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Systematic approach for improving energy efficiency in industrial facilities, from energy audit to practical implementation – case study production of autoclaved aerated concrete

机译:从能源审计到实际实施的提高工业设施能效的系统方法–蒸压加气混凝土的案例研究生产

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In today’s globalized world, need for competitiveness on one side and constant pressure on the reduction of negative environmental impacts on the other side, are forcing industrial companies to systematically analyse all possibilities for the optimization of their production processes. This paper presents a systematic approach for improving energy efficiency in industrial facilities. Special attention was given to activities that were necessary for the proper identification of energy saving potential and implementation of selected energy efficiency measures in the complex industrial environment. The proposed approach includes four main activities: (1) energy auditing, identification and valorisation of opportunities for improving energy efficiency, (2) identification of key personnel who needs to be trained and motivated to become involved and to make energy efficient decisions in practice, (3) implementation of selected energy efficiency measures and (4) continuous monitoring and verification of achieved results. The proposed approach has been tested in the real industrial environment and the results are confirming that significant energy savings and overall improvement of competitiveness can be reached. Additionally, special emphasis was placed on soft elements like cooperation between energy experts, process operators and maintenance staff that are crucial for the overall success.
机译:在当今全球化的世界中,一方面对竞争的需求以及另一方面对减少负面环境影响的持续压力,迫使工业公司系统地分析所有可能的方法以优化其生产流程。本文提出了一种提高工业设施能效的系统方法。特别注意了在复杂的工业环境中正确识别节能潜力和实施选定的节能措施所需的活动。拟议的方法包括四个主要活动:(1)能源审核,确定和评估提高能源效率的机会;(2)识别需要培训和激励以参与并在实践中做出节能决定的关键人员, (3)实施选定的节能措施,以及(4)持续监控和验证所取得的成果。所提出的方法已经在实际的工业环境中进行了测试,结果表明,可以实现显着的节能效果和整体竞争力的提高。此外,特别强调了软性要素,例如能源专家,过程操作员和维护人员之间的合作,这些要素对于全面成功至关重要。

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