Belgium and coal

The International Energy Agency (IEA) notes in its 2005 review of energy policy in Belgium that coal provides approximately 11% of the electricity generated and that, while the country has domestic coal resources, the last coal mine closed in 1993 due to high costs of production.

The IEA notes that in terms of energy supply "apart from the introduction and growth of nuclear, the most significant trend has been a reduction in the use of coal". It also notes that "over the last 30 years, coal consumption has dropped by nearly 70%, from 5.7 to 1.8 Mtoe". (Mtoe is the acronym for 'million tonnes of oil equivalent', a measure that seeks to standardise the energy content of different fuels based on the amount of energy released by burning one tonne of crude oil).

Coal in the Energy Generation Sector
In the decade from 1994 to 2004, there was a dramatic growth in gas-fired power generation at the expense of coal-fired generation. The IEA notes that "electricity generated from coal has fallen by nearly 50%" over the decade and dropped from providing 27% of total generation in 1994 to just over 12% in 2004. As of April 2009, there were 5 operating coal-fired power stations: Amercoeur, Langerlo, Mol, Rodenhuize and Ruien, all of which are operated by Electrabel. In 2005, the Les Awirs power plant was converted to run on 100 percent biomass, still being able to run on coal as well. In 2007, the coal-fired power station of Monceau was closed. By 2014, the closure of the power station of Mol is planned.

Nuclear Phase-Out
While coal currently plays a relatively minor role in energy supply, there could be an increase in coal consumption in the medium to longer term. In 2003, Belgium passed legislation requiring the phase-out of nuclear power stations when they turn 40 years old. As a result, the existing nuclear power stations, which generate approximately 55% of the country's electricity, will be phased out between 2015 and 2025. Whether the role of coal in the generation sector expands or not depends on the degree to which the replacement of nuclear capacity is met by energy efficiency, power imports and an expanded role for gas.

The IEA also notes that while national CO2 emissions have grown by 11% since 1990, "emissions from coal dropped by more than 40 percent due to fuel switching from coal to natural gas for electricity generation, as well as to restructuring in the iron and steel industry... Emissions from coal now account for a fifth of CO2 emissions."

Proposed Coal-Fired Power Stations

 * Antwerp Power Station, Flanders: In November 2007 E.ON Kraftwerke announced plans to build a 1,100 megawatt power station at a cost of 1.5 billion euros. In its announcement, E.ON stated that it had "started the permitting process by submitting the “MER-Kennisgeving”. In order to being able to start commercial operation in 2014, E.ON Kraftwerke hopes to receive all necessary permits in the second half of 2009." E.ON have stated that they aim to begin construction in 2010. One report on the proposed project stated that "Antwerp was chosen because the installations on the right bank of the River Scheldt can be supplied with coal ships of up to 130.000 tonnes. The new power plant will run on 2 million tonnes of coal per year. This means that coals will be shipped in twice a month."

Europe and coal

 * Austria and coal
 * Bulgaria and coal
 * France and coal
 * Germany and coal
 * Greece and coal
 * Hungary and coal
 * Italy and coal
 * Netherlands and coal
 * Norway and coal
 * Poland and coal
 * Slovakia and coal
 * United Kingdom and coal

Background information

 * International Energy Agency, "Belgium", International Energy Agency website, accessed July 2008.
 * International Energy Agency, "Coal in Belgium in 2005", International Energy Agency website, accessed July 2008.
 * U.S. Geological Survey, Belgium 1994-2005
 * European Environment Agency, European Pollutant Emission Register. (This has a list of power stations and their current emissions).