Counting totally matters – using GRUNDFOS BACMON for network monitoring

L. Olesen, B. Højris, N. B. Folia
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Abstract

Water scarcity, ageing infrastructures, and emergence of new pollutants are all different factors resulting in the maintenance of water quality being one of the main challenges societies face in the 21st century. Degradation of water quality translates directly into threats to human health, limited food production, reduced ecosystem functions and into environmental and socio-economic challenges in general (UNESCO, 2015). Besides maintaining a good drinking water quality, a wish for better resource utilization has led to concepts like “Water Fit for Purpose” (Carpentier & Cole, 2018) and an increased focus on water reuse possibilities (Sgroi et al., 2018; Olivier, 2018). Altogether, these challenges put larger and larger demands to how we collect, treat, distribute, use, dispose, clean, and discharge water. Grundfos has over the years moved a lot of water with pumps. However, the emerging challenges has led us – and our colleagues in the business – to supplement the pump itself with surveillance, demand driven distribution to reduce leakages, and a range of dosing and disinfection products to not only move the water but also treat it. Lastly, digitalization of equipment has given opportunities to optimize and operate entire systems in a much more structured and coherent way. Chapter 9
计数完全重要-使用GRUNDFOS BACMON进行网络监控
水资源短缺、基础设施老化和新污染物的出现都是导致水质维持成为21世纪社会面临的主要挑战之一的不同因素。水质退化直接转化为对人类健康的威胁、粮食生产受限、生态系统功能减弱,以及总体上的环境和社会经济挑战(教科文组织,2015年)。除了保持良好的饮用水质量外,对更好地利用资源的愿望导致了“适合用途的水”(Carpentier & Cole, 2018)等概念的出现,并越来越关注水的再利用可能性(Sgroi等人,2018;奥利弗,2018)。总之,这些挑战对我们如何收集、处理、分配、使用、处置、清洁和排放水提出了越来越大的要求。格兰富多年来一直用水泵输送大量的水。然而,新出现的挑战促使我们——以及我们的业务同事——为水泵本身提供监控、需求驱动的分配以减少泄漏,以及一系列剂量和消毒产品,不仅可以移动水,还可以对其进行处理。最后,设备数字化为以更加结构化和连贯的方式优化和操作整个系统提供了机会。第九章
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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