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Experiences Concerning the Implementation of Innovative Technologies and Management Strategies in Emerging Countries: Example IWRM Indonesia

机译:关于新兴国家创新技术和管理策略实施的经验:示例IWRM印度尼西亚

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Within the German-Indonesian joint-project "Integrated Water Resources Management (IWRM), Indonesia", which is funded by the German Federal Ministry for Education and Research (BMBF), under the aegis of the Karlsruhe Institute of Technology (KIT) innovative technologies and management strategies are developed to improve the water supply situation in karst areas. In this context, the world's first underground water extraction plant, securing the water supply for some 80.000 people by usage of hydropower driven pumping systems, was implemented [1]. The utilization of the underground hydropower potential (barrage) is accomplished by the operation of reverse driven centrifugal pumps, which are mechanically connected to feed pumps. After the successful initial start-up of the plant, followed by the handover to the Indonesian operating authority, it turned out, that a continuous operation can only be ensured by an advanced adaption of the operational concept, associated by an intensive knowledge transfer considering the socio-cultural boundary conditions as well as administrative structures. Since 2011, the continuous operation of this hydropower plant is conducted autonomously by the Indonesian project partners. Following the presentation within the IWRM Karlsruhe 2010 event [2], this present paper concentrates on the experiences and measures of the implementation phase as well as the handover process, which might be of use for other projects in emerging countries. Furthermore, technological aspects regarding the continuous operation of the hydropower driven conveying modules will be discussed. The experience report will be supplemented by an overview of current attempts for transferring the developed technologies including the associated knowledge to further locations in Southeast Asia (www.iwrm-indonesien.de).
机译:在德国印度尼西亚联合项目“综合水资源管理(IWRM)”,由德国联邦教育和研究部(BMBF)资助,根据Karlsruhe Tearch(Kit)创新技术的Aegis制定了管理策略,以改善岩溶地区的供水情况。在这方面,通过使用水电驱动泵送系统,实现了世界上第一个地下水提取厂,确保了80,000人的供水,通过水电驱动泵送系统进行了[1]。通过反向驱动的离心泵的操作来实现地下水电电位(拦阻)的利用,该泵在机械连接到进给泵。在植物的成功初始启动之后,其次转移到印度尼西亚经营权,事实证明,只能通过考虑到的强化知识转移来确保连续操作社会文化边界条件以及行政结构。自2011年以来,该水电站的连续运行是由印度尼西亚项目合作伙伴自主进行的。遵循IWRM Karlsruhe 2010年事件[2]的演示文稿,本文介绍了实施阶段的经验和措施以及交换过程,可能在新兴国家的其他项目中使用。此外,将讨论关于水电驱动输送模块的连续操作的技术方面。经验报告将概述当前试图转移所发达的技术,包括相关知识,包括与东南亚的进一步地点(www.iwrm-indoneien.de)。

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