PLC and SCADA Training for Water Treatment Plant

Practical Automation Training for Water & Wastewater Facilities

Modern water treatment and wastewater treatment plants are increasingly automated using PLC and SCADA systems to ensure reliability, safety, efficiency, and regulatory compliance. Industries and municipalities require skilled technicians and engineers who can design, program, operate, and troubleshoot PLC-SCADA systems specifically tailored for water treatment processes.

This PLC and SCADA Training for Water Treatment Plant provides hands-on, process-oriented automation training, covering real plant logic, instrumentation, control philosophy, alarms, and monitoring used in WTP, ETP, and STP facilities.

Why This Course Is Required

Industry Need & Skill Gap

Many engineers and technicians:

• Learn PLC/SCADA generically, without process understanding

• Lack exposure to actual water treatment control logic

• Cannot interpret P&IDs, control narratives, and interlocks

• Struggle during site commissioning and troubleshooting

• Are unfamiliar with pump, valve, and analyzer automation

At the same time:

• Water utilities face strict quality and discharge regulations

• Automation is essential for continuous operation

• Skilled PLC-SCADA professionals are in demand

• Plants need reliable monitoring and remote operation

This course bridges the gap between automation tools and real water treatment operations.

Who Should Attend This Course

This course is suitable for:

• Electrical and Instrumentation engineers

• Mechanical and Chemical engineers working in utilities

• Civil and Environmental engineers in water sector

• Diploma holders and ITI technicians

• Water treatment plant operators and supervisors

• Automation professionals entering the water sector

No prior PLC experience is mandatory; fundamentals are covered from basics.

What You Will Learn

After completing this training, participants will be able to:

• Understand water treatment plant processes and automation needs

• Design PLC logic for pumps, valves, and treatment units

• Develop SCADA screens for plant monitoring and control

• Integrate field instruments with PLC systems

• Implement alarms, interlocks, and safety logic

• Perform basic commissioning and troubleshooting

• Attend interviews confidently for water automation roles

Course Curriculum

Module 1: Overview of Water Treatment Plants

• Raw water sources and treatment objectives

• WTP, ETP, and STP process overview

• Manual vs automated plant operation

• Role of PLC and SCADA in utilities

Module 2: Fundamentals of PLC Systems

• PLC architecture and hardware

• Input/output modules

• Digital and analog signals

• PLC programming concepts

Module 3: PLC Programming Basics

• Ladder logic fundamentals

• Timers, counters, and comparators

• Interlocks and permissive logic

• Start-stop and sequence control

Module 4: Water Treatment Process Control Logic

• Raw water intake and pump control

• Clarifier and sedimentation logic

• Filter operation and backwash sequence

• Chemical dosing automation

• Treated water pumping and storage control

Module 5: Instrumentation in Water Treatment Plants

• Flow, level, pressure transmitters

• pH, turbidity, chlorine analyzers

• Signal scaling and calibration basics

• Instrument integration with PLC

Module 6: SCADA System Fundamentals

• SCADA architecture and components

• Communication protocols overview

• PLC-SCADA data exchange

• Real-time monitoring concepts

Module 7: SCADA Screen Development

• Process mimic diagrams

• Pump and valve control screens

• Trends, reports, and logs

• Alarm configuration and management

Module 8: Alarms, Interlocks & Safety

• High/low level and flow alarms

• Equipment protection logic

• Emergency shutdown philosophy

• Operator safety considerations

Module 9: Commissioning & Troubleshooting

• PLC I/O testing

• Loop checking concepts

• Common faults and diagnostics

• Maintenance and modification practices

Module 10: Case Studies & Practical Scenarios

• Fully automated WTP control case

• Filter backwash automation scenario

• Chemical dosing failure analysis

• Operator response simulations

Model Projects Included

To make participants industry-ready, the course includes practical model projects:

Model Project 1: Automated Pumping Station

• PLC logic for duty-standby pumps

• Level-based automatic operation

Model Project 2: Filter Backwash Automation

• Sequence control logic

• SCADA visualization and alarms

Model Project 3: Complete WTP Automation Model

• Process overview

• PLC logic and SCADA screens

• Alarm and reporting setup

Career Opportunities After This Course

Hiring Sectors

• Municipal water supply departments

• Water and wastewater treatment plants

• Industrial utilities and ETPs

• EPC and automation companies

• System integrators and service providers

Job Roles

• PLC & SCADA Engineer – Water Sector

• Automation Engineer – Utilities

• Water Treatment Plant Automation Technician

• Instrumentation & Control Engineer

• SCADA Operator / Maintenance Engineer

Training Methodology

• Process-oriented automation training

• Hands-on PLC and SCADA practice

• Real plant logic and case studies

• Simple, step-by-step teaching approach

• Interview and job-oriented guidance

Certification

Certificate in PLC and SCADA for Water Treatment Plants
Issued by Pertecnica Engineering

This certification validates your practical skills in automating and operating water treatment facilities using PLC and SCADA systems.

Why Choose Pertecnica Engineering

• Industry-experienced trainers

• Practical, plant-based training approach

• Focus on water sector automation

• Suitable for freshers and working professionals

• Ethical training and career guidance

same syllabus for the following courses…

PLC and SCADA Training for Water Treatment Plant
Water Treatment Automation Course
PLC SCADA for WTP and ETP
Water Utility Automation Training
SCADA Course for Water Industry