水仪表资源
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自福瑞蒂县以来,佐治亚州,水和下水道部署了美国流量控制Semper®远程压力监测器(rpm)超过一年前,它已经看到了许多优势。但AFC Semper能够从一个系统资产转移到另一个系统资产,“提升和转移”是最伟大的。2月20日2020年2月与Trimble水合作,AFC SEMPER RPM是一种无线电池供电的压力记录器,提供了在整个系统中监测水压力所需的数据,有助于识别瞬变并减少非收入水资源。
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The United Nation’s (UN) World Water Development Report recently stated that nearly 6 billion people will suffer from clean water scarcity by 2050. Singapore is using desalination as part of the solution to their water supply issue in order to provide enough clean drinking water for its ever-growing population of 5.5 million.
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2021年3月,加州费尔菲尔德市水Division was tasked with commissioning a new 36-inch Cross Town Transmission Line (CTTL). The CTTL will enhance the already robust distribution system and better serve the water needs of the Water Division’s 33,000 customers. This new CTTL, however, will change the dynamics of the city’s current distribution system. To better understand how the new CTTL would affect operations, the AMERICAN Flow Control SEMPER Remote Pressure Monitor (RPM) was deployed to strategic points throughout the system.
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通过一系列的精确测量ABB flowmetersis helping the company behind the world-renowned Macallan whisky brand to maintain its high product quality standards following its move to its new 187.2M USD distillery.
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The Metropolitan Waterworks Authority (MWA) produces and supplies drinking water to over 11 million people in the Bangkok Metropolitan area covering the provinces of Bangkok, Nonthaburi, and Samutprakarn. On average, around 5.47 million cubic meters of water gets distributed daily through a network of pipelines spanning 37,700 kilometers.
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Water Wine的“数学解决方案”系列系列,由废水顾问和培训师DANALD(“废水丹”)提出,通过解释管道量加仑计算,教育新利在线国际运营商。
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配水量系统基础设施旨在将饮用水送到最终用户,但公用事业公司不断面临不同挑战,以实现这一基本目标。例如,这些公用事业通过用高压输送水来改善客户服务,但另一方面,水资源保护政策推动它们以最小化水分分布泄漏。出于这个原因,水公用事业在SCADA和遥测技术中投入大量,以支持运营决策。但是,解锁历史操作数据并将其与其他数据(如来自AMR / AMI网络的计费信息)融为一步,以生成可操作的见解已经证明困难。
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HydroInformatics提供了一种新的透视图,可以在世界各地的社区实现以新的方式和更大的工具集解决古老问题。
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使用单个可编程控制器(如Schneider Electric的M580安全控制器)管理两个过程和安全系统都可以帮助加快部署,提高操作的可靠性和可持续性,增强网络安全,并支持更高的生产力和透明度。
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本白皮书介绍了ABB的新TSP341-Ntemperature sensor for non-invasive temperature measurement and provides examples for applications and accuracies that can be achieved. The present Edition II of the whitepaper additionally presents the results of a direct comparison of non-invasive temperature measurements with classic measurements in a measuring medium, achieved in realistic conditions. These results emphasize the outstanding suitability of the device for multiple applications.