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Modular design gives flexible gas treatment

机译:模块化设计提供灵活的气体处理

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摘要

Global primary aluminium production capacity is expected to rise by 50% over the current level within the next couple of years, and to reach over 70 million tpy by 2020, thus matching the forecast 5-6% annual demand growth. This growth is mainly driven by automotive and building industries. Smelters respond to this demand with new cost-effective technologies, deploying higher amperage, and reaching higher specific production. These smelter technologies call for modern and efficient emissions abatement systems, including optional energy recovery. However, today's uncertain primary aluminium market also needs flexibility in investment, for instance to be able to gradually increase smelter capacity without adding a complete new potline. In response to these demands Alstom is introducing a novel range of efficient modular emissions abatement systems. These include optional energy recovery, which is particularly suitable for these new smelter technologies.
机译:预计未来几年全球原铝产能将比目前水平增长50%,到2020年将达到7,000万吨以上,从而与预测的5-6%的年需求增长相匹配。这一增长主要由汽车和建筑业推动。冶炼厂通过采用具有成本效益的新技术,部署更高的安培数并达到更高的特定产量来满足这一需求。这些冶炼厂技术要求采用现代高效的减排系统,包括可选的能源回收。但是,当今不确定的原铝市场还需要灵活的投资,例如,能够在不增加全新生产线的情况下逐步提高冶炼厂的产能。为了满足这些需求,阿尔斯通推出了一系列新颖的高效模块化减排系统。其中包括可选的能量回收,特别适用于这些新的冶炼厂技术。

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  • 来源
    《Aluminium》 |2014年第2期|28-30|共3页
  • 作者

    B. Herrlander;

  • 作者单位

    Industry & Power of Alstom Power, Vaexjoe, Sweden;

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  • 正文语种 eng
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