| Chris Innis, Petratherm press release
Residential and commercial areas of the Spanish capital of Madrid could be heated by Australian geothermal developer, Petratherm.
The Adelaide-based Petratherm revealed that a pre-feasibility study into the proposal is due for completion next month. The pre feasiibility is being undertaken by French consultancy, GPC Instrumentation Process (GPC IP) which is assessing the practical application and commercial viability of the “Madrid Basin Direct Heating” project. The project proposes that Petratherm drill into a shallow geothermal reservoir 1,500 metres beneath the Madrid Basin at a site about 40 kilometres northeast of the Spanish capital. Based on temperature and flow information from existing 1,500 metre deep, exploration and development wells, Petratherm plans to provide within the next two years, a conventional geothermal supply to directly heat selected districts of Madrid within the Australian company’s 330 square kilometre Madrid GEL area. The move would provide first revenues for Petratherm which has pioneered Australia’s export drive into Spain and China’s emerging geothermal energy sectors. This is in addition to the Company’s flagship Paralana project in South Australia’s northern Flinders Ranges, in joint venture with Beach Petroleum and which is expected to become the nation’s first commercial geothermal supply by early 2010. Petratherm’s Managing Director, Mr Terry Kallis, said today that GPC IP already managed several district heating installations across the Paris Basin, which had similar geothermal characteristics to Madrid. “Geothermal energy, particularly for heating, has been part of the Paris Basin energy mix for more than 20 years,” Mr Kallis said. The Spanish resource hosts two main geothermal reservoirs, including a shallow reservoir at about 1,500 metres depth where previous drilling to depth has already encountered temperatures of between 70-80ºC – ideal for direct heating application. The second reservoir, at 3,400 metres depth, is even more exciting. Results based on previous drilling to depth, show temperatures as high as 156ºC. This creates opportunities for both direct heating and significant power generation.
“Like Paris, the Madrid Basin sits over a huge shallow geothermal resource with very large aquifers and high flow-rates. The Spanish resource hosts two main geothermal reservoirs, including a shallow reservoir at about 1,500 metres depth where previous drilling to depth has already encountered temperatures of between 70-80ºC – ideal for direct heating application. The second reservoir, at 3,400 metres depth, is even more exciting. Results based on previous drilling to depth, show temperatures as high as 156ºC. This creates opportunities for both direct heating and significant power generation. “If the pre-feasibility study generates a viable outcome, Petratherm will develop a detailed plan to exploit the resource and seek appropriately skilled joint venture partners to realize the full potential of the project.” Mr Kallis said prospects for the Madrid Basin Direct Heating project were further enhanced by the close proximity of one of Spain’s largest electricity transmission systems – a 5,000-plus MW grid helping service Madrid’s population of 5.5 million. He added that renewable energy supplies were attracting premium market prices in Spain – as much as twice those available in Australia. The Company now has seven projects in Spain, including two conventional geothermal exploration projects in the Canary Islands and five Engineered Geothermal Systems (EGS) and hydrothermal projects on the mainland. If the Madrid Basin Direct Heating project is successful, the Australian energy developer will explore the potential to extend it to Barcelona and other areas of Spain. Mr Kallis said Petratherm’s Spanish projects continued to attract significant interest from European energy companies and local councils for their capacity to meet Spain’s fast-growing electricity demands without the expense or environmental concerns associated with traditional fossil fuels.
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