Are You Having Any Problems like This?
Equipment : Water treatment plants, water intake facilities, distribution reservoirs, and other water supply facilities
Problems : Unmanned facilities are widely dispersed, making data collection difficult.
- The intake facility is located far from the water treatment plant, requiring regular trips to measure data at the intake site, which is time-consuming.
- Even offices located far from water treatment plants and intake facilities want to grasp the local situation, but they are unable to do so.
- Data is scattered across water treatment plants and intake facilities, making comprehensive integrated monitoring impossible and making it difficult to detect where anomalies are occurring.
Easy to start using!
Wide Area Monitoring System solves remote monitoring issues
Facilities that exist in a wide area can be integrated and managed through remote monitoring.
The cloud can be used to reduce time and costs, and to efficiently build monitoring systems.
Value through Problem Solving
- By digitizing measured data from scattered intake points and distribution reservoirs and integrating it into a cloud-based monitoring system, operators can assess on-site conditions without physically visiting locations.
This reduces the burden of operator rounds. Operational status can be verified remotely from locations distant from the site.
- When measured data exceeds predefined upper or lower limits, an alarm notification is automatically triggered (alarm notifications are sent via email).
This allows monitoring of on-site conditions even from remote locations. - By integrating and monitoring data from all water supply facilities, we gain a comprehensive overview of on-site conditions.
This enables us to detect early signs of anomalies anywhere within the facility and take prompt action.
Proposed System Configuration
By centrally monitoring and managing water supply facilities such as water treatment plants, intake facilities, distribution reservoirs, and pumping stations through the cloud-based “Wide Area Monitoring System (WAMS),” we achieve operational efficiency and reduction in man-hours.
This enables real-time monitoring of equipment status and water quality at remote locations from anywhere, allowing early detection of anomalies and rapid response through the visualization of monitoring data. Furthermore, it reduces the time and cost required for personnel to visit sites.
Devices
| Category | Product |
|---|---|
| Cloud | Wide Area Monitoring System (Data acquisition interval: 5 min. or more, 50 measured data*) |
| Communication | Wireless Communication Connection License |
| Comm. devices/data acquisition | Data logger, Gateway, Recorder, Recorder gateway LoRaWAN gateway |
| Sensor | Flowmeter, Analyzer, Differential pressure level gauge, Sushi Sensor (Vibration, Temperature, Pressure) |
*With custom orders, collection cycles can be set to as short as 1 minute.
Related Industries
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Eau et Traitement des Eaux Usées
Yokogawa fournit des solutions de contrôle pour une production d'eau durable en développant une technologie plus économe en énergie, en aidant à réduire l'empreinte carbone des opérations et en construisant des produits solides qui protègent l'environnement des contaminants. Grâce à notre technologie de pointe et à notre vaste savoir-faire en matière d'applications, nous travaillons avec vous pour fournir des solutions durables pour l'eau qui stimulent votre activité et ajoutent une grande valeur tout au long du cycle de vie de l'usine. Notre technologie et nos produits améliorent la performance des usines et garantissent qu'elles peuvent fonctionner de manière compétitive sur les marchés de l'eau actuels, tout en réduisant leurs coûts d'exploitation.
Yokogawa prend en charge une large gamme d'applications de contrôle de l'eau dans les marchés de l'eau municipale et industrielle.
Les produits et solutions liés
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A Wireless IIoT Solution Sushi Sensor
Sushi Sensor is a wireless solution for Industrial IoT (IIoT). It has excellent environmental resistance, and adapts LoRaWAN®, a wide area wireless communication method that realizes power saving and long-distance communication.
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Débitmètres Vortex
Yokogawa est synonyme de débitmètre Vortex depuis qu'elle a été la pionnière du débitmètre Vortex industriel il y a près de quatre décennies. Au cours de ces décennies, Yokogawa a continué à être à l'avant-garde de la technologie des débitmètres Vortex ; ainsi, aujourd'hui, Yokogawa offre une grande variété de débitmètres Vortex, y compris des modèles sur mesure.
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Liquid Analyzers
Liquid analyzers are used for monitoring process chemistry including water quality, providing process optimization and control.
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Modular GM10
SMARTDAC+TM GM10 data logger has a modular architecture that can acquire necessary data. By supporting not only I/O but also many communication protocols such as 920MHz wireless, Modbus and so on. Monitor and setting changes are available through Bluetooth. Supporting FDA 21 CFR Part11 and AMS2750E/NADCAP.
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Pression différentielle
La pression différentielle (DP) est définie comme la différence entre deux pressions. Les transmetteurs de pression différentielle utilisent un point de référence appelé côté basse pression et le comparent au côté haute pression. Les ports de l'instrument sont marqués côté haut et côté bas.
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Touch Screen Paperless Recorder GX10/GX20
The SMARTDAC+TM GX10/GX20 is a panel mount paperless recorder with a modular architecture on the back panel and has a data logging function to acquire the required data. By supporting not only I/O but also many communication protocols, you can connect to various devices. GX utilizes AI. Supporting FDA 21 CFR Part11 and AMS2750E/NADCAP.
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Wide Area Monitoring System
The Wide Area Monitoring System helps you solve various problems occurring at operation sites by consolidating centralized/distributed data on the cloud for integrated data management and remote monitoring. No IT knowledge required. Start using the cloud with ease on a small scale!