Online Effluent Treatment Plant Monitoring System

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To know more about how does Effluent Treatment Plant work, refer to the Effluent Treatment Plant page.

Key Performance Parameters of ETP

  • Biochemical Oxygen Demand (BOD) mg/l

  • Chemical Oxygen Demand (COD) mg/l

  • Total Suspended Solid (TSS)

  • Total Organic Carbon (TOC)

  • Total dissolved solid (TDS)

  • E.Coli cfu

  • Total Residue Chlorine (TRC)

  • Oil & Grease

  • Dissolved Oxygen (DO)

  • Dissolved Organic Carbon (DOC)

  • Spectral Absorption  Coefficient (SAC)

  • Surface Over Flow Rate

  • PH Value

  • ​Temperature

  • Influent Flow rate

  • Energy

  • Turbidity

  • Total Phosphorus

  • Total Nitrogen

  • Total Ammonium

  • Total Potassium

  • Conductivity

  • Salt level

  • Weir Flow Rate

ETP process is automated using sensors and PLCs. 
DaacoX IIoT edge software collects these key parameters from PLC or sensors periodically using Modbus TCP, Profinet, EtherNet/IP, etc. 
 Digital Transformation for ETP

Prism makes Digitial Transformation easy for ETP

  • web-based SCADA - control and monitor the process online

  • Data Historian - get an insight into the operational efficiency

  • Custom Dashboard - reports for making an informed decision

  • Email/SMS notifications for critical alerts

  • Preventive & Predictive maintenance of Mechanical Equipment

  • Remote Access to Industrial assets like PLC, HMI, and others

Prism, IIoT Platform offers
SCADA, Data Historian,
Remote Access, Notifications, Preventive Maintenance,
Predictive Maintenance
 Set up Prism

Step 1: Deploy IIoT edge software DaacoX in the plant

Step 2: Sign up for Prism cloud service or install on-premise Edition

Step 3: Synch DaacoX with Prism

step 4: Set Up Prism ​

  • Design SCADA screen as to how you want to visualize your plant

  • Define custom reports as to how you want to present the data

  • Configure rules to receive notifications

Best IIoT solution architecture. 
Click for more details
Benefits

  • Increased operational efficiency

  • Significant improvement in the Uptime of mechanical equipment

  • Remote monitoring capability for remote ETP sites.​

  • Digital transformation of ETP improves operator's efficiency

  • Centralized control and monitoring system for all ETP sites