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Briefing: New life for old coal

机译:简报:旧煤的新生活

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Coal-fired power plants still have a sizeable 'carbon footprint', despite advances in technology that have made them 'greener'. On the other hand, many of the world's coal reserves are also lying unused because the seams are simply too deep to dig out. Researchers at the University of Leeds, together with leading Institutions from Bulgaria, Germany, Greece and Portugal, hope to solve these problems by exploring a greener, safer and cheaper way of using coal from deep underground seams as an energy source in a €3 million project funded by the Research Fund for Coal and Steel of the European Commission. Under the proposed underground coal gasification scheme, coal would be gasified underground to generate combustible gases, offering a new lease of life to coal seams that are too expensive to mine. The depth is sufficient for underground coal gasification to be combined with carbon dioxide capture and geological storage in the dense phase to fulfil the objectives of 'low-carbon' energy supply and energy security envisaged in the 2007 UK Energy white paper. Meeting the Energy Challenge.
机译:尽管技术进步使燃煤电厂“更环保”,但其“碳足迹”仍然很大。另一方面,世界上许多煤炭储备也处于闲置状态,因为煤层太深而无法挖掘。利兹大学的研究人员与来自保加利亚,德国,希腊和葡萄牙的领先机构一起,希望通过探索一种更绿色,更安全,更便宜的方式利用深部地下煤层作为能源来解决这些问题,费用为300万欧元该项目由欧盟委员会煤炭和钢铁研究基金资助。根据拟议的地下煤气化计划,煤炭将在地下进行气化以产生可燃气体,为煤层提供了新的生命,煤层太昂贵了。该深度足以将地下煤气化与稠密相中的二氧化碳捕获和地质储存结合起来,以实现《 2007年英国能源白皮书》中设想的“低碳”能源供应和能源安全的目标。应对能源挑战。

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