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Online Effluent Treatment Plant Monitoring System

Effluent Treatment Plant.png

To know more about how does Effluent Treatment Plant work, refer to our blog page How Effluent Treatment Plant (ETP) works? 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
  • 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

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