Advanced Water & Wastewater Treatment Training Course (WTS 0100): Complete 5-Day Program

Course Overview

The Advanced Water & Wastewater Treatment Training Course (WTS 0100) is an intensive 5-day professional development program designed for water treatment operators, environmental engineers, facility managers, and municipal water authorities. This comprehensive training combines theoretical knowledge with practical applications, covering cutting-edge treatment technologies, regulatory compliance, and operational excellence in modern water and wastewater management systems.

Who Should Attend This Water Treatment Training?

• Water and wastewater treatment plant operators

• Environmental engineers and consultants

• Municipal water utility managers

• Industrial wastewater treatment professionals

• Regulatory compliance officers

• Water quality analysts and laboratory technicians

• Maintenance supervisors and technical staff

Day 1: Fundamentals of Water & Wastewater Treatment Systems

Morning Session: Water Treatment Principles

Learning Objectives: Understanding the complete water treatment cycle, source water characteristics, and primary treatment processes.

Key Topics:

• Water quality parameters and testing methodologies

• Source water assessment and raw water characteristics

• Coagulation and flocculation processes

• Sedimentation tank design and operation

• pH adjustment and chemical dosing strategies

• Introduction to drinking water regulations and standards

Afternoon Session: Primary Wastewater Treatment

Focus Areas:

• Wastewater characteristics and flow patterns

• Screening and grit removal systems

• Primary clarification processes

• Scum and sludge handling techniques

• Flow equalization and measurement

• Preliminary treatment equipment maintenance

Practical Workshop: Jar testing for coagulant optimization and settling velocity calculations

Day 2: Advanced Secondary Treatment Technologies

Morning Session: Biological Treatment Processes

Core Content:

• Activated sludge process variations (conventional, extended aeration, oxidation ditch)

• Biological nutrient removal (BNR) for nitrogen and phosphorus

• Moving Bed Biofilm Reactor (MBBR) technology

• Sequencing Batch Reactors (SBR) operation

• Trickling filters and rotating biological contactors

• Process control and monitoring strategies

Afternoon Session: Secondary Clarification & Optimization

Technical Deep-Dive:

• Secondary clarifier design principles

• Sludge settling characteristics and SVI testing

• Return activated sludge (RAS) and waste activated sludge (WAS) management

• Bulking and foaming troubleshooting

• Dissolved oxygen control and aeration efficiency

• Energy optimization in biological treatment

Case Study Analysis: Troubleshooting common operational challenges in activated sludge systems

Day 3: Tertiary Treatment & Advanced Oxidation Processes

Morning Session: Filtration Technologies

Advanced Techniques:

• Rapid sand filtration and multimedia filters

• Membrane filtration (microfiltration, ultrafiltration, nanofiltration)

• Reverse osmosis for water reclamation

• Filter backwashing procedures and optimization

• Disinfection methods: chlorination, UV, ozone

• Chlorine residual management and byproduct formation

Afternoon Session: Advanced Oxidation Processes (AOPs)

Emerging Technologies:

• UV/H₂O₂ advanced oxidation systems

• Ozonation for micropollutant removal

• Granular activated carbon (GAC) adsorption

• Ion exchange processes for specific contaminant removal

• Emerging contaminants and PFAS treatment strategies

• Integration of multiple treatment barriers

Hands-On Lab: Water quality testing including turbidity, chlorine residual, and membrane integrity testing

Day 4: Sludge Management & Resource Recovery

Morning Session: Sludge Treatment Technologies

Comprehensive Coverage:

• Sludge thickening methods (gravity, dissolved air flotation, centrifuge)

• Anaerobic digestion and biogas production

• Aerobic digestion processes

• Sludge dewatering technologies (belt press, centrifuge, screw press)

• Thermal treatment options (incineration, drying)

• Land application and beneficial reuse strategies

Afternoon Session: Energy Recovery & Sustainability

Resource Management:

• Biogas capture and utilization for energy generation

• Combined heat and power (CHP) systems

• Nutrient recovery (phosphorus, nitrogen)

• Water reuse and reclamation strategies

• Energy auditing and efficiency improvements

• Carbon footprint reduction in treatment plants

Field Discussion: Economic analysis of resource recovery systems and return on investment calculations

Day 5: Process Control, Compliance & Future Trends

Morning Session: Automation & SCADA Systems

Digital Water Management:

• Supervisory Control and Data Acquisition (SCADA) fundamentals

• Process instrumentation and sensors

• Automated control strategies for treatment optimization

• Data analytics and performance trending

• Predictive maintenance using IoT sensors

• Cybersecurity in water infrastructure

Afternoon Session: Regulatory Compliance & Reporting

Compliance Framework:

• Safe Drinking Water Act (SDWA) and Clean Water Act (CWA) requirements

• National Pollutant Discharge Elimination System (NPDES) permits

• Sampling protocols and quality assurance/quality control (QA/QC)

• Record keeping and regulatory reporting

• Emergency response planning

• Audit preparation and regulatory inspections

Final Session: Emerging Trends & Course Wrap-Up

Future of Water Treatment:

• Climate change impacts on water infrastructure

• Decentralized treatment systems

• Smart water networks and digital twins

• Artificial intelligence in process optimization

• Water-energy nexus considerations

• Circular economy approaches in water management

Assessment & Certification: Final examination and course evaluation, certificate of completion presentation

Course Materials & Learning Outcomes

Included Materials:

• Comprehensive training manual with technical references

• Process calculation worksheets and design examples

• Regulatory compliance checklist

• Troubleshooting guides and operational best practices

• Digital resources and continuing education references

Upon Completion, Participants Will:

• Understand advanced treatment processes and optimization strategies

• Implement effective process control and monitoring programs

• Troubleshoot common operational challenges confidently

• Ensure regulatory compliance and proper documentation

• Apply sustainable practices and resource recovery techniques

• Utilize modern automation and data analytics tools

Training Methods: Interactive lectures, hands-on laboratory sessions, case study analysis, group discussions, facility tour (if available), and practical problem-solving workshops.

Continuing Education Credits: This course offers professional development hours applicable toward operator certification renewal in many jurisdictions.

Register now for the Advanced Water & Wastewater Treatment Training Course (WTS 0100) and enhance your expertise in modern water infrastructure management, positioning yourself as a leader in environmental protection and public health.