted in July 2012. We also recognize that the external situation is fast-changing. We view this paper as a living database, and we warmly welcome any comments about the status of proposed plants. (Contact Ailun Yang, ayang@wri.org).

[Bron: WRIInsight Submitted by Ailun Yang on November 20, 2012]