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Membrane-Aerated Biofilm Reactor (MABR) Demonstration at Ejby Melle WRRF

机译:Ejby Melle WRRF的膜曝气生物膜反应器(MABR)演示

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For any new technology, there is often a large leap that is required to move from pilot scale testing to full scale application. The development of new technologies has typically followed an "S-Curve" in the wastewater industry, as discussed by Parker (2011). As discussed in the recent Water Resources Utility of the Future Annual Report (2015), this acceleration of the S-Curve has led to the emergence of an Innovation Ecosystem. Within this ecosystem, technology developers, consulting engineers, utilities, and universities are collaborating to better define risks associated with innovative technology. This collaboration results in a deeper understanding of technology risks and benefits, and increased implementation of innovative technologies that provide clear resource reduction and recovery benefit for a utility.
机译:对于任何新技术,通常需要从中试规模测试到全面应用的巨大飞跃。正如Parker(2011)所讨论的,新技术的发展通常遵循废水行业的“ S曲线”。正如最近在《未来年度报告》的《水资源实用程序》(2015年)中所讨论的那样,S曲线的这种加速导致了创新生态系统的出现。在这个生态系统中,技术开发人员,咨询工程师,公用事业和大学正在合作以更好地定义与创新技术相关的风险。通过这种合作,可以更深入地了解技术风险和收益,并更多地实施创新技术,为公用事业提供明显的资源减少和回收收益。

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