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TOG53

Water Treatment Specialist: Plant Water Treatment & Well Operations

Introduction:

Water treatment is one of the most critical industrial processes to ensure the availability of clean and safe water for various uses, whether industrial, agricultural, or for human consumption. This training program covers both fundamental and advanced concepts related to plant water treatment and the operation and maintenance of water wells. It focuses on modern technologies, environmental and economic considerations in treatment operations, and includes practical training in water quality analysis and the use of treatment equipment.

Who Should Attend:

  • Water and chemical treatment engineers and technicians
  • Personnel working in water purification and desalination plants
  • Operations and maintenance staff in water companies and public utilities
  • Health, safety, and environmental engineers
  • Well and pumping station operators
  • Water resources management professionals
  • New engineers seeking to enter the field of water treatment
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Course Content:

Day 1: Fundamentals of Water Treatment

  • Water characteristics and sources of contamination
  • Objectives of water treatment
  • Types of water (surface water, groundwater, wastewater)
  • Chemical and physical principles of treatment processes
  • Introduction to water quality standards (e.g., WHO, EPA)

Day 2: Plant Water Treatment Operations

  • Steps of drinking water treatment
  • Coagulation, flocculation, and sedimentation
  • Filtration and disinfection (chlorination, ozonation, UV)
  • Industrial water treatment techniques
  • Performance monitoring and periodic evaluation

Day 3: Well Operation and Maintenance

  • Types and design of wells
  • Drilling and casing techniques
  • Operation and selection of well pumps
  • Common well issues (blockage, corrosion, contamination) and technical solutions
  • Preventive and routine maintenance

Day 4: Laboratory Analysis and Water Quality Control

  • Water sampling and analysis procedures
  • Physical, chemical, and biological water quality parameters
  • Laboratory tools and equipment
  • Documentation and interpretation of test results
  • Process control based on analysis outcomes

Day 5: Environmental Issues and Modern Technologies

  • Environmental impact of water treatment operations
  • Reuse of treated water
  • Smart technologies for water monitoring (remote control, sensors)
  • Case studies and practical applications
  • Final assessment and program evaluation

 

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